conceito de design -...
TRANSCRIPT
Metodologia para Avaliaccedilatildeo Teacutecnica e Econocircmica de Produtos Quiacutemicos de Fontes
Renovaacuteveis em Comparaccedilatildeo a Similares Petroquiacutemicos a Luz da Quiacutemica e da
Engenharia Verde
Doutorando Aacutelvaro Schocair
Universidade Federal do Rio de Janeiro
Poacutes-Graduaccedilatildeo em Tecnologia de Processos Quiacutemicos e Bioquiacutemicos Escola de Quiacutemica
19 de fevereiro de 2013
PRINCIPAIS TOacutePICOS
Universidade Federal do Rio de Janeiro
1 Realidade da Competitividade de Induacutestria Quiacutemica Brasileira
2 Desenvolvimento Sustentaacutevel
3 Cadeia de Valores
4 Gestatildeo de Negoacutecios Sustentaacuteveis
5 Principais Desafios das mateacuterias primas renovaacuteveis
6 Exemplo A cana de accediluacutecar como mateacuteria prima renovaacutevel
7 Metodologia utilizada para comparaccedilatildeo de cadeias de valores (ALGORITMO)
Q1 (Baixo crescimento e altas margens) Referencia Melhores amp Maiores revista exame 2012 ndash Resultados Empresas de 2011
Q2 (Alto crescimento e altas margens)
Q3 (Alto crescimento e baixas margens)
Q4 (Baixo crescimento e baixas margens)
Os trecircs ldquoPILARESrdquo do Desenvolvimento Sustentaacutevel
ECONOMIA
ECOLOGIA SOCIEDADE
Desenvolvimento sustentaacutevel eacute o equiliacutebrio entre o SUCESSO
ECONOcircMICO com PROTECcedilAtildeO AMBIENTAL e RESPONSABILIDADE
SOCIAL
ldquoEstrateacutegia eacute o Objetivo e a Missatildeo de uma organizaccedilatildeo no longo prazo que
possibilitam obter vantagens competitivas para a organizaccedilatildeo atraveacutes de sua
estruturaccedilatildeo de recursos num ambiente competitivo de modo a satisfazer as
necessidades do mercado e a satisfazer as expectativas dos STAKEHOLDERS
Johnson and Scholes(2004)
Estrateacutegias de Negoacutecios devem apresentar
1048698 Objetivo de Longo Prazo
1048698 Seleccedilatildeo dos mercados onde a empresa pretende competir
1048698 Vantagens sobre a concorrecircncia
1048698 Recursos necessaacuterios (competecircncias ativos recursos financeiros
relacionamentos competecircncia teacutecnica instalaccedilotildees)
1048698 Fatores que podem comprometer a habilidade para competir (ambiente dos
negoacutecios)
1048698 Valores e expectativas dos ldquostakeholdersrdquo( soacutecios clientes funcionaacuterios
comunidade fornecedores etc)
Valor Estrateacutegico do Desenvolvimento Sustentaacutevel
1048708 Casos de Valor
1048708 As empresas desempenham um papel importante na proteccedilatildeo ao meio
ambiente e na melhoria da qualidade de vida para todos
1048708 Proteccedilatildeo ao Negoacutecio propriamente dito
1048708 Reduccedilatildeo dos riscos ndash exposiccedilatildeo ao risco de ativos fiacutesicos humanos e
intangiacuteveis
1048708 Reforccedilo na permissatildeo para funcionar ndash reduzindo riscos poliacuteticos e
melhorando o grau de aceitaccedilatildeo
1048708 Aumento do valor da marca e da reputaccedilatildeo
Apenas com a visatildeo do gestor de empresas que diante de seus resultados
que natildeo correspondem agraves expectativas dos acionistas nem de seus
funcionaacuterios clientes e demais ldquoshareholdersrdquo proponho-lhes a seguinte
decisatildeo a tomar e evidente coloco minha resposta e observaccedilotildees correndo o
risco de ser mal interpretado poreacutem respaldado por anos de
responsabilidade pelos resultados de empresas de grande e de meacutedio porte
nos meus trinta anos de mercado
Suponhamos uma empresa que apresenta um faturamento liacutequido anual igual
a 100 unidades monetaacuterias Deste faturamento jaacute foram abatidos os impostos
e taxas bem como as despesas com vendas Deduzimos deste faturamento
liacutequido o CP (custo de produccedilatildeo) no total de 80 e chegamos a uma margem
de contribuiccedilatildeo de 20
Evidente que desta margem operacional para chegarmos ao resultado final
da empresa teremos que abater outros itens tais como impostos
investimentos etc poreacutem proponho-lhes ficarmos com a margem
operacional apenas uma vez que o nosso objetivo seraacute a otimizaccedilatildeo dos
resultados via melhoria da margem operacional
Gestatildeo Sustentaacutevel
Na primeira alternativa aumentamos em 10 o faturamento liacutequido e
consequentemente em 10 o CP e chegamos a um aumento de 10 na Margem
operacional ou seja Fat Liacuteq = 110 CP igual a 88 e Moper= 22 ou aumento de
(22-20)20=10
Numa segunda alternativa opta-se por aumentar a margem operacional em
10 atraveacutes da reduccedilatildeo do CP Temos entatildeo Fat Liacuteq=100 CP igual a 78
chegando-se assim a uma margem operacional de 22 ou seja 10 superior
Isto significa que para obtermos o mesmo resultado sem alterarmos o
faturamento liacutequido conseguimos atraveacutes de uma reduccedilatildeo de (78-80) 80=25
Ou seja para esta estrutura de resultados um aumento no faturamento de 10
produz o mesmo resultado que uma reduccedilatildeo de 25 no Custo de produccedilatildeo
Isto significa que o gestor deve decidir entre reduzir 1 no CP ou aumentar o
Fat Liacutequido em 4 para obter o mesmo aumento na margem operacional
Qual eacute a melhor decisatildeo a ser tomada para aumentar a margem liacutequida em 10
Com base neste raciociacutenio um aumento do faturamento natildeo depende apenas
da decisatildeo da empresa depende e muito do mercado onde a empresa atua
depende do mercado e nem sempre a empresa consegue aumentaacute-lo sem
perder volume de vendas a decisatildeo fica por conta do aumento de volume e em
consequecircncia por aumento da oferta o preccedilo meacutedio cai e consequentemente
para se compensar a perda de preccedilos o volume tem que ser ainda maior do que
os 10 desejados no aumento do faturamento por exemplo
A segunda alternativa a reduccedilatildeo no custo de produccedilatildeo de 25 pode ser
conseguida internamente com aumento na eficiecircncia dos processos de
produccedilatildeo reduccedilatildeo de geraccedilatildeo de resiacuteduos e negociaccedilotildees junto aos
fornecedores de mateacuterias primas e insumos e neste caso a empresa como
cliente tem muito maiores condiccedilotildees de exigir preccedilos mais competitivos ou no
caso de natildeo se conseguir por tratar-se de fornecedor com excessivo poder de
negociaccedilatildeo a empresa pode sempre buscar reduccedilotildees de custos das principais
mateacuterias primas atraveacutes de mateacuterias primas substitutas Evidentemente que as
reduccedilotildees nos preccedilos das utilidades como vapor energia aacutegua devem e podem
ser otimizadas bem como a reduccedilatildeo de seus desperdiacutecios atraveacutes de
campanhas internas de sensibilizaccedilatildeo e melhoria nos processos produtivos
E onde entra a Quiacutemica Verde em todo esse raciociacutenio loacutegico
Claro estaacute que os leitores jaacute comeccedilaram a correlacionar as medidas de reduccedilatildeo
de custos de produccedilatildeo com os 12 Princiacutepios da Quiacutemica Verde senatildeo vejamos
Reduzir custo de produccedilatildeo eacute aumentar os rendimentos dos processos
evitando-se assim a geraccedilatildeo de resiacuteduos e de subprodutos indesejaacuteveis e as
necessidades e custos de tratamento de resiacuteduos em especial quando se trata de
resiacuteduos toacutexicos Os controles dos processos em tempo real antes da formaccedilatildeo
de substancias perigosas e de subprodutos indesejaacuteveis tambeacutem ajudam a
aumentar a eficiecircncia dos processos e por consequecircncia a reduccedilatildeo dos custos de
produccedilatildeo Aleacutem disso a alternativa de uso de mateacuteria prima renovaacutevel para ajudar
na reduccedilatildeo de custos aleacutem de contribuir com o meio ambiente apresenta-se
cada vez mais promissora nas negociaccedilotildees junto aos fornecedores atuais
Mais um princiacutepio da quiacutemica verde o seacutetimo pode e deve ser cada vez mais
usado na gestatildeo das empresas Seraacute que a sua empresa natildeo deveria ser como a
maioria dos carros nacionais flex Que tal ser uma EMPRESA FLEX Imagine se
na hora de comprar mateacuteria prima voce pudesse optar entre mateacuteria prima
convencional derivada do petroacuteleo ou de fonte renovaacutevel pela que produzisse
melhor margem operacional naquele momento do mercado Pense em como
seria maior a sua capacidade de negociaccedilatildeo junto aos seus fornecedores atuais
Aleacutem disso produzir a menores pressotildees e temperaturas e sem usar solventes eacute
reduzir custo de investimentos e de recuperaccedilatildeo aumento consequente nas
margens e reduccedilatildeo do CAPEX necessaacuterio
Pelo acima exposto e com a responsabilidade que tenho como
Reestruturador de Empresas e alavancador de resultados acredito que daqui em
diante a boa gestatildeo de empresas necessitaraacute de gestores cada vez mais
capacitados e natildeo falo apenas das empresas quiacutemicas falo das empresas em
geral precisaremos de GESTORES SUSTENTAacuteVEIS e a Escola Brasileira de
Quiacutemica Verde poderaacute contribuir muito com a formaccedilatildeo desses novos
profissionais que teratildeo desafios mais abrangentes e complementares natildeo
somente nas aacutereas mais teacutecnicas como tambeacutem em todas as aacutereas de gestatildeo de
empresas
Claro estaacute que para um gestor de visatildeo de curto prazo que a Gestatildeo
Sustentaacutevel possa parecer mais onerosa poreacutem a visatildeo contributiva do bom
gestor a meacutedio e a longo prazo segundo e segundo Warren Buffet o bom gestor
deve fazer aumentar o valor da empresa e este descontado num fluxo de
ldquovaluationrdquo normalmente usado nos processos de compra e venda de empresas
deve evitar quaisquer ldquoliabilitiesrdquotais como passivos ambientais passivos
trabalhistas e tributaacuterios que possam vir a ser deduzidos do valor de venda de
uma empresa no momento da negociaccedilatildeo
A Gestatildeo Sustentaacutevel deixa de ser algo acadecircmico e de preocupaccedilatildeo apenas
com o meio ambiente e passa a fazer parte do patrimocircnio das empresas e de
suas avaliaccedilotildees quando das apresentaccedilotildees de seus balanccedilos Empresas geridas
com sustentabilidade valem mais natildeo soacute as empresas quiacutemicas volto a dizer
todo e qualquer tipo de empresa
Apenas para exemplificar jaacute identificamos mais de 100 empresas no mundo
todo que trabalham com a utilizaccedilatildeo de mateacuterias primas renovaacuteveis para
combustiacuteveis e outras 30 empresas que jaacute possuem derivados quiacutemicos de
fontes renovaacuteveis e economicamente viaacuteveis
No Brasil temos a Petrobras a Braskem e o grande exemplo do aacutelcool
combustiacutevel e fonte para produtos alcoolquiacutemicos totalmente viabilizados e
exemplo para todo o mundo
Produccedilatildeo amp
Destribuiccedilatildeo
Custo de Aprovisionamento
Metodologia para comparaccedilatildeo de Cadeia de Valores (ALGORITMO)
BASES COMPARATIVAS
Os custos de produtos de mateacuterias primas renovaacuteveis devem ser iguais ou menores do que os
custos de produtos similares de mateacuterias primas petroquiacutemicas
CPMPR = CPMPP
OS CUSTOS DAS CADEIAS DE VALORES DEVEM SER SIMILARES E APRESENTAREM A
MESMA COMPETIVIDADE DE CUSTOS NOS MERCADOS ALVOS DESSES PRODUTOS OU
DE SUAS APLICACcedilOES NO LONGO PRAZO E COM FLUTUACcedilOES DE CUSTOS
ASSIMILAacuteVEIS PELOS MERCADOS DE APLICACcedilAO DESSES PRODUTOS AS
SAZONALIDADES DOS MERCADOS AGRO DEVEM SER COMPENSADAS POR ESTOQUES
REGULADORES E OS CUSTOS DE MANUTENCcedilAO DE TAIS ESTOQUES DEVEM SER
LEVADOS EM CONSIDERACcedilAO NAS ANAacuteLISES DE COMPETITIVIDADES DE CUSTOS DOS
PRODUTOS DE MATEacuteRIAS PRIMAS RENOVAacuteVEIS E DE SEUS SIMILARES
PETROQUIacuteMICOS
CCVR lt= CCVP
Universidade Federal do Rio de Janeiro
EXEMPLOS DE NEGOacuteCIOS SUSTENTAacuteVEIS
1 Biorrefinarias
2 Produccedilatildeo de Etanol
3 Rota Bioquiacutemica
4 Termoquiacutemica
5 Sucroquiacutemica
6 Conversatildeo de CO2 por microalgas
7 Fitoteraacutepicos
8 Biopesticidas de Origem Vegetal
9 Aromas Fragracircncias e Oacuteleos Essenciais
10Fitoquiacutemica
11Energias Renovaacuteveis
12 Produccedilatildeo Bioloacutegica de Hidrogecircnio
MP renovaacutevel
Transporte MP
Lavagem Moagem
Unidade de fermentaccedilatildeo
Destilaccedilatildeo
Controle de qualidade e
estocagem de agravelcool
Transporte do aacutelcool
(caminhotildees)
Estoque de agravelcool nos
clientes
MP Petroquiacutemica
Transporte do MP
Craqueamento Separaccedilatildeo
Estocagem do eteno
Transporte Tubovias
Hidrataccedilatildeo
Transporte Etanol
Tubovias ou caminhotildees
Estoque nos clientes
Etanol de
cana de
accedilucar
Etanol
Petroquiacutemico
Cana de
accedilucar
Caminhotildees
Bagaccedilo Cogeraccedilatildeo de vapor
energia eletrica
Tubovias
Co produtos
Propeno
Buteno
Outros
Nafta
MP renovaacutevel
Transporte MP
Estoque Etanol
Unidade de aldeido aceacutetico
Unidade produccedilatildeo
ac aceacutetico Destilaccedilatildeo
Transporte de ac
aceacutetico
Estoque de Ac Aceacutetico nos clientes
MP Gaacutes natural
C O Carboxilaccedilatildeo Unidade de remoccedilatildeo de
Leves
Controle de qualidade
Estoque de aacutecido
aceacutetico
Transporte de Ac aceacutetico
Estoque de ac Aceacutetico nos clientes
Aacutecido Aceacutetico
Alcool
Quiacutemico
Aacutecido aceacutetico
a partir do
metanol
Etanol
Caminhotildees
Caminhotildees
Gaacutes natural
Metanol
Off - gas
Caminhotildees
MP renovaacutevel
Transporte MP
Lavagem Moagem
Unidade de fermentaccedilatildeo
Destilaccedilatildeo
Controle de qualidade e
estocagem de agravelcool
Transporte do aacutelcool
(caminhotildees)
Estoque de agravelcool nos
clientes
MP Petroquiacutemica
Transporte do MP
Craqueamento Separaccedilatildeo
Estocagem do eteno
Etanol de
cana de
accedilucar
Eteno
Petroquiacutemico
Cana de
accedilucar
Caminhotildees
Bagaccedilo Cogeraccedilatildeo de vapor
energia eletrica
Tubovias Co produtos
Propeno
Buteno
Outros
Nafta
MP renovaacutevel
Transporte MP
Estoque Etanol
Desidrataccedilatildeo Estoque Eteno
Etanol Caminhotildees
Eteno Alcool
Quiacutemico
Outros Sites AS 30 maiores Empresas em Produtos Quiacutemicos Renovaacuteveis e Biomateriais
(2011-12) Referencias Biofuels Digest ndashe sites das empresas
1 Genomatica
We develop our processes using our proprietary biotechnology platform The resulting processes can convert multiple renewable
feedstocks into numerous existing chemicals that meet industry specifications for large established markets
2 Solazyme
Solazymes proprietary biotechnology platform creates renewable oils by harnessing microalgaes prolific oil production capabilities
Through world-class molecular biology and chemical engineering capabilities were able to cost-effectively produce high-value tailored oils
3 Amyris
The basis of our production is a well-established fermentation process that uses our genetically-engineered yeast strains to convert
the sugar source into target molecules such as farnesene
4 Gevo
We plan to produce isobutanol a versatile platform chemical for the liquid fuels and petrochemical market
5 LS9
LS9rsquos industrial biotechnology platform converts diverse renewable feedstocks to drop-in fuel and chemical products
6 Dupont
Through DuPont innovation key building blocks for many of the materials we use every day can now be derived from renewable
resources mdash creating a much smaller environmental footprint than their petroleum-based predecessors with no compromise in performance
7 Codexis
Products and technology from Codexis can help the chemicals industry reduce supply chain volatility replace petroleum-based
environmentally sensitive raw materials with plentiful biomass and gain a competitive advantage in the marketplace
AS 30 maiores Empresas em Produtos Quiacutemicos Renovaacuteveis e Biomateriais (2011-12) ndash cont
8 Genencor
As a leader in the development of renewable alternatives for petroleum-based chemicals and fuels Genencor is helping to build the road
towards a more sustainable future
9 Novozymes
A number of technologies are involved in these steps and this part of ldquoOur technologyrdquo gives you an understanding of how these
technologies are employed in the work of researchers at Novozymes
10 ZeaChem
ZeaChem Inc has developed a cellulose-based biorefinery platform capable of producing advanced ethanol fuels and chemicals
Our indirect approach leapfrogs the yield and carbon dioxide (CO2) problems associated with traditional and cellulosic based processes
11 Cargill
Cargillrsquos range of nature-based products are suited to a number of industrial applications and markets We offer a growing number
of products derived from renewable sources designed to replace or offset non-renewable ingredients
12 Cobalt Technologies
Cobalts technology features a continuous process to efficiently convert diverse low cost feedstocks ndash beginning with bagasse and
waste wood ndash into biobutanol
13 Waste Management
Thatrsquos why Waste Management makes such a good fit Our mission is to bring you professional dependable services and innovative
solutions that create value for you ndash and a better future for us all
14 Ceres
Our technology platforms are helping make biofuels bio-based chemicals and biopower more economical and scalable It starts with
improving the crops themselves a process as old as farming but now coupled with the latest genomics-based breakthroughs
AS 30 maiores Empresas em Produtos Quiacutemicos Renovaacuteveis e Biomateriais (2011-12) ndash cont
15 Elevance Renewable Sciences
As the leader in transforming natural renewable oils into high-performing specialty products and materials Elevance is uniquely
positioned to meet consumer demand in a market exceeding $100 billion annually in these segments
Performance waxesNature Wax productsPersonal care productsDetergents and cleanersAntimicrobials
16 Dow Chemical
At Dow we are already creating solutions for a more sustainable future by helping develop paints that scrub the formaldehyde
from the air designing intelligent packaging that keeps food fresher longer and communicates its condition as well as more efficient
batteries to power vehicles
17 Enerkem
Chemicals used to make thousands of industrial and consumer products have traditionally been derived from fossil fuels such as petroleum
With an innovative process that uses waste and residues instead of fossil fuels Enerkem helps meet the increasing demand for greener
everyday products
18 Coskata
Coskata is a biology-based renewable energy company whose low-cost platform technology allows for the production of fuels and
chemicals from a variety of input material (including biomass agricultural and municipal wastes and other carbonaceous material)
Using proprietary microorganisms and patented bioreactor designs we are ready today to produce feedstock flexible ethanol
to fuel energy security economic growth and environmental sustainability
19 OPX Biotechnologies
OPXBIO developed and piloted the microbe and process that will produce its first biochemical product ndash BioAcrylic ndash at 30 to 50
percent lower cost and a 75 percent reduction in greenhouse gas emissions over current petrol-based acrylic Todayrsquos petro-acrylic has
an $10 billion global market in applications such as paints adhesives diapers and detergents In 2011 OPXBIO began collaborating
with The Dow Chemical Company to develop an industrial-scale process for producing BioAcrylic OPXBIO anticipates
full commercialization of BioAcrylic within three to five years
20 DSM
Bio-based materials The DSM Innovation Center is currently developing a platform of bio-based performance materials Examples
include investment in the green-chemistry company Segetis an agreement with Novomer to develop the first green resin for coatings
and the launch of EcoPaXXtrade a bio-based high-performance engineering plastic polymer
Approximately 70 of EcoPaXXtrade consists of building blocks derived from castor oil ndash a renewable resource This results in a
carbon footprint of zero lsquofrom cradle to the DSM gatersquo Itrsquos a strong selling point in todayrsquos plastics market as well as being fully compatible
with our strategy of sustainable innovation
AS 30 maiores Empresas em Produtos Quiacutemicos Renovaacuteveis e Biomateriais (2011-12) ndash cont
21 Myriant
Biobased specialty chemicals are a reality today because of Myriants commitment to development of technology with direct
commercial applicability Our integrated approach which links RampD efforts with the business strategy throughout the value chain and
across key aspects of company operations has resulted in a novel biocatalyst platform with proven commercialization success a robust
product pipeline and an extensive intellectual property suite
22 Cosan
O aacutelcool etiacutelico ou etanol eacute produzido pela fermentaccedilatildeo da cana-de-accediluacutecar A Raiacutezen se destaca como uma das maiores produtoras de
etanol no paiacutes com produccedilatildeo anual de22 bilhotildees de litros Em linha com sua visatildeo de ser reconhecida globalmente pela
excelecircncia no desenvolvimento produccedilatildeo e comercializaccedilatildeo de energia sustentaacutevel investe no combustiacutevel de matriz limpa e renovaacutevel
com tecnologia e talento que satildeo referecircncia no Brasil e no mundo
23 Mascoma
Ethanolrsquos energy is derived from plants that in turn obtain their energy from the sun In this way ethanol acts as a means of storing solar
power in liquid form Cellulosic ethanol is ethanol that is obtained from the non-edible portion of plant material Cellulosic ethanol is
identical in composition and performance to ethanol derived from corn or sugar cane Cellulosic ethanol however has important
environmental economic and sustainability advantages over conventional sources due to its source and method of production
24 KiOR
KiOR has developed a proprietary technology platform to convert sustainable low-cost non-food biomass into a hydrocarbon-based
renewable crude oil Using standard refining equipment the company processes its renewable crude into gasoline and diesel blendstocks
that can utilize the existing transportation fuel infrastructure for use in vehicles on the road today
25 DuPont Danisco
DuPont is applying its deep knowledge and experience in crop technology microbiology bioprocessing and engineering to
enable proprietary cost-effective cellulosic ethanol solutions for the market At DuPont we believe that science-powered innovation
and collaboration are required to meet the food energy and protection challenges of unprecedented population growth Our cel lulosic
ethanol team is leading the way in advanced biofuels by developing comprehensive integrated solutions for a range of feedstocks and
designing innovative enzymes to accelerate the commercial production of cellulosic biofuels in markets across the world
AS 30 maiores Empresas em Produtos Quiacutemicos Renovaacuteveis e Biomateriais (2011-12) ndash cont
26 Virent
Virent is replacing crude oil by creating the chemicals and fuels the world demands through utilization of a wide variety of naturally
occurring renewable resources Our patented BioFormingreg technology features catalytic chemistry which converts plant-based sugars into
a full range of hydrocarbon productsidentical to those made from petroleum including gasoline diesel jet fuel and chemicals for plastics
and fibers Our products are ldquodrop-inrdquo replacements that enable full utilization of todayrsquos existing processing pipeline storage and
transportation infrastructure Virent produces its hydrocarbon chemicals and fuels from plant sugars in a few hours compared to the
millions of years required for petroleum
27 LanzaTech
LanzaTech is very much part of this new field of innovators and by challenging our preconceptions of waste and energy sources we see
a future where access to energy is universal
28 POET
POET devotes tremendous resources to developing cellulosic ethanol Every day our researchers work to make it more affordable
Weve invested heavily in cellulosic research over the past decade and we will invest much more as we begin construction on our first
commercial cellulosic ethanol plant in Emmetsburg Iowa which we anticipate will produce 25 million gallons per year
29 Metabolix
Metabolix is developing commercially viable chemicals from biobased sources as opposed to fossil fuels which produce the vast majority of
chemicals today
Today four carbon (C4) chemicals are produced from non-renewable fossil-based hydrocarbons and are used to make spandex fibers
polyurethanes engineering resins and personal care products
Biobased chemicals allow us to address the global market demand for products and processing that reduce fossil energy use and greenhouse
gas emissions
30 Honeywellrsquos UOP
In 2008 UOP and Ensyn Corporation created the joint venture Envergent Technologies
Envergent is focused on the conversion of forest and agricultural waste residues to a liquid renewable oil to generate renewable heat and power
We do this through the RTPregprocess or rapid thermal processing which has been in commercial operation for more than 25 years
The RTP process produces a clean burning minimal sulfur content biofuel that can be used for the generation of renewable heat and power It is
a cost-effective solution to reduce greenhouse gas emissions up to 90 compared to petroleum-based fuels
The process is scalable to meet the needs of diverse applications It has a relatively compact footprint due to its modular construction and is
feedstock-flexible in that RTP can be designed to process a wide variety of lignocellulosic feedstocks
For more information on the advantages of pyrolysis oil and our RTP technology please visit us atwwwEnvergentTechcom
InstitutosEmpresaOutros
Nacionais
Instituto Nacional de Tecnologia
Empresa Brasileira de Pesquisas Agropecuaacuterias
PetrobraacutesCENPES
Centro de Energias Alternativas e Meio Ambiente
Centro de Tecnologia Canavieira
Instituto de Pesquisa Tecnoloacutegica do Estado de Satildeo Paulo
Instituto Nacional de Pesquisas Espaciais
Centro Brasileiro de Pesquisas Fiacutesicas
Instituto Nacional de Pesquisas da Amazocircnia
Conselho de Desenvolvimento Cientifico e Tecnoloacutegico
CNEN
Museu Paraense Emilio Goeldi Paraacute
FIOCRUZ
Instituto Nacional do Cacircncer
Instituto Adolfo Lutz
TOTAL GERAL 15 instituiccedilotildees
Universidade Federal do Rio de Janeiro
InstitutosDepartamentos
Internacionais
National Renewable Energy Laboratories EUA
US Department of Agriculture Agricultural Research
Service (USDA ARS) EUA
Chinese Academy of Science China
Agriculture ampAgri Food Canada Canadaacute
Institut National de la Recherche Agronomique Franccedila
Consejo Superior de Investigaciones Cientificas (CSIC)
Espanha
Russian Academy of Science Ruacutessia
Indian Institute of Technology Iacutendia
Natural Renewable Energy Laboratory EUA
National Institute of Advanced Industrial Science and
Technology Japatildeo
Institute Francais du Petrole (IFP)
Polish Academy of Science Polocircnia
Indian Institute of Chemical Technology India
Max Planck Institut Alemanha
French National Institute for Agricultural Research (INRA)
Franccedila
Tokyo Institute of Technology Japatildeo
Centre National de la Recherche Scientifique (CNRS)
Franccedila
National Chemical Laboratory Iacutendia
National Institute of Advanced Industrial Science and
Technology Japatildeo
Korea Institute of Science amp Technology Coreacuteia do Sul
US Geology Survey EUA
Marine Biotechnology Institute Japatildeo
Korea Institute of Energy Research (KIER) Coreacuteia do Sul
Centre National de la Recherche Scientifique (CNRS)
Franccedila
Kamaishi Labs Marine Biotechnology Institute Japatildeo
Alfred Wegener Institute for Polar and Marine Research
Alemanha
Australian National University Austraacutelia
Chonbuk National University Coreacuteia do Sul
Centre de Recherche en Ecologie Marine et Aquaculture
(IFREMER) Franccedila
Mitsubishi Heavy Ind Ltd (Advanced Technoly Research
Centre) Japatildeo
Oak Ridge National Laboratory (ORNL) EUA
Research Institute of Innovative Technology for the Earth
(RITE) Japatildeo
Central Institute of Medicinal and Aromatic Plants Iacutendia
Consiglio Nazional delle Ricerche (CNR) Itaacutelia
NASA EUA
Beijing Yixintang Medicine Research Institute
TOTAL GERAL 36 instituiccedilotildees
Universidade Federal do Rio de Janeiro
Empresas Internacionais
Novozymes AS
Genencor Int Inc
Kao Corp
Novo Nordisk AS
Novozymes Inc
Novo-Nordisk AS
Henkel KGAA
Iogen Energy Corp
Danisco US Inc Genencor Division
Novozymes Biotech Inc
Novozymes North America Inc
Goedegebuur F
Midwest Research Institute
Du Pont De Nemours amp Co
Dunn- Coleman N
AE Biofuels EUA
Blue Fire Ethanol EUAJapatildeo
Chempolis Ou
Iogen
KL Energy
Lignol Energy
Sekab
Sun Opta
Verenium
Chevron USA Inc
Shell International Research Maatshappij BV
Exxon Mobil Res ampEng Co
Sasol Technology Pty Ltd
Shell Oil Co
Conoco Phillips Co
ENI Spa
Exxon Res amp Eng Co
Exxon Mobil Res amp Eng Co
Roquette Freres As
Basf AG
General Electric Co
Exxon Mobil Chem Patents Inc
LrsquoOreal SA
Basf SE
Bayer AG
Wellington SL
Vinegar HJ
Berchenko IE
Dow Global Technologies Inc
Degussa AG
Bayer Material Science AG
Samsung SDI Co Ltd
Stegemeir GL
Henkel KGAA
Zhang E
Ryan RC
Fowler TD
Rouffi gnac EPD
Universidade Federal do Rio de Janeiro
Council of Scientific and Industrial Research of India
Li Y
Ye M
Wang Y
Zhang L
Jiang J
Liu Y
Yin K
Jiang L
Syngenta Part AG
Novartis AG
Basf SE
Bayer Cropscience AG
Dow Corning Corporation
Genoptera LLC
Monsanto Technology
US Secretary of Agriculture
Bayer Cropscience GMBH
Toyota Jidosha KK
TOTAL GERAL 88 instituiccedilotildees
Empresas Internacionais
Fowler TD
Rouffi gnac EPD
Merck Patent GMBH
Procter amp Gamble Co
Yokohama Rubber Co Ltd
Colgate Palmolive
Bridgestone Corp
Henkel KGAA
Goodyear Tire amp Rubber Co
LG Electronics Inc 507
Matsushita Denki Sangyo KK
Toshiba KK
Canon KK
Hitachi Ltd
Mitsubshi Electric Co
Mitsubishi Jukogyo KK
Universidade Federal do Rio de Janeiro
CURSOS
Ofertados nas instituiccedilotildees de ensino nacionais ou internacionais
Introduccedilatildeo a Quiacutemica Verde
Quiacutemica Verde e Quiacutemica Sustentaacutevel
Engenharia Ecoloacutegica e Quiacutemica Verde
ldquoQuiacutemica Verde Fundamentos e Aplicaccedilotildeesrdquo
Quiacutemica Verde na Atualidade
A Quiacutemica Verde e o papel da cataacutelise no contexto da
Inovaccedilatildeo e do Desenvolvimento Tecnoloacutegico
Universidade Federal do Rio de Janeiro
Universidade Federal do Rio de Janeiro
FONTES CONSULTADAS
Quiacutemica verde no Brasil 2010 ndash 2030 Ediccedilatildeo revista e atualizada
Centro de Gestatildeo e Estudos Estrateacutegicos
Ciecircncia Tecnologia e Inovaccedilatildeo
httpwwwsciencedirectcom
httpwwwperiodicoscapesgovbr
LINHAS DE PESQUISA
Luiz Felipe Miranda de Jesus
Universidade Federal do Rio de Janeiro
Linhas de Pesquisa
Buscas Associadas
ldquoQuiacutemica Verderdquo
ldquoQuiacutemica Ambientalrdquo
ldquoQuiacutemica Sustentaacutevelrdquo
ldquoGreen Chemistryrdquo
ldquoQuiacutemica Verde PampDrdquo
ldquoGreen Chemistry RampDrdquo
ldquoUS Green Chemistryrdquo
ldquoEurope Green Chemistryrdquo
Universidade Federal do Rio de Janeiro
Linhas de Pesquisa
Principais Fontes
Identificaccedilatildeo de Instituiccedilotildees citadas em artigos e outras publicaccedilotildees
CAPES
CNPQ
ABQ
SBPC
Instituiccedilotildees de Fomento (FINEP FAPESPetc)
CGEE
MCT
Sites das Universidades
EPA
IUPAC
ACS
Green Chemistry Network
Royal Society of Chemistry
European Environment Agency
Universidade Federal do Rio de Janeiro
The Interuniversity National Consortium Chemistry for the Environment (INCA Consortium) Gathers 33 Italian universities and about 90 research units headquarters in Venezia and Roma Italy
NSF Science and Technology Center for Environmentally Responsible Solvents and Processes University of North Carolina Chapel Hill Queens University Ionic Liquid Laboratories (QUILL)
Queens University of Belfast The Clean Technology Research Group University of Nottingham The Green Chemistry Group (see below now called centre of excellence)
University of York Centre for Green Chemistry University of Monash Centre for Green Manufacturing University of Alabama Chemical Process Engineering Research Institute Centre for Research amp Technology University of Leicester (UK) Leicester Green Chemistry Group
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
University of Leeds (UK) Leeds Cleaner Synthesis Group Institute of Applied Catalysis (UK) A research network for catalysis Carnegie Mellon University (USA) Institute for Green Oxidation Chemistry Institute for a Sustainable Environment (USA) University of Oregon Center for Sustainable and Green Chemistry (DEN) httpwwwcsgdtudk Green Chemistry Centre of Excellence (UK) httpwwwyorkacukresgcgsiteindexhtm Center for Green Chemistry at UMass Boston (US) httpwwwgreenchemistryumbedu Center for Green Chemistry at UMass Lowell (US) httpwwwgreenchemistryumledu University of Notre Dame Energy Centre (USA) httpwwwndedu~ndenergy Goumlteborg Universitys Centre for Environment and Sustainability (SWE) httpwwwchalmerssegmvEN
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
MSc in Green Chemistry and Sustainable Industrial Technology
Department of Chemistry at the University of York
Master en Quimica Sostenible
Faculty of Sciences at the University of Zaragoza
MSc in Green Chemistry Energy and the Environment
Imperical College London
MSc in Chemical Research (Green Chemistry with Industry)
CTA funding to the University of Leicester
1st year Master of Science Chemistry Specializing in Green Chemistry
University Louis Pasteur (Strasbourg I)
Master of Chemistry and EST
Universiteacute de Savoie
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
Schools with Green Chemistry Programs
United States
Eastern Connecticut
Yale University
Massachusetts
Bridgewater State College
Gordon College
University of Massachusetts Boston
University of Massachusetts Lowell Center for Green Chemistry
Pennsylvania
Carnegie Mellon Institute for Green Oxidation Chemistry
University of Scranton
Arkansas
Hendrix College (green organic chemistry)
Illinois
University of Illinois-Urbana-Champaign
Minnesota
St Olaf College
Alabama
University of Alabama
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
Linhas de Pesquisa California
Berkeley Center for Green Chemistry
UC Berkeley Extension
Colorado
Colorado School of Mines
Oregon
University of Oregon
Schools with Green Chemistry Programs - International
Australia
Monash University Centre for Green Chemistry
Murdoch University Sustainable ChemistryGreen Chemistry
Netherlands
Delft University of Technology Biocatalysis and Organic Chemistry
Italy
Interuniversity Consortium Chemistry for the Environment (INCA)
Universidade Federal do Rio de Janeiro
Northern Ireland
Queens University of Belfast Ionic Liquid Laboratories
Spain
Institute of Science and Technology (IUCT)
Green Chemistry Network of Spain (REDQS - Red Espantildeola de Quiacutemica Sostenible)
Sweden
Centre for Environment and Sustainability - Chalmers University of
TechnologyGoumlteborg University
United Kingdom
Green Chemistry Centre of Excellence at York
University of Leicester Green Chemistry Group
University of Nottingham Green and Analytical Chemistry
Brazil
Universidade do Vale do Itajaiacute Center for Technological Earth and Sea Sciences
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
Linhas de Pesquisa
Observaccedilotildees
Poucos programas especiacuteficos em ldquoQuiacutemica Verderdquo
Perfil multidisciplinar
Descriccedilatildeo de diversas linhas abrange somente um ou
alguns dos princiacutepios da ldquoQuiacutemica Verderdquo
Associaccedilatildeo inadequada ao tema
Necessidade de ampliaccedilatildeo de escopo
Movimento inicial de fomento aos projetos na aacuterea
Universidade Federal do Rio de Janeiro
CONGRESSOS E OUTROS SITES
Natasha Kelber
Universidade Federal do Rio de Janeiro
Universidade Federal do Rio de Janeiro
CONGRESSOS NACIONAIS
5ordm Simpoacutesio Nacional de Biocombustiacuteveis ndash BIOCOM ndash 14 a15Abril2012 ndash Canoas
RS
4ordf Escola de Quiacutemica Verde - JaneiroFevereiro2012 - Satildeo Paulo SP
VII Congresso Brasileiro de Biosseguranccedila - 19-23Setembro2011 - Joinville SC
II Semana de Biotecnologia Industrial - 20-22Outubro2010 - Lorena SP
5ordm Congresso Internacional de Bioenergia - 10-13Agosto2010 - Curitiba PR
II Semana de Biotecnologia Industrial - Julho2009 - Lorena SP
VI Congresso Brasileiro de Biosseguranccedila
VI Simpoacutesio Latino-Americano de Produtos Biotecnoloacutegicos
I Simpoacutesio Internacional de Biosseguridade e Pesquisa de Duplo Uso
I Feira de Equipamentos e Dispositivos de Biosseguranccedila ndash 22-25 Setembro2009 -
Rio de Janeiro RJ
1ordm Encontro Franco-Brasileiro de Quiacutemica Verde - 11 a 13Outubro2011
Universidade Federal do Rio de Janeiro
CONGRESSOS INTERNACIONAIS
3nd Brazilian Conference on Natural Products - 29Outubro-02Novembro2011 -
Ouro Preto MG
Biodiesel Congress - 27-29Julho2011 - Satildeo Paulo SP
IGCW 2011 Industrial Green Chemistry World Symposium amp Expo - December 4-6
2011 - Mumbai Iacutendia
3rd Asia-Oceania Conference on Green and Sustainable Chemistry (AOC-3) -
December 4-7 2011 - Melbourne Austraacutelia
3rd International Congress on Green Process Engineering - December 6-8 2011 -
Kuala Lumpur Malaysia
Minnesota Green Chemistry Conference - January 26 2012 - Minneapolis MN
The Asian Conference on Sustainability Energy amp the Environment - May 3-6 2012 -
Osaka Japan
16th Annual Green Chemistry amp Engineering Conference - June 18-20 2012 -
Washington DC
Gordon Research Seminar and Conference on Green Chemistry - July 21-27 2012 -
Lucca (Barga) Italy
4th International IUPAC Conference on Green Chemistry - August 25-29 2012 - Foz
do IguaccediluPR Brazil
Universidade Federal do Rio de Janeiro
OUTROS SITES
httpportalacsorgportalacscorgcontent_nfpb=trueamp_pageLabel=PP_SUPERAR
TICLEampnode_id=1401ampuse_sec=falseampsec_url_var=region1amp__uuid=6e2273c5-5e7f-
4c7b-8931-530d244f1650P15_704
httpwwwcleanproductionorgGreenphp
wwwrscorgMembershipNetworkingInternationalActivitiesPanAfricaindexasp
httpwwworganic-chemistryorgtopicsgreen-chemistryshtm
httpagenciafapespbr12992
httpacademicscrantonedufacultycannm1greenchemistryporthtml
httpwwwabqorgbrsimpequi2010trabalhos122-7744htm
httpbrlinkedincominquimicaverde
httpwwwcinprorgbrFreeComponent10435content149251shtml
httpquiverdeblogspotcom201006os-12-principios-da-quimica-verdehtml
httpwwwufpeltchebriqgwwverde
httpwwwbrasilescolacomquimicaprincipios-quimica-verdehtm
httpwwwsustentabilidaderesultadoscombrgreen-chemistry-a-sustainable-
opportunity
httpwwwgreenchemistrynetworkorg
httpwwwepagovgreenchemistry
PUBLICACcedilOtildeES E PERIOacuteDICOS
Renato Soares
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS
Base de Dados
Royal Society of Chemistry (30)
SpringerLink (MetaPress) (30)
Wiley Online Library (30)
ACS Journals Search (30)
Nature (NPG) (30)
Science (AAAS) (30)
IOPscience (Institute of Phsics) (30)
Oxford Journals (Oxford University Press) (30)
ScienceDirect (Elsevier) (30)
Annual Reviews (29)
AIP Scitation ndash American Institute of Physics (28)
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS
Annual Review of Biochemistry (6)
Scientific American (5)
Ecological Indicators (5)
Green Chemistry Educat (4)
Nature Chemistry (4)
J Chem Educ (3)
Autobiographies by Nob (3)
J Appl Phys (3)
Food Hydrocolloids (3)
Chem Soc Rev (2)
Annual Review of Environment and Resources (2)
J Am Chem Soc (2)
The Excitement and Fascination of Science (2)
Environmental Science and Pollution Research (2)
Universidade Federal do Rio de Janeiro
COLECcedilOtildeES E TEXTOS
Murilo Alves
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS REVISTAS E JORNAIS CIENTIacuteFICOS Revistas Cientiacuteficas com conteuacutedos sobre ensino de ciecircnciasquiacutemica e
quiacutemica verde
O primeiro artigo que atendeu aos criteacuterios adotados
neste trabalho e cujo tiacutetulo conteacutem a expressatildeo Green Chemistry (Quiacutemica Verde) - Design for the
environment and Green Chemistry the heart and soul
of industrial ecology - foi publicado em 1997
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS REVISTAS E JORNAIS CIENTIacuteFICOS Revistas Cientiacuteficas com conteuacutedos sobre ensino de ciecircnciasquiacutemica e
quiacutemica verde
Revista Quiacutemica Nova na Escola - QNEsc A Revista Quiacutemica Nova na Escola (QNEsc) com uma periodicidade trimestral propotildee-se a subsidiar o trabalho a formaccedilatildeo e a atualizaccedilatildeo da comunidade do Ensino de Quiacutemica brasileiro QNEsc integra-se agrave linha editorial da Sociedade Brasileira de Quiacutemica que publica tambeacutem a revista Quiacutemica Nova e o Journal of the Brazillian Chemical Society Quiacutemica Nova na Escola eacute um espaccedilo aberto ao educador suscitando debates e reflexotildees sobre o ensino e a aprendizagem de quiacutemica Assim contribui para a tarefa fundamental de formar verdadeiros cidadatildeos Nesse sentido a Divisatildeo de Ensino disponibiliza neste portal na iacutentegra e de forma totalmente gratuita todos os artigos publicados no formato PDF Estatildeo disponiacuteveis tambeacutem os Cadernos Temaacuteticos publicados desde 2001 pela Divisatildeo de Ensino
Green Chemistry - Journal Jornal publicado pela Royal Society of Chemistry - RCS que se apresenta como um espaccedilo para publicaccedilatildeo sobre
pesquisas de ponta no desenvolvimento de tecnologias alternativas sustentaacuteveis
Green Green - revista italiana do Consoacutercio Interuniversitaacuterio Quiacutemica Nacional do Meio Ambiente (INCA) em colaboraccedilatildeo com a Sociedade Quiacutemica Italiana (SCI) 1 5 ACS Publications A Divisatildeo de Publicaccedilotildees da Sociedade Americana de Quiacutemica (American Chemical Society - ACS) oferece a comunidade cientiacutefica mundial uma coleccedilatildeo abrangente dos perioacutedicos mais citados revisados por pares em ciecircncias quiacutemicas e afins
Universidade Federal do Rio de Janeiro
Universidade Federal do Rio de Janeiro
FONTES CONSULTADAS
httpwwwqmcufscbrgieqindexphplinkshtml
httpwwwperiodicoscapesgovbr
httpwwwscielocom
Organizaccediloes - 100 maiores empresas em Bioenergia 2011-12 Referencia Biofuels Digest online publication
November 9 2011 author Jim Lane
1 Solazyme
2 Amyris
3 Gevo
4 POET
5 LS9
6 Novozymes
7 Enerkem
8 LanzaTech
9 UOP
10 ZeaChem
11 Codexis
12 Abengoa Bioenergy
13 KiOR
14 Virent Energy Systems
15 Sapphire Energy
16 Ceres
17 Coskata
18 DuPont Cellulosic
19 Terrabon
20 Mascoma
21 Cobalt Technologies
22 Petrobras
23 Joule Unlimited
24 BP Biofuels
25 Neste
26 Waste Management
27 Rentech
28 Qteros
29 INEOS Bio
30 Genencor
31 Genomatica
32 Shell
33 Synthetic Genomics
34 Chemtex
100 maiores empresas em Bioenergia 2011-12 Referencia Biofuels Digest online publication November 9 2011
author Jim Lane
35 Algenol
36 Elevance Renewable Sciences
37 OriginOil
38 SG Biofuels
39 Cosan
40 HCL CleanTech
41 Fulcrum Bioenergy
42 Cargill
43 Chevron
44 Bluefire Renewables
45 Dynamic Fuels
46 Mendel
47 OPX Biotechnologies
48 Inbicon
49 Renmatix
50 Monsanto
51 Butamax
52 Iogen
53 DuPont
54 Verenium
55 PetroAlgae
56 DSM
57 ExxonMobil
58 Envergent
59 Aurora Algae
60 Syngenta
61 Praj Industries
62 Phycal
63 Renewable Energy Group
64 Clear Fuels Technology
65 ArborGen
66 KL Energy
67 Solix Biofuels
100 maiores empresas em Bioenergia 2011-12 Referencia Biofuels Digest online publication November 9 2011
author Jim Lane
68 Catchlight Energy
69 Dyadic
70 AE Biofuels
71 Myriant
72 EdeniQ
73 Avantium
74 Propel Fuels
75 GlycosBio
76 ETH Bioenergia
77 Chemrec
78 Ensyn
79 Green Plains Renewable Energy
80 Range Fuels
81 Bioprocess Algae
82 SynGest
83 TMO Renewables
84 Chromatin
85 Blue Marble Biomaterials
86 Genera Energy
87 ICM
88 Albemarle
89 Lignol
90 Raizen
91 Verdezyne
92 Greenfuel Ethanol
93 Atlantic Biomass Conversions
94 Pacific Ethanol
95 Dong Energy
96 SEKAB
97 Borregaard Industries
98 Dynamotive
99 Allard Research
100 Targeted Growth
PRINCIPAIS TOacutePICOS
Universidade Federal do Rio de Janeiro
1 Realidade da Competitividade de Induacutestria Quiacutemica Brasileira
2 Desenvolvimento Sustentaacutevel
3 Cadeia de Valores
4 Gestatildeo de Negoacutecios Sustentaacuteveis
5 Principais Desafios das mateacuterias primas renovaacuteveis
6 Exemplo A cana de accediluacutecar como mateacuteria prima renovaacutevel
7 Metodologia utilizada para comparaccedilatildeo de cadeias de valores (ALGORITMO)
Q1 (Baixo crescimento e altas margens) Referencia Melhores amp Maiores revista exame 2012 ndash Resultados Empresas de 2011
Q2 (Alto crescimento e altas margens)
Q3 (Alto crescimento e baixas margens)
Q4 (Baixo crescimento e baixas margens)
Os trecircs ldquoPILARESrdquo do Desenvolvimento Sustentaacutevel
ECONOMIA
ECOLOGIA SOCIEDADE
Desenvolvimento sustentaacutevel eacute o equiliacutebrio entre o SUCESSO
ECONOcircMICO com PROTECcedilAtildeO AMBIENTAL e RESPONSABILIDADE
SOCIAL
ldquoEstrateacutegia eacute o Objetivo e a Missatildeo de uma organizaccedilatildeo no longo prazo que
possibilitam obter vantagens competitivas para a organizaccedilatildeo atraveacutes de sua
estruturaccedilatildeo de recursos num ambiente competitivo de modo a satisfazer as
necessidades do mercado e a satisfazer as expectativas dos STAKEHOLDERS
Johnson and Scholes(2004)
Estrateacutegias de Negoacutecios devem apresentar
1048698 Objetivo de Longo Prazo
1048698 Seleccedilatildeo dos mercados onde a empresa pretende competir
1048698 Vantagens sobre a concorrecircncia
1048698 Recursos necessaacuterios (competecircncias ativos recursos financeiros
relacionamentos competecircncia teacutecnica instalaccedilotildees)
1048698 Fatores que podem comprometer a habilidade para competir (ambiente dos
negoacutecios)
1048698 Valores e expectativas dos ldquostakeholdersrdquo( soacutecios clientes funcionaacuterios
comunidade fornecedores etc)
Valor Estrateacutegico do Desenvolvimento Sustentaacutevel
1048708 Casos de Valor
1048708 As empresas desempenham um papel importante na proteccedilatildeo ao meio
ambiente e na melhoria da qualidade de vida para todos
1048708 Proteccedilatildeo ao Negoacutecio propriamente dito
1048708 Reduccedilatildeo dos riscos ndash exposiccedilatildeo ao risco de ativos fiacutesicos humanos e
intangiacuteveis
1048708 Reforccedilo na permissatildeo para funcionar ndash reduzindo riscos poliacuteticos e
melhorando o grau de aceitaccedilatildeo
1048708 Aumento do valor da marca e da reputaccedilatildeo
Apenas com a visatildeo do gestor de empresas que diante de seus resultados
que natildeo correspondem agraves expectativas dos acionistas nem de seus
funcionaacuterios clientes e demais ldquoshareholdersrdquo proponho-lhes a seguinte
decisatildeo a tomar e evidente coloco minha resposta e observaccedilotildees correndo o
risco de ser mal interpretado poreacutem respaldado por anos de
responsabilidade pelos resultados de empresas de grande e de meacutedio porte
nos meus trinta anos de mercado
Suponhamos uma empresa que apresenta um faturamento liacutequido anual igual
a 100 unidades monetaacuterias Deste faturamento jaacute foram abatidos os impostos
e taxas bem como as despesas com vendas Deduzimos deste faturamento
liacutequido o CP (custo de produccedilatildeo) no total de 80 e chegamos a uma margem
de contribuiccedilatildeo de 20
Evidente que desta margem operacional para chegarmos ao resultado final
da empresa teremos que abater outros itens tais como impostos
investimentos etc poreacutem proponho-lhes ficarmos com a margem
operacional apenas uma vez que o nosso objetivo seraacute a otimizaccedilatildeo dos
resultados via melhoria da margem operacional
Gestatildeo Sustentaacutevel
Na primeira alternativa aumentamos em 10 o faturamento liacutequido e
consequentemente em 10 o CP e chegamos a um aumento de 10 na Margem
operacional ou seja Fat Liacuteq = 110 CP igual a 88 e Moper= 22 ou aumento de
(22-20)20=10
Numa segunda alternativa opta-se por aumentar a margem operacional em
10 atraveacutes da reduccedilatildeo do CP Temos entatildeo Fat Liacuteq=100 CP igual a 78
chegando-se assim a uma margem operacional de 22 ou seja 10 superior
Isto significa que para obtermos o mesmo resultado sem alterarmos o
faturamento liacutequido conseguimos atraveacutes de uma reduccedilatildeo de (78-80) 80=25
Ou seja para esta estrutura de resultados um aumento no faturamento de 10
produz o mesmo resultado que uma reduccedilatildeo de 25 no Custo de produccedilatildeo
Isto significa que o gestor deve decidir entre reduzir 1 no CP ou aumentar o
Fat Liacutequido em 4 para obter o mesmo aumento na margem operacional
Qual eacute a melhor decisatildeo a ser tomada para aumentar a margem liacutequida em 10
Com base neste raciociacutenio um aumento do faturamento natildeo depende apenas
da decisatildeo da empresa depende e muito do mercado onde a empresa atua
depende do mercado e nem sempre a empresa consegue aumentaacute-lo sem
perder volume de vendas a decisatildeo fica por conta do aumento de volume e em
consequecircncia por aumento da oferta o preccedilo meacutedio cai e consequentemente
para se compensar a perda de preccedilos o volume tem que ser ainda maior do que
os 10 desejados no aumento do faturamento por exemplo
A segunda alternativa a reduccedilatildeo no custo de produccedilatildeo de 25 pode ser
conseguida internamente com aumento na eficiecircncia dos processos de
produccedilatildeo reduccedilatildeo de geraccedilatildeo de resiacuteduos e negociaccedilotildees junto aos
fornecedores de mateacuterias primas e insumos e neste caso a empresa como
cliente tem muito maiores condiccedilotildees de exigir preccedilos mais competitivos ou no
caso de natildeo se conseguir por tratar-se de fornecedor com excessivo poder de
negociaccedilatildeo a empresa pode sempre buscar reduccedilotildees de custos das principais
mateacuterias primas atraveacutes de mateacuterias primas substitutas Evidentemente que as
reduccedilotildees nos preccedilos das utilidades como vapor energia aacutegua devem e podem
ser otimizadas bem como a reduccedilatildeo de seus desperdiacutecios atraveacutes de
campanhas internas de sensibilizaccedilatildeo e melhoria nos processos produtivos
E onde entra a Quiacutemica Verde em todo esse raciociacutenio loacutegico
Claro estaacute que os leitores jaacute comeccedilaram a correlacionar as medidas de reduccedilatildeo
de custos de produccedilatildeo com os 12 Princiacutepios da Quiacutemica Verde senatildeo vejamos
Reduzir custo de produccedilatildeo eacute aumentar os rendimentos dos processos
evitando-se assim a geraccedilatildeo de resiacuteduos e de subprodutos indesejaacuteveis e as
necessidades e custos de tratamento de resiacuteduos em especial quando se trata de
resiacuteduos toacutexicos Os controles dos processos em tempo real antes da formaccedilatildeo
de substancias perigosas e de subprodutos indesejaacuteveis tambeacutem ajudam a
aumentar a eficiecircncia dos processos e por consequecircncia a reduccedilatildeo dos custos de
produccedilatildeo Aleacutem disso a alternativa de uso de mateacuteria prima renovaacutevel para ajudar
na reduccedilatildeo de custos aleacutem de contribuir com o meio ambiente apresenta-se
cada vez mais promissora nas negociaccedilotildees junto aos fornecedores atuais
Mais um princiacutepio da quiacutemica verde o seacutetimo pode e deve ser cada vez mais
usado na gestatildeo das empresas Seraacute que a sua empresa natildeo deveria ser como a
maioria dos carros nacionais flex Que tal ser uma EMPRESA FLEX Imagine se
na hora de comprar mateacuteria prima voce pudesse optar entre mateacuteria prima
convencional derivada do petroacuteleo ou de fonte renovaacutevel pela que produzisse
melhor margem operacional naquele momento do mercado Pense em como
seria maior a sua capacidade de negociaccedilatildeo junto aos seus fornecedores atuais
Aleacutem disso produzir a menores pressotildees e temperaturas e sem usar solventes eacute
reduzir custo de investimentos e de recuperaccedilatildeo aumento consequente nas
margens e reduccedilatildeo do CAPEX necessaacuterio
Pelo acima exposto e com a responsabilidade que tenho como
Reestruturador de Empresas e alavancador de resultados acredito que daqui em
diante a boa gestatildeo de empresas necessitaraacute de gestores cada vez mais
capacitados e natildeo falo apenas das empresas quiacutemicas falo das empresas em
geral precisaremos de GESTORES SUSTENTAacuteVEIS e a Escola Brasileira de
Quiacutemica Verde poderaacute contribuir muito com a formaccedilatildeo desses novos
profissionais que teratildeo desafios mais abrangentes e complementares natildeo
somente nas aacutereas mais teacutecnicas como tambeacutem em todas as aacutereas de gestatildeo de
empresas
Claro estaacute que para um gestor de visatildeo de curto prazo que a Gestatildeo
Sustentaacutevel possa parecer mais onerosa poreacutem a visatildeo contributiva do bom
gestor a meacutedio e a longo prazo segundo e segundo Warren Buffet o bom gestor
deve fazer aumentar o valor da empresa e este descontado num fluxo de
ldquovaluationrdquo normalmente usado nos processos de compra e venda de empresas
deve evitar quaisquer ldquoliabilitiesrdquotais como passivos ambientais passivos
trabalhistas e tributaacuterios que possam vir a ser deduzidos do valor de venda de
uma empresa no momento da negociaccedilatildeo
A Gestatildeo Sustentaacutevel deixa de ser algo acadecircmico e de preocupaccedilatildeo apenas
com o meio ambiente e passa a fazer parte do patrimocircnio das empresas e de
suas avaliaccedilotildees quando das apresentaccedilotildees de seus balanccedilos Empresas geridas
com sustentabilidade valem mais natildeo soacute as empresas quiacutemicas volto a dizer
todo e qualquer tipo de empresa
Apenas para exemplificar jaacute identificamos mais de 100 empresas no mundo
todo que trabalham com a utilizaccedilatildeo de mateacuterias primas renovaacuteveis para
combustiacuteveis e outras 30 empresas que jaacute possuem derivados quiacutemicos de
fontes renovaacuteveis e economicamente viaacuteveis
No Brasil temos a Petrobras a Braskem e o grande exemplo do aacutelcool
combustiacutevel e fonte para produtos alcoolquiacutemicos totalmente viabilizados e
exemplo para todo o mundo
Produccedilatildeo amp
Destribuiccedilatildeo
Custo de Aprovisionamento
Metodologia para comparaccedilatildeo de Cadeia de Valores (ALGORITMO)
BASES COMPARATIVAS
Os custos de produtos de mateacuterias primas renovaacuteveis devem ser iguais ou menores do que os
custos de produtos similares de mateacuterias primas petroquiacutemicas
CPMPR = CPMPP
OS CUSTOS DAS CADEIAS DE VALORES DEVEM SER SIMILARES E APRESENTAREM A
MESMA COMPETIVIDADE DE CUSTOS NOS MERCADOS ALVOS DESSES PRODUTOS OU
DE SUAS APLICACcedilOES NO LONGO PRAZO E COM FLUTUACcedilOES DE CUSTOS
ASSIMILAacuteVEIS PELOS MERCADOS DE APLICACcedilAO DESSES PRODUTOS AS
SAZONALIDADES DOS MERCADOS AGRO DEVEM SER COMPENSADAS POR ESTOQUES
REGULADORES E OS CUSTOS DE MANUTENCcedilAO DE TAIS ESTOQUES DEVEM SER
LEVADOS EM CONSIDERACcedilAO NAS ANAacuteLISES DE COMPETITIVIDADES DE CUSTOS DOS
PRODUTOS DE MATEacuteRIAS PRIMAS RENOVAacuteVEIS E DE SEUS SIMILARES
PETROQUIacuteMICOS
CCVR lt= CCVP
Universidade Federal do Rio de Janeiro
EXEMPLOS DE NEGOacuteCIOS SUSTENTAacuteVEIS
1 Biorrefinarias
2 Produccedilatildeo de Etanol
3 Rota Bioquiacutemica
4 Termoquiacutemica
5 Sucroquiacutemica
6 Conversatildeo de CO2 por microalgas
7 Fitoteraacutepicos
8 Biopesticidas de Origem Vegetal
9 Aromas Fragracircncias e Oacuteleos Essenciais
10Fitoquiacutemica
11Energias Renovaacuteveis
12 Produccedilatildeo Bioloacutegica de Hidrogecircnio
MP renovaacutevel
Transporte MP
Lavagem Moagem
Unidade de fermentaccedilatildeo
Destilaccedilatildeo
Controle de qualidade e
estocagem de agravelcool
Transporte do aacutelcool
(caminhotildees)
Estoque de agravelcool nos
clientes
MP Petroquiacutemica
Transporte do MP
Craqueamento Separaccedilatildeo
Estocagem do eteno
Transporte Tubovias
Hidrataccedilatildeo
Transporte Etanol
Tubovias ou caminhotildees
Estoque nos clientes
Etanol de
cana de
accedilucar
Etanol
Petroquiacutemico
Cana de
accedilucar
Caminhotildees
Bagaccedilo Cogeraccedilatildeo de vapor
energia eletrica
Tubovias
Co produtos
Propeno
Buteno
Outros
Nafta
MP renovaacutevel
Transporte MP
Estoque Etanol
Unidade de aldeido aceacutetico
Unidade produccedilatildeo
ac aceacutetico Destilaccedilatildeo
Transporte de ac
aceacutetico
Estoque de Ac Aceacutetico nos clientes
MP Gaacutes natural
C O Carboxilaccedilatildeo Unidade de remoccedilatildeo de
Leves
Controle de qualidade
Estoque de aacutecido
aceacutetico
Transporte de Ac aceacutetico
Estoque de ac Aceacutetico nos clientes
Aacutecido Aceacutetico
Alcool
Quiacutemico
Aacutecido aceacutetico
a partir do
metanol
Etanol
Caminhotildees
Caminhotildees
Gaacutes natural
Metanol
Off - gas
Caminhotildees
MP renovaacutevel
Transporte MP
Lavagem Moagem
Unidade de fermentaccedilatildeo
Destilaccedilatildeo
Controle de qualidade e
estocagem de agravelcool
Transporte do aacutelcool
(caminhotildees)
Estoque de agravelcool nos
clientes
MP Petroquiacutemica
Transporte do MP
Craqueamento Separaccedilatildeo
Estocagem do eteno
Etanol de
cana de
accedilucar
Eteno
Petroquiacutemico
Cana de
accedilucar
Caminhotildees
Bagaccedilo Cogeraccedilatildeo de vapor
energia eletrica
Tubovias Co produtos
Propeno
Buteno
Outros
Nafta
MP renovaacutevel
Transporte MP
Estoque Etanol
Desidrataccedilatildeo Estoque Eteno
Etanol Caminhotildees
Eteno Alcool
Quiacutemico
Outros Sites AS 30 maiores Empresas em Produtos Quiacutemicos Renovaacuteveis e Biomateriais
(2011-12) Referencias Biofuels Digest ndashe sites das empresas
1 Genomatica
We develop our processes using our proprietary biotechnology platform The resulting processes can convert multiple renewable
feedstocks into numerous existing chemicals that meet industry specifications for large established markets
2 Solazyme
Solazymes proprietary biotechnology platform creates renewable oils by harnessing microalgaes prolific oil production capabilities
Through world-class molecular biology and chemical engineering capabilities were able to cost-effectively produce high-value tailored oils
3 Amyris
The basis of our production is a well-established fermentation process that uses our genetically-engineered yeast strains to convert
the sugar source into target molecules such as farnesene
4 Gevo
We plan to produce isobutanol a versatile platform chemical for the liquid fuels and petrochemical market
5 LS9
LS9rsquos industrial biotechnology platform converts diverse renewable feedstocks to drop-in fuel and chemical products
6 Dupont
Through DuPont innovation key building blocks for many of the materials we use every day can now be derived from renewable
resources mdash creating a much smaller environmental footprint than their petroleum-based predecessors with no compromise in performance
7 Codexis
Products and technology from Codexis can help the chemicals industry reduce supply chain volatility replace petroleum-based
environmentally sensitive raw materials with plentiful biomass and gain a competitive advantage in the marketplace
AS 30 maiores Empresas em Produtos Quiacutemicos Renovaacuteveis e Biomateriais (2011-12) ndash cont
8 Genencor
As a leader in the development of renewable alternatives for petroleum-based chemicals and fuels Genencor is helping to build the road
towards a more sustainable future
9 Novozymes
A number of technologies are involved in these steps and this part of ldquoOur technologyrdquo gives you an understanding of how these
technologies are employed in the work of researchers at Novozymes
10 ZeaChem
ZeaChem Inc has developed a cellulose-based biorefinery platform capable of producing advanced ethanol fuels and chemicals
Our indirect approach leapfrogs the yield and carbon dioxide (CO2) problems associated with traditional and cellulosic based processes
11 Cargill
Cargillrsquos range of nature-based products are suited to a number of industrial applications and markets We offer a growing number
of products derived from renewable sources designed to replace or offset non-renewable ingredients
12 Cobalt Technologies
Cobalts technology features a continuous process to efficiently convert diverse low cost feedstocks ndash beginning with bagasse and
waste wood ndash into biobutanol
13 Waste Management
Thatrsquos why Waste Management makes such a good fit Our mission is to bring you professional dependable services and innovative
solutions that create value for you ndash and a better future for us all
14 Ceres
Our technology platforms are helping make biofuels bio-based chemicals and biopower more economical and scalable It starts with
improving the crops themselves a process as old as farming but now coupled with the latest genomics-based breakthroughs
AS 30 maiores Empresas em Produtos Quiacutemicos Renovaacuteveis e Biomateriais (2011-12) ndash cont
15 Elevance Renewable Sciences
As the leader in transforming natural renewable oils into high-performing specialty products and materials Elevance is uniquely
positioned to meet consumer demand in a market exceeding $100 billion annually in these segments
Performance waxesNature Wax productsPersonal care productsDetergents and cleanersAntimicrobials
16 Dow Chemical
At Dow we are already creating solutions for a more sustainable future by helping develop paints that scrub the formaldehyde
from the air designing intelligent packaging that keeps food fresher longer and communicates its condition as well as more efficient
batteries to power vehicles
17 Enerkem
Chemicals used to make thousands of industrial and consumer products have traditionally been derived from fossil fuels such as petroleum
With an innovative process that uses waste and residues instead of fossil fuels Enerkem helps meet the increasing demand for greener
everyday products
18 Coskata
Coskata is a biology-based renewable energy company whose low-cost platform technology allows for the production of fuels and
chemicals from a variety of input material (including biomass agricultural and municipal wastes and other carbonaceous material)
Using proprietary microorganisms and patented bioreactor designs we are ready today to produce feedstock flexible ethanol
to fuel energy security economic growth and environmental sustainability
19 OPX Biotechnologies
OPXBIO developed and piloted the microbe and process that will produce its first biochemical product ndash BioAcrylic ndash at 30 to 50
percent lower cost and a 75 percent reduction in greenhouse gas emissions over current petrol-based acrylic Todayrsquos petro-acrylic has
an $10 billion global market in applications such as paints adhesives diapers and detergents In 2011 OPXBIO began collaborating
with The Dow Chemical Company to develop an industrial-scale process for producing BioAcrylic OPXBIO anticipates
full commercialization of BioAcrylic within three to five years
20 DSM
Bio-based materials The DSM Innovation Center is currently developing a platform of bio-based performance materials Examples
include investment in the green-chemistry company Segetis an agreement with Novomer to develop the first green resin for coatings
and the launch of EcoPaXXtrade a bio-based high-performance engineering plastic polymer
Approximately 70 of EcoPaXXtrade consists of building blocks derived from castor oil ndash a renewable resource This results in a
carbon footprint of zero lsquofrom cradle to the DSM gatersquo Itrsquos a strong selling point in todayrsquos plastics market as well as being fully compatible
with our strategy of sustainable innovation
AS 30 maiores Empresas em Produtos Quiacutemicos Renovaacuteveis e Biomateriais (2011-12) ndash cont
21 Myriant
Biobased specialty chemicals are a reality today because of Myriants commitment to development of technology with direct
commercial applicability Our integrated approach which links RampD efforts with the business strategy throughout the value chain and
across key aspects of company operations has resulted in a novel biocatalyst platform with proven commercialization success a robust
product pipeline and an extensive intellectual property suite
22 Cosan
O aacutelcool etiacutelico ou etanol eacute produzido pela fermentaccedilatildeo da cana-de-accediluacutecar A Raiacutezen se destaca como uma das maiores produtoras de
etanol no paiacutes com produccedilatildeo anual de22 bilhotildees de litros Em linha com sua visatildeo de ser reconhecida globalmente pela
excelecircncia no desenvolvimento produccedilatildeo e comercializaccedilatildeo de energia sustentaacutevel investe no combustiacutevel de matriz limpa e renovaacutevel
com tecnologia e talento que satildeo referecircncia no Brasil e no mundo
23 Mascoma
Ethanolrsquos energy is derived from plants that in turn obtain their energy from the sun In this way ethanol acts as a means of storing solar
power in liquid form Cellulosic ethanol is ethanol that is obtained from the non-edible portion of plant material Cellulosic ethanol is
identical in composition and performance to ethanol derived from corn or sugar cane Cellulosic ethanol however has important
environmental economic and sustainability advantages over conventional sources due to its source and method of production
24 KiOR
KiOR has developed a proprietary technology platform to convert sustainable low-cost non-food biomass into a hydrocarbon-based
renewable crude oil Using standard refining equipment the company processes its renewable crude into gasoline and diesel blendstocks
that can utilize the existing transportation fuel infrastructure for use in vehicles on the road today
25 DuPont Danisco
DuPont is applying its deep knowledge and experience in crop technology microbiology bioprocessing and engineering to
enable proprietary cost-effective cellulosic ethanol solutions for the market At DuPont we believe that science-powered innovation
and collaboration are required to meet the food energy and protection challenges of unprecedented population growth Our cel lulosic
ethanol team is leading the way in advanced biofuels by developing comprehensive integrated solutions for a range of feedstocks and
designing innovative enzymes to accelerate the commercial production of cellulosic biofuels in markets across the world
AS 30 maiores Empresas em Produtos Quiacutemicos Renovaacuteveis e Biomateriais (2011-12) ndash cont
26 Virent
Virent is replacing crude oil by creating the chemicals and fuels the world demands through utilization of a wide variety of naturally
occurring renewable resources Our patented BioFormingreg technology features catalytic chemistry which converts plant-based sugars into
a full range of hydrocarbon productsidentical to those made from petroleum including gasoline diesel jet fuel and chemicals for plastics
and fibers Our products are ldquodrop-inrdquo replacements that enable full utilization of todayrsquos existing processing pipeline storage and
transportation infrastructure Virent produces its hydrocarbon chemicals and fuels from plant sugars in a few hours compared to the
millions of years required for petroleum
27 LanzaTech
LanzaTech is very much part of this new field of innovators and by challenging our preconceptions of waste and energy sources we see
a future where access to energy is universal
28 POET
POET devotes tremendous resources to developing cellulosic ethanol Every day our researchers work to make it more affordable
Weve invested heavily in cellulosic research over the past decade and we will invest much more as we begin construction on our first
commercial cellulosic ethanol plant in Emmetsburg Iowa which we anticipate will produce 25 million gallons per year
29 Metabolix
Metabolix is developing commercially viable chemicals from biobased sources as opposed to fossil fuels which produce the vast majority of
chemicals today
Today four carbon (C4) chemicals are produced from non-renewable fossil-based hydrocarbons and are used to make spandex fibers
polyurethanes engineering resins and personal care products
Biobased chemicals allow us to address the global market demand for products and processing that reduce fossil energy use and greenhouse
gas emissions
30 Honeywellrsquos UOP
In 2008 UOP and Ensyn Corporation created the joint venture Envergent Technologies
Envergent is focused on the conversion of forest and agricultural waste residues to a liquid renewable oil to generate renewable heat and power
We do this through the RTPregprocess or rapid thermal processing which has been in commercial operation for more than 25 years
The RTP process produces a clean burning minimal sulfur content biofuel that can be used for the generation of renewable heat and power It is
a cost-effective solution to reduce greenhouse gas emissions up to 90 compared to petroleum-based fuels
The process is scalable to meet the needs of diverse applications It has a relatively compact footprint due to its modular construction and is
feedstock-flexible in that RTP can be designed to process a wide variety of lignocellulosic feedstocks
For more information on the advantages of pyrolysis oil and our RTP technology please visit us atwwwEnvergentTechcom
InstitutosEmpresaOutros
Nacionais
Instituto Nacional de Tecnologia
Empresa Brasileira de Pesquisas Agropecuaacuterias
PetrobraacutesCENPES
Centro de Energias Alternativas e Meio Ambiente
Centro de Tecnologia Canavieira
Instituto de Pesquisa Tecnoloacutegica do Estado de Satildeo Paulo
Instituto Nacional de Pesquisas Espaciais
Centro Brasileiro de Pesquisas Fiacutesicas
Instituto Nacional de Pesquisas da Amazocircnia
Conselho de Desenvolvimento Cientifico e Tecnoloacutegico
CNEN
Museu Paraense Emilio Goeldi Paraacute
FIOCRUZ
Instituto Nacional do Cacircncer
Instituto Adolfo Lutz
TOTAL GERAL 15 instituiccedilotildees
Universidade Federal do Rio de Janeiro
InstitutosDepartamentos
Internacionais
National Renewable Energy Laboratories EUA
US Department of Agriculture Agricultural Research
Service (USDA ARS) EUA
Chinese Academy of Science China
Agriculture ampAgri Food Canada Canadaacute
Institut National de la Recherche Agronomique Franccedila
Consejo Superior de Investigaciones Cientificas (CSIC)
Espanha
Russian Academy of Science Ruacutessia
Indian Institute of Technology Iacutendia
Natural Renewable Energy Laboratory EUA
National Institute of Advanced Industrial Science and
Technology Japatildeo
Institute Francais du Petrole (IFP)
Polish Academy of Science Polocircnia
Indian Institute of Chemical Technology India
Max Planck Institut Alemanha
French National Institute for Agricultural Research (INRA)
Franccedila
Tokyo Institute of Technology Japatildeo
Centre National de la Recherche Scientifique (CNRS)
Franccedila
National Chemical Laboratory Iacutendia
National Institute of Advanced Industrial Science and
Technology Japatildeo
Korea Institute of Science amp Technology Coreacuteia do Sul
US Geology Survey EUA
Marine Biotechnology Institute Japatildeo
Korea Institute of Energy Research (KIER) Coreacuteia do Sul
Centre National de la Recherche Scientifique (CNRS)
Franccedila
Kamaishi Labs Marine Biotechnology Institute Japatildeo
Alfred Wegener Institute for Polar and Marine Research
Alemanha
Australian National University Austraacutelia
Chonbuk National University Coreacuteia do Sul
Centre de Recherche en Ecologie Marine et Aquaculture
(IFREMER) Franccedila
Mitsubishi Heavy Ind Ltd (Advanced Technoly Research
Centre) Japatildeo
Oak Ridge National Laboratory (ORNL) EUA
Research Institute of Innovative Technology for the Earth
(RITE) Japatildeo
Central Institute of Medicinal and Aromatic Plants Iacutendia
Consiglio Nazional delle Ricerche (CNR) Itaacutelia
NASA EUA
Beijing Yixintang Medicine Research Institute
TOTAL GERAL 36 instituiccedilotildees
Universidade Federal do Rio de Janeiro
Empresas Internacionais
Novozymes AS
Genencor Int Inc
Kao Corp
Novo Nordisk AS
Novozymes Inc
Novo-Nordisk AS
Henkel KGAA
Iogen Energy Corp
Danisco US Inc Genencor Division
Novozymes Biotech Inc
Novozymes North America Inc
Goedegebuur F
Midwest Research Institute
Du Pont De Nemours amp Co
Dunn- Coleman N
AE Biofuels EUA
Blue Fire Ethanol EUAJapatildeo
Chempolis Ou
Iogen
KL Energy
Lignol Energy
Sekab
Sun Opta
Verenium
Chevron USA Inc
Shell International Research Maatshappij BV
Exxon Mobil Res ampEng Co
Sasol Technology Pty Ltd
Shell Oil Co
Conoco Phillips Co
ENI Spa
Exxon Res amp Eng Co
Exxon Mobil Res amp Eng Co
Roquette Freres As
Basf AG
General Electric Co
Exxon Mobil Chem Patents Inc
LrsquoOreal SA
Basf SE
Bayer AG
Wellington SL
Vinegar HJ
Berchenko IE
Dow Global Technologies Inc
Degussa AG
Bayer Material Science AG
Samsung SDI Co Ltd
Stegemeir GL
Henkel KGAA
Zhang E
Ryan RC
Fowler TD
Rouffi gnac EPD
Universidade Federal do Rio de Janeiro
Council of Scientific and Industrial Research of India
Li Y
Ye M
Wang Y
Zhang L
Jiang J
Liu Y
Yin K
Jiang L
Syngenta Part AG
Novartis AG
Basf SE
Bayer Cropscience AG
Dow Corning Corporation
Genoptera LLC
Monsanto Technology
US Secretary of Agriculture
Bayer Cropscience GMBH
Toyota Jidosha KK
TOTAL GERAL 88 instituiccedilotildees
Empresas Internacionais
Fowler TD
Rouffi gnac EPD
Merck Patent GMBH
Procter amp Gamble Co
Yokohama Rubber Co Ltd
Colgate Palmolive
Bridgestone Corp
Henkel KGAA
Goodyear Tire amp Rubber Co
LG Electronics Inc 507
Matsushita Denki Sangyo KK
Toshiba KK
Canon KK
Hitachi Ltd
Mitsubshi Electric Co
Mitsubishi Jukogyo KK
Universidade Federal do Rio de Janeiro
CURSOS
Ofertados nas instituiccedilotildees de ensino nacionais ou internacionais
Introduccedilatildeo a Quiacutemica Verde
Quiacutemica Verde e Quiacutemica Sustentaacutevel
Engenharia Ecoloacutegica e Quiacutemica Verde
ldquoQuiacutemica Verde Fundamentos e Aplicaccedilotildeesrdquo
Quiacutemica Verde na Atualidade
A Quiacutemica Verde e o papel da cataacutelise no contexto da
Inovaccedilatildeo e do Desenvolvimento Tecnoloacutegico
Universidade Federal do Rio de Janeiro
Universidade Federal do Rio de Janeiro
FONTES CONSULTADAS
Quiacutemica verde no Brasil 2010 ndash 2030 Ediccedilatildeo revista e atualizada
Centro de Gestatildeo e Estudos Estrateacutegicos
Ciecircncia Tecnologia e Inovaccedilatildeo
httpwwwsciencedirectcom
httpwwwperiodicoscapesgovbr
LINHAS DE PESQUISA
Luiz Felipe Miranda de Jesus
Universidade Federal do Rio de Janeiro
Linhas de Pesquisa
Buscas Associadas
ldquoQuiacutemica Verderdquo
ldquoQuiacutemica Ambientalrdquo
ldquoQuiacutemica Sustentaacutevelrdquo
ldquoGreen Chemistryrdquo
ldquoQuiacutemica Verde PampDrdquo
ldquoGreen Chemistry RampDrdquo
ldquoUS Green Chemistryrdquo
ldquoEurope Green Chemistryrdquo
Universidade Federal do Rio de Janeiro
Linhas de Pesquisa
Principais Fontes
Identificaccedilatildeo de Instituiccedilotildees citadas em artigos e outras publicaccedilotildees
CAPES
CNPQ
ABQ
SBPC
Instituiccedilotildees de Fomento (FINEP FAPESPetc)
CGEE
MCT
Sites das Universidades
EPA
IUPAC
ACS
Green Chemistry Network
Royal Society of Chemistry
European Environment Agency
Universidade Federal do Rio de Janeiro
The Interuniversity National Consortium Chemistry for the Environment (INCA Consortium) Gathers 33 Italian universities and about 90 research units headquarters in Venezia and Roma Italy
NSF Science and Technology Center for Environmentally Responsible Solvents and Processes University of North Carolina Chapel Hill Queens University Ionic Liquid Laboratories (QUILL)
Queens University of Belfast The Clean Technology Research Group University of Nottingham The Green Chemistry Group (see below now called centre of excellence)
University of York Centre for Green Chemistry University of Monash Centre for Green Manufacturing University of Alabama Chemical Process Engineering Research Institute Centre for Research amp Technology University of Leicester (UK) Leicester Green Chemistry Group
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
University of Leeds (UK) Leeds Cleaner Synthesis Group Institute of Applied Catalysis (UK) A research network for catalysis Carnegie Mellon University (USA) Institute for Green Oxidation Chemistry Institute for a Sustainable Environment (USA) University of Oregon Center for Sustainable and Green Chemistry (DEN) httpwwwcsgdtudk Green Chemistry Centre of Excellence (UK) httpwwwyorkacukresgcgsiteindexhtm Center for Green Chemistry at UMass Boston (US) httpwwwgreenchemistryumbedu Center for Green Chemistry at UMass Lowell (US) httpwwwgreenchemistryumledu University of Notre Dame Energy Centre (USA) httpwwwndedu~ndenergy Goumlteborg Universitys Centre for Environment and Sustainability (SWE) httpwwwchalmerssegmvEN
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
MSc in Green Chemistry and Sustainable Industrial Technology
Department of Chemistry at the University of York
Master en Quimica Sostenible
Faculty of Sciences at the University of Zaragoza
MSc in Green Chemistry Energy and the Environment
Imperical College London
MSc in Chemical Research (Green Chemistry with Industry)
CTA funding to the University of Leicester
1st year Master of Science Chemistry Specializing in Green Chemistry
University Louis Pasteur (Strasbourg I)
Master of Chemistry and EST
Universiteacute de Savoie
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
Schools with Green Chemistry Programs
United States
Eastern Connecticut
Yale University
Massachusetts
Bridgewater State College
Gordon College
University of Massachusetts Boston
University of Massachusetts Lowell Center for Green Chemistry
Pennsylvania
Carnegie Mellon Institute for Green Oxidation Chemistry
University of Scranton
Arkansas
Hendrix College (green organic chemistry)
Illinois
University of Illinois-Urbana-Champaign
Minnesota
St Olaf College
Alabama
University of Alabama
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
Linhas de Pesquisa California
Berkeley Center for Green Chemistry
UC Berkeley Extension
Colorado
Colorado School of Mines
Oregon
University of Oregon
Schools with Green Chemistry Programs - International
Australia
Monash University Centre for Green Chemistry
Murdoch University Sustainable ChemistryGreen Chemistry
Netherlands
Delft University of Technology Biocatalysis and Organic Chemistry
Italy
Interuniversity Consortium Chemistry for the Environment (INCA)
Universidade Federal do Rio de Janeiro
Northern Ireland
Queens University of Belfast Ionic Liquid Laboratories
Spain
Institute of Science and Technology (IUCT)
Green Chemistry Network of Spain (REDQS - Red Espantildeola de Quiacutemica Sostenible)
Sweden
Centre for Environment and Sustainability - Chalmers University of
TechnologyGoumlteborg University
United Kingdom
Green Chemistry Centre of Excellence at York
University of Leicester Green Chemistry Group
University of Nottingham Green and Analytical Chemistry
Brazil
Universidade do Vale do Itajaiacute Center for Technological Earth and Sea Sciences
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
Linhas de Pesquisa
Observaccedilotildees
Poucos programas especiacuteficos em ldquoQuiacutemica Verderdquo
Perfil multidisciplinar
Descriccedilatildeo de diversas linhas abrange somente um ou
alguns dos princiacutepios da ldquoQuiacutemica Verderdquo
Associaccedilatildeo inadequada ao tema
Necessidade de ampliaccedilatildeo de escopo
Movimento inicial de fomento aos projetos na aacuterea
Universidade Federal do Rio de Janeiro
CONGRESSOS E OUTROS SITES
Natasha Kelber
Universidade Federal do Rio de Janeiro
Universidade Federal do Rio de Janeiro
CONGRESSOS NACIONAIS
5ordm Simpoacutesio Nacional de Biocombustiacuteveis ndash BIOCOM ndash 14 a15Abril2012 ndash Canoas
RS
4ordf Escola de Quiacutemica Verde - JaneiroFevereiro2012 - Satildeo Paulo SP
VII Congresso Brasileiro de Biosseguranccedila - 19-23Setembro2011 - Joinville SC
II Semana de Biotecnologia Industrial - 20-22Outubro2010 - Lorena SP
5ordm Congresso Internacional de Bioenergia - 10-13Agosto2010 - Curitiba PR
II Semana de Biotecnologia Industrial - Julho2009 - Lorena SP
VI Congresso Brasileiro de Biosseguranccedila
VI Simpoacutesio Latino-Americano de Produtos Biotecnoloacutegicos
I Simpoacutesio Internacional de Biosseguridade e Pesquisa de Duplo Uso
I Feira de Equipamentos e Dispositivos de Biosseguranccedila ndash 22-25 Setembro2009 -
Rio de Janeiro RJ
1ordm Encontro Franco-Brasileiro de Quiacutemica Verde - 11 a 13Outubro2011
Universidade Federal do Rio de Janeiro
CONGRESSOS INTERNACIONAIS
3nd Brazilian Conference on Natural Products - 29Outubro-02Novembro2011 -
Ouro Preto MG
Biodiesel Congress - 27-29Julho2011 - Satildeo Paulo SP
IGCW 2011 Industrial Green Chemistry World Symposium amp Expo - December 4-6
2011 - Mumbai Iacutendia
3rd Asia-Oceania Conference on Green and Sustainable Chemistry (AOC-3) -
December 4-7 2011 - Melbourne Austraacutelia
3rd International Congress on Green Process Engineering - December 6-8 2011 -
Kuala Lumpur Malaysia
Minnesota Green Chemistry Conference - January 26 2012 - Minneapolis MN
The Asian Conference on Sustainability Energy amp the Environment - May 3-6 2012 -
Osaka Japan
16th Annual Green Chemistry amp Engineering Conference - June 18-20 2012 -
Washington DC
Gordon Research Seminar and Conference on Green Chemistry - July 21-27 2012 -
Lucca (Barga) Italy
4th International IUPAC Conference on Green Chemistry - August 25-29 2012 - Foz
do IguaccediluPR Brazil
Universidade Federal do Rio de Janeiro
OUTROS SITES
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TICLEampnode_id=1401ampuse_sec=falseampsec_url_var=region1amp__uuid=6e2273c5-5e7f-
4c7b-8931-530d244f1650P15_704
httpwwwcleanproductionorgGreenphp
wwwrscorgMembershipNetworkingInternationalActivitiesPanAfricaindexasp
httpwwworganic-chemistryorgtopicsgreen-chemistryshtm
httpagenciafapespbr12992
httpacademicscrantonedufacultycannm1greenchemistryporthtml
httpwwwabqorgbrsimpequi2010trabalhos122-7744htm
httpbrlinkedincominquimicaverde
httpwwwcinprorgbrFreeComponent10435content149251shtml
httpquiverdeblogspotcom201006os-12-principios-da-quimica-verdehtml
httpwwwufpeltchebriqgwwverde
httpwwwbrasilescolacomquimicaprincipios-quimica-verdehtm
httpwwwsustentabilidaderesultadoscombrgreen-chemistry-a-sustainable-
opportunity
httpwwwgreenchemistrynetworkorg
httpwwwepagovgreenchemistry
PUBLICACcedilOtildeES E PERIOacuteDICOS
Renato Soares
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS
Base de Dados
Royal Society of Chemistry (30)
SpringerLink (MetaPress) (30)
Wiley Online Library (30)
ACS Journals Search (30)
Nature (NPG) (30)
Science (AAAS) (30)
IOPscience (Institute of Phsics) (30)
Oxford Journals (Oxford University Press) (30)
ScienceDirect (Elsevier) (30)
Annual Reviews (29)
AIP Scitation ndash American Institute of Physics (28)
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS
Annual Review of Biochemistry (6)
Scientific American (5)
Ecological Indicators (5)
Green Chemistry Educat (4)
Nature Chemistry (4)
J Chem Educ (3)
Autobiographies by Nob (3)
J Appl Phys (3)
Food Hydrocolloids (3)
Chem Soc Rev (2)
Annual Review of Environment and Resources (2)
J Am Chem Soc (2)
The Excitement and Fascination of Science (2)
Environmental Science and Pollution Research (2)
Universidade Federal do Rio de Janeiro
COLECcedilOtildeES E TEXTOS
Murilo Alves
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS REVISTAS E JORNAIS CIENTIacuteFICOS Revistas Cientiacuteficas com conteuacutedos sobre ensino de ciecircnciasquiacutemica e
quiacutemica verde
O primeiro artigo que atendeu aos criteacuterios adotados
neste trabalho e cujo tiacutetulo conteacutem a expressatildeo Green Chemistry (Quiacutemica Verde) - Design for the
environment and Green Chemistry the heart and soul
of industrial ecology - foi publicado em 1997
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS REVISTAS E JORNAIS CIENTIacuteFICOS Revistas Cientiacuteficas com conteuacutedos sobre ensino de ciecircnciasquiacutemica e
quiacutemica verde
Revista Quiacutemica Nova na Escola - QNEsc A Revista Quiacutemica Nova na Escola (QNEsc) com uma periodicidade trimestral propotildee-se a subsidiar o trabalho a formaccedilatildeo e a atualizaccedilatildeo da comunidade do Ensino de Quiacutemica brasileiro QNEsc integra-se agrave linha editorial da Sociedade Brasileira de Quiacutemica que publica tambeacutem a revista Quiacutemica Nova e o Journal of the Brazillian Chemical Society Quiacutemica Nova na Escola eacute um espaccedilo aberto ao educador suscitando debates e reflexotildees sobre o ensino e a aprendizagem de quiacutemica Assim contribui para a tarefa fundamental de formar verdadeiros cidadatildeos Nesse sentido a Divisatildeo de Ensino disponibiliza neste portal na iacutentegra e de forma totalmente gratuita todos os artigos publicados no formato PDF Estatildeo disponiacuteveis tambeacutem os Cadernos Temaacuteticos publicados desde 2001 pela Divisatildeo de Ensino
Green Chemistry - Journal Jornal publicado pela Royal Society of Chemistry - RCS que se apresenta como um espaccedilo para publicaccedilatildeo sobre
pesquisas de ponta no desenvolvimento de tecnologias alternativas sustentaacuteveis
Green Green - revista italiana do Consoacutercio Interuniversitaacuterio Quiacutemica Nacional do Meio Ambiente (INCA) em colaboraccedilatildeo com a Sociedade Quiacutemica Italiana (SCI) 1 5 ACS Publications A Divisatildeo de Publicaccedilotildees da Sociedade Americana de Quiacutemica (American Chemical Society - ACS) oferece a comunidade cientiacutefica mundial uma coleccedilatildeo abrangente dos perioacutedicos mais citados revisados por pares em ciecircncias quiacutemicas e afins
Universidade Federal do Rio de Janeiro
Universidade Federal do Rio de Janeiro
FONTES CONSULTADAS
httpwwwqmcufscbrgieqindexphplinkshtml
httpwwwperiodicoscapesgovbr
httpwwwscielocom
Organizaccediloes - 100 maiores empresas em Bioenergia 2011-12 Referencia Biofuels Digest online publication
November 9 2011 author Jim Lane
1 Solazyme
2 Amyris
3 Gevo
4 POET
5 LS9
6 Novozymes
7 Enerkem
8 LanzaTech
9 UOP
10 ZeaChem
11 Codexis
12 Abengoa Bioenergy
13 KiOR
14 Virent Energy Systems
15 Sapphire Energy
16 Ceres
17 Coskata
18 DuPont Cellulosic
19 Terrabon
20 Mascoma
21 Cobalt Technologies
22 Petrobras
23 Joule Unlimited
24 BP Biofuels
25 Neste
26 Waste Management
27 Rentech
28 Qteros
29 INEOS Bio
30 Genencor
31 Genomatica
32 Shell
33 Synthetic Genomics
34 Chemtex
100 maiores empresas em Bioenergia 2011-12 Referencia Biofuels Digest online publication November 9 2011
author Jim Lane
35 Algenol
36 Elevance Renewable Sciences
37 OriginOil
38 SG Biofuels
39 Cosan
40 HCL CleanTech
41 Fulcrum Bioenergy
42 Cargill
43 Chevron
44 Bluefire Renewables
45 Dynamic Fuels
46 Mendel
47 OPX Biotechnologies
48 Inbicon
49 Renmatix
50 Monsanto
51 Butamax
52 Iogen
53 DuPont
54 Verenium
55 PetroAlgae
56 DSM
57 ExxonMobil
58 Envergent
59 Aurora Algae
60 Syngenta
61 Praj Industries
62 Phycal
63 Renewable Energy Group
64 Clear Fuels Technology
65 ArborGen
66 KL Energy
67 Solix Biofuels
100 maiores empresas em Bioenergia 2011-12 Referencia Biofuels Digest online publication November 9 2011
author Jim Lane
68 Catchlight Energy
69 Dyadic
70 AE Biofuels
71 Myriant
72 EdeniQ
73 Avantium
74 Propel Fuels
75 GlycosBio
76 ETH Bioenergia
77 Chemrec
78 Ensyn
79 Green Plains Renewable Energy
80 Range Fuels
81 Bioprocess Algae
82 SynGest
83 TMO Renewables
84 Chromatin
85 Blue Marble Biomaterials
86 Genera Energy
87 ICM
88 Albemarle
89 Lignol
90 Raizen
91 Verdezyne
92 Greenfuel Ethanol
93 Atlantic Biomass Conversions
94 Pacific Ethanol
95 Dong Energy
96 SEKAB
97 Borregaard Industries
98 Dynamotive
99 Allard Research
100 Targeted Growth
Q1 (Baixo crescimento e altas margens) Referencia Melhores amp Maiores revista exame 2012 ndash Resultados Empresas de 2011
Q2 (Alto crescimento e altas margens)
Q3 (Alto crescimento e baixas margens)
Q4 (Baixo crescimento e baixas margens)
Os trecircs ldquoPILARESrdquo do Desenvolvimento Sustentaacutevel
ECONOMIA
ECOLOGIA SOCIEDADE
Desenvolvimento sustentaacutevel eacute o equiliacutebrio entre o SUCESSO
ECONOcircMICO com PROTECcedilAtildeO AMBIENTAL e RESPONSABILIDADE
SOCIAL
ldquoEstrateacutegia eacute o Objetivo e a Missatildeo de uma organizaccedilatildeo no longo prazo que
possibilitam obter vantagens competitivas para a organizaccedilatildeo atraveacutes de sua
estruturaccedilatildeo de recursos num ambiente competitivo de modo a satisfazer as
necessidades do mercado e a satisfazer as expectativas dos STAKEHOLDERS
Johnson and Scholes(2004)
Estrateacutegias de Negoacutecios devem apresentar
1048698 Objetivo de Longo Prazo
1048698 Seleccedilatildeo dos mercados onde a empresa pretende competir
1048698 Vantagens sobre a concorrecircncia
1048698 Recursos necessaacuterios (competecircncias ativos recursos financeiros
relacionamentos competecircncia teacutecnica instalaccedilotildees)
1048698 Fatores que podem comprometer a habilidade para competir (ambiente dos
negoacutecios)
1048698 Valores e expectativas dos ldquostakeholdersrdquo( soacutecios clientes funcionaacuterios
comunidade fornecedores etc)
Valor Estrateacutegico do Desenvolvimento Sustentaacutevel
1048708 Casos de Valor
1048708 As empresas desempenham um papel importante na proteccedilatildeo ao meio
ambiente e na melhoria da qualidade de vida para todos
1048708 Proteccedilatildeo ao Negoacutecio propriamente dito
1048708 Reduccedilatildeo dos riscos ndash exposiccedilatildeo ao risco de ativos fiacutesicos humanos e
intangiacuteveis
1048708 Reforccedilo na permissatildeo para funcionar ndash reduzindo riscos poliacuteticos e
melhorando o grau de aceitaccedilatildeo
1048708 Aumento do valor da marca e da reputaccedilatildeo
Apenas com a visatildeo do gestor de empresas que diante de seus resultados
que natildeo correspondem agraves expectativas dos acionistas nem de seus
funcionaacuterios clientes e demais ldquoshareholdersrdquo proponho-lhes a seguinte
decisatildeo a tomar e evidente coloco minha resposta e observaccedilotildees correndo o
risco de ser mal interpretado poreacutem respaldado por anos de
responsabilidade pelos resultados de empresas de grande e de meacutedio porte
nos meus trinta anos de mercado
Suponhamos uma empresa que apresenta um faturamento liacutequido anual igual
a 100 unidades monetaacuterias Deste faturamento jaacute foram abatidos os impostos
e taxas bem como as despesas com vendas Deduzimos deste faturamento
liacutequido o CP (custo de produccedilatildeo) no total de 80 e chegamos a uma margem
de contribuiccedilatildeo de 20
Evidente que desta margem operacional para chegarmos ao resultado final
da empresa teremos que abater outros itens tais como impostos
investimentos etc poreacutem proponho-lhes ficarmos com a margem
operacional apenas uma vez que o nosso objetivo seraacute a otimizaccedilatildeo dos
resultados via melhoria da margem operacional
Gestatildeo Sustentaacutevel
Na primeira alternativa aumentamos em 10 o faturamento liacutequido e
consequentemente em 10 o CP e chegamos a um aumento de 10 na Margem
operacional ou seja Fat Liacuteq = 110 CP igual a 88 e Moper= 22 ou aumento de
(22-20)20=10
Numa segunda alternativa opta-se por aumentar a margem operacional em
10 atraveacutes da reduccedilatildeo do CP Temos entatildeo Fat Liacuteq=100 CP igual a 78
chegando-se assim a uma margem operacional de 22 ou seja 10 superior
Isto significa que para obtermos o mesmo resultado sem alterarmos o
faturamento liacutequido conseguimos atraveacutes de uma reduccedilatildeo de (78-80) 80=25
Ou seja para esta estrutura de resultados um aumento no faturamento de 10
produz o mesmo resultado que uma reduccedilatildeo de 25 no Custo de produccedilatildeo
Isto significa que o gestor deve decidir entre reduzir 1 no CP ou aumentar o
Fat Liacutequido em 4 para obter o mesmo aumento na margem operacional
Qual eacute a melhor decisatildeo a ser tomada para aumentar a margem liacutequida em 10
Com base neste raciociacutenio um aumento do faturamento natildeo depende apenas
da decisatildeo da empresa depende e muito do mercado onde a empresa atua
depende do mercado e nem sempre a empresa consegue aumentaacute-lo sem
perder volume de vendas a decisatildeo fica por conta do aumento de volume e em
consequecircncia por aumento da oferta o preccedilo meacutedio cai e consequentemente
para se compensar a perda de preccedilos o volume tem que ser ainda maior do que
os 10 desejados no aumento do faturamento por exemplo
A segunda alternativa a reduccedilatildeo no custo de produccedilatildeo de 25 pode ser
conseguida internamente com aumento na eficiecircncia dos processos de
produccedilatildeo reduccedilatildeo de geraccedilatildeo de resiacuteduos e negociaccedilotildees junto aos
fornecedores de mateacuterias primas e insumos e neste caso a empresa como
cliente tem muito maiores condiccedilotildees de exigir preccedilos mais competitivos ou no
caso de natildeo se conseguir por tratar-se de fornecedor com excessivo poder de
negociaccedilatildeo a empresa pode sempre buscar reduccedilotildees de custos das principais
mateacuterias primas atraveacutes de mateacuterias primas substitutas Evidentemente que as
reduccedilotildees nos preccedilos das utilidades como vapor energia aacutegua devem e podem
ser otimizadas bem como a reduccedilatildeo de seus desperdiacutecios atraveacutes de
campanhas internas de sensibilizaccedilatildeo e melhoria nos processos produtivos
E onde entra a Quiacutemica Verde em todo esse raciociacutenio loacutegico
Claro estaacute que os leitores jaacute comeccedilaram a correlacionar as medidas de reduccedilatildeo
de custos de produccedilatildeo com os 12 Princiacutepios da Quiacutemica Verde senatildeo vejamos
Reduzir custo de produccedilatildeo eacute aumentar os rendimentos dos processos
evitando-se assim a geraccedilatildeo de resiacuteduos e de subprodutos indesejaacuteveis e as
necessidades e custos de tratamento de resiacuteduos em especial quando se trata de
resiacuteduos toacutexicos Os controles dos processos em tempo real antes da formaccedilatildeo
de substancias perigosas e de subprodutos indesejaacuteveis tambeacutem ajudam a
aumentar a eficiecircncia dos processos e por consequecircncia a reduccedilatildeo dos custos de
produccedilatildeo Aleacutem disso a alternativa de uso de mateacuteria prima renovaacutevel para ajudar
na reduccedilatildeo de custos aleacutem de contribuir com o meio ambiente apresenta-se
cada vez mais promissora nas negociaccedilotildees junto aos fornecedores atuais
Mais um princiacutepio da quiacutemica verde o seacutetimo pode e deve ser cada vez mais
usado na gestatildeo das empresas Seraacute que a sua empresa natildeo deveria ser como a
maioria dos carros nacionais flex Que tal ser uma EMPRESA FLEX Imagine se
na hora de comprar mateacuteria prima voce pudesse optar entre mateacuteria prima
convencional derivada do petroacuteleo ou de fonte renovaacutevel pela que produzisse
melhor margem operacional naquele momento do mercado Pense em como
seria maior a sua capacidade de negociaccedilatildeo junto aos seus fornecedores atuais
Aleacutem disso produzir a menores pressotildees e temperaturas e sem usar solventes eacute
reduzir custo de investimentos e de recuperaccedilatildeo aumento consequente nas
margens e reduccedilatildeo do CAPEX necessaacuterio
Pelo acima exposto e com a responsabilidade que tenho como
Reestruturador de Empresas e alavancador de resultados acredito que daqui em
diante a boa gestatildeo de empresas necessitaraacute de gestores cada vez mais
capacitados e natildeo falo apenas das empresas quiacutemicas falo das empresas em
geral precisaremos de GESTORES SUSTENTAacuteVEIS e a Escola Brasileira de
Quiacutemica Verde poderaacute contribuir muito com a formaccedilatildeo desses novos
profissionais que teratildeo desafios mais abrangentes e complementares natildeo
somente nas aacutereas mais teacutecnicas como tambeacutem em todas as aacutereas de gestatildeo de
empresas
Claro estaacute que para um gestor de visatildeo de curto prazo que a Gestatildeo
Sustentaacutevel possa parecer mais onerosa poreacutem a visatildeo contributiva do bom
gestor a meacutedio e a longo prazo segundo e segundo Warren Buffet o bom gestor
deve fazer aumentar o valor da empresa e este descontado num fluxo de
ldquovaluationrdquo normalmente usado nos processos de compra e venda de empresas
deve evitar quaisquer ldquoliabilitiesrdquotais como passivos ambientais passivos
trabalhistas e tributaacuterios que possam vir a ser deduzidos do valor de venda de
uma empresa no momento da negociaccedilatildeo
A Gestatildeo Sustentaacutevel deixa de ser algo acadecircmico e de preocupaccedilatildeo apenas
com o meio ambiente e passa a fazer parte do patrimocircnio das empresas e de
suas avaliaccedilotildees quando das apresentaccedilotildees de seus balanccedilos Empresas geridas
com sustentabilidade valem mais natildeo soacute as empresas quiacutemicas volto a dizer
todo e qualquer tipo de empresa
Apenas para exemplificar jaacute identificamos mais de 100 empresas no mundo
todo que trabalham com a utilizaccedilatildeo de mateacuterias primas renovaacuteveis para
combustiacuteveis e outras 30 empresas que jaacute possuem derivados quiacutemicos de
fontes renovaacuteveis e economicamente viaacuteveis
No Brasil temos a Petrobras a Braskem e o grande exemplo do aacutelcool
combustiacutevel e fonte para produtos alcoolquiacutemicos totalmente viabilizados e
exemplo para todo o mundo
Produccedilatildeo amp
Destribuiccedilatildeo
Custo de Aprovisionamento
Metodologia para comparaccedilatildeo de Cadeia de Valores (ALGORITMO)
BASES COMPARATIVAS
Os custos de produtos de mateacuterias primas renovaacuteveis devem ser iguais ou menores do que os
custos de produtos similares de mateacuterias primas petroquiacutemicas
CPMPR = CPMPP
OS CUSTOS DAS CADEIAS DE VALORES DEVEM SER SIMILARES E APRESENTAREM A
MESMA COMPETIVIDADE DE CUSTOS NOS MERCADOS ALVOS DESSES PRODUTOS OU
DE SUAS APLICACcedilOES NO LONGO PRAZO E COM FLUTUACcedilOES DE CUSTOS
ASSIMILAacuteVEIS PELOS MERCADOS DE APLICACcedilAO DESSES PRODUTOS AS
SAZONALIDADES DOS MERCADOS AGRO DEVEM SER COMPENSADAS POR ESTOQUES
REGULADORES E OS CUSTOS DE MANUTENCcedilAO DE TAIS ESTOQUES DEVEM SER
LEVADOS EM CONSIDERACcedilAO NAS ANAacuteLISES DE COMPETITIVIDADES DE CUSTOS DOS
PRODUTOS DE MATEacuteRIAS PRIMAS RENOVAacuteVEIS E DE SEUS SIMILARES
PETROQUIacuteMICOS
CCVR lt= CCVP
Universidade Federal do Rio de Janeiro
EXEMPLOS DE NEGOacuteCIOS SUSTENTAacuteVEIS
1 Biorrefinarias
2 Produccedilatildeo de Etanol
3 Rota Bioquiacutemica
4 Termoquiacutemica
5 Sucroquiacutemica
6 Conversatildeo de CO2 por microalgas
7 Fitoteraacutepicos
8 Biopesticidas de Origem Vegetal
9 Aromas Fragracircncias e Oacuteleos Essenciais
10Fitoquiacutemica
11Energias Renovaacuteveis
12 Produccedilatildeo Bioloacutegica de Hidrogecircnio
MP renovaacutevel
Transporte MP
Lavagem Moagem
Unidade de fermentaccedilatildeo
Destilaccedilatildeo
Controle de qualidade e
estocagem de agravelcool
Transporte do aacutelcool
(caminhotildees)
Estoque de agravelcool nos
clientes
MP Petroquiacutemica
Transporte do MP
Craqueamento Separaccedilatildeo
Estocagem do eteno
Transporte Tubovias
Hidrataccedilatildeo
Transporte Etanol
Tubovias ou caminhotildees
Estoque nos clientes
Etanol de
cana de
accedilucar
Etanol
Petroquiacutemico
Cana de
accedilucar
Caminhotildees
Bagaccedilo Cogeraccedilatildeo de vapor
energia eletrica
Tubovias
Co produtos
Propeno
Buteno
Outros
Nafta
MP renovaacutevel
Transporte MP
Estoque Etanol
Unidade de aldeido aceacutetico
Unidade produccedilatildeo
ac aceacutetico Destilaccedilatildeo
Transporte de ac
aceacutetico
Estoque de Ac Aceacutetico nos clientes
MP Gaacutes natural
C O Carboxilaccedilatildeo Unidade de remoccedilatildeo de
Leves
Controle de qualidade
Estoque de aacutecido
aceacutetico
Transporte de Ac aceacutetico
Estoque de ac Aceacutetico nos clientes
Aacutecido Aceacutetico
Alcool
Quiacutemico
Aacutecido aceacutetico
a partir do
metanol
Etanol
Caminhotildees
Caminhotildees
Gaacutes natural
Metanol
Off - gas
Caminhotildees
MP renovaacutevel
Transporte MP
Lavagem Moagem
Unidade de fermentaccedilatildeo
Destilaccedilatildeo
Controle de qualidade e
estocagem de agravelcool
Transporte do aacutelcool
(caminhotildees)
Estoque de agravelcool nos
clientes
MP Petroquiacutemica
Transporte do MP
Craqueamento Separaccedilatildeo
Estocagem do eteno
Etanol de
cana de
accedilucar
Eteno
Petroquiacutemico
Cana de
accedilucar
Caminhotildees
Bagaccedilo Cogeraccedilatildeo de vapor
energia eletrica
Tubovias Co produtos
Propeno
Buteno
Outros
Nafta
MP renovaacutevel
Transporte MP
Estoque Etanol
Desidrataccedilatildeo Estoque Eteno
Etanol Caminhotildees
Eteno Alcool
Quiacutemico
Outros Sites AS 30 maiores Empresas em Produtos Quiacutemicos Renovaacuteveis e Biomateriais
(2011-12) Referencias Biofuels Digest ndashe sites das empresas
1 Genomatica
We develop our processes using our proprietary biotechnology platform The resulting processes can convert multiple renewable
feedstocks into numerous existing chemicals that meet industry specifications for large established markets
2 Solazyme
Solazymes proprietary biotechnology platform creates renewable oils by harnessing microalgaes prolific oil production capabilities
Through world-class molecular biology and chemical engineering capabilities were able to cost-effectively produce high-value tailored oils
3 Amyris
The basis of our production is a well-established fermentation process that uses our genetically-engineered yeast strains to convert
the sugar source into target molecules such as farnesene
4 Gevo
We plan to produce isobutanol a versatile platform chemical for the liquid fuels and petrochemical market
5 LS9
LS9rsquos industrial biotechnology platform converts diverse renewable feedstocks to drop-in fuel and chemical products
6 Dupont
Through DuPont innovation key building blocks for many of the materials we use every day can now be derived from renewable
resources mdash creating a much smaller environmental footprint than their petroleum-based predecessors with no compromise in performance
7 Codexis
Products and technology from Codexis can help the chemicals industry reduce supply chain volatility replace petroleum-based
environmentally sensitive raw materials with plentiful biomass and gain a competitive advantage in the marketplace
AS 30 maiores Empresas em Produtos Quiacutemicos Renovaacuteveis e Biomateriais (2011-12) ndash cont
8 Genencor
As a leader in the development of renewable alternatives for petroleum-based chemicals and fuels Genencor is helping to build the road
towards a more sustainable future
9 Novozymes
A number of technologies are involved in these steps and this part of ldquoOur technologyrdquo gives you an understanding of how these
technologies are employed in the work of researchers at Novozymes
10 ZeaChem
ZeaChem Inc has developed a cellulose-based biorefinery platform capable of producing advanced ethanol fuels and chemicals
Our indirect approach leapfrogs the yield and carbon dioxide (CO2) problems associated with traditional and cellulosic based processes
11 Cargill
Cargillrsquos range of nature-based products are suited to a number of industrial applications and markets We offer a growing number
of products derived from renewable sources designed to replace or offset non-renewable ingredients
12 Cobalt Technologies
Cobalts technology features a continuous process to efficiently convert diverse low cost feedstocks ndash beginning with bagasse and
waste wood ndash into biobutanol
13 Waste Management
Thatrsquos why Waste Management makes such a good fit Our mission is to bring you professional dependable services and innovative
solutions that create value for you ndash and a better future for us all
14 Ceres
Our technology platforms are helping make biofuels bio-based chemicals and biopower more economical and scalable It starts with
improving the crops themselves a process as old as farming but now coupled with the latest genomics-based breakthroughs
AS 30 maiores Empresas em Produtos Quiacutemicos Renovaacuteveis e Biomateriais (2011-12) ndash cont
15 Elevance Renewable Sciences
As the leader in transforming natural renewable oils into high-performing specialty products and materials Elevance is uniquely
positioned to meet consumer demand in a market exceeding $100 billion annually in these segments
Performance waxesNature Wax productsPersonal care productsDetergents and cleanersAntimicrobials
16 Dow Chemical
At Dow we are already creating solutions for a more sustainable future by helping develop paints that scrub the formaldehyde
from the air designing intelligent packaging that keeps food fresher longer and communicates its condition as well as more efficient
batteries to power vehicles
17 Enerkem
Chemicals used to make thousands of industrial and consumer products have traditionally been derived from fossil fuels such as petroleum
With an innovative process that uses waste and residues instead of fossil fuels Enerkem helps meet the increasing demand for greener
everyday products
18 Coskata
Coskata is a biology-based renewable energy company whose low-cost platform technology allows for the production of fuels and
chemicals from a variety of input material (including biomass agricultural and municipal wastes and other carbonaceous material)
Using proprietary microorganisms and patented bioreactor designs we are ready today to produce feedstock flexible ethanol
to fuel energy security economic growth and environmental sustainability
19 OPX Biotechnologies
OPXBIO developed and piloted the microbe and process that will produce its first biochemical product ndash BioAcrylic ndash at 30 to 50
percent lower cost and a 75 percent reduction in greenhouse gas emissions over current petrol-based acrylic Todayrsquos petro-acrylic has
an $10 billion global market in applications such as paints adhesives diapers and detergents In 2011 OPXBIO began collaborating
with The Dow Chemical Company to develop an industrial-scale process for producing BioAcrylic OPXBIO anticipates
full commercialization of BioAcrylic within three to five years
20 DSM
Bio-based materials The DSM Innovation Center is currently developing a platform of bio-based performance materials Examples
include investment in the green-chemistry company Segetis an agreement with Novomer to develop the first green resin for coatings
and the launch of EcoPaXXtrade a bio-based high-performance engineering plastic polymer
Approximately 70 of EcoPaXXtrade consists of building blocks derived from castor oil ndash a renewable resource This results in a
carbon footprint of zero lsquofrom cradle to the DSM gatersquo Itrsquos a strong selling point in todayrsquos plastics market as well as being fully compatible
with our strategy of sustainable innovation
AS 30 maiores Empresas em Produtos Quiacutemicos Renovaacuteveis e Biomateriais (2011-12) ndash cont
21 Myriant
Biobased specialty chemicals are a reality today because of Myriants commitment to development of technology with direct
commercial applicability Our integrated approach which links RampD efforts with the business strategy throughout the value chain and
across key aspects of company operations has resulted in a novel biocatalyst platform with proven commercialization success a robust
product pipeline and an extensive intellectual property suite
22 Cosan
O aacutelcool etiacutelico ou etanol eacute produzido pela fermentaccedilatildeo da cana-de-accediluacutecar A Raiacutezen se destaca como uma das maiores produtoras de
etanol no paiacutes com produccedilatildeo anual de22 bilhotildees de litros Em linha com sua visatildeo de ser reconhecida globalmente pela
excelecircncia no desenvolvimento produccedilatildeo e comercializaccedilatildeo de energia sustentaacutevel investe no combustiacutevel de matriz limpa e renovaacutevel
com tecnologia e talento que satildeo referecircncia no Brasil e no mundo
23 Mascoma
Ethanolrsquos energy is derived from plants that in turn obtain their energy from the sun In this way ethanol acts as a means of storing solar
power in liquid form Cellulosic ethanol is ethanol that is obtained from the non-edible portion of plant material Cellulosic ethanol is
identical in composition and performance to ethanol derived from corn or sugar cane Cellulosic ethanol however has important
environmental economic and sustainability advantages over conventional sources due to its source and method of production
24 KiOR
KiOR has developed a proprietary technology platform to convert sustainable low-cost non-food biomass into a hydrocarbon-based
renewable crude oil Using standard refining equipment the company processes its renewable crude into gasoline and diesel blendstocks
that can utilize the existing transportation fuel infrastructure for use in vehicles on the road today
25 DuPont Danisco
DuPont is applying its deep knowledge and experience in crop technology microbiology bioprocessing and engineering to
enable proprietary cost-effective cellulosic ethanol solutions for the market At DuPont we believe that science-powered innovation
and collaboration are required to meet the food energy and protection challenges of unprecedented population growth Our cel lulosic
ethanol team is leading the way in advanced biofuels by developing comprehensive integrated solutions for a range of feedstocks and
designing innovative enzymes to accelerate the commercial production of cellulosic biofuels in markets across the world
AS 30 maiores Empresas em Produtos Quiacutemicos Renovaacuteveis e Biomateriais (2011-12) ndash cont
26 Virent
Virent is replacing crude oil by creating the chemicals and fuels the world demands through utilization of a wide variety of naturally
occurring renewable resources Our patented BioFormingreg technology features catalytic chemistry which converts plant-based sugars into
a full range of hydrocarbon productsidentical to those made from petroleum including gasoline diesel jet fuel and chemicals for plastics
and fibers Our products are ldquodrop-inrdquo replacements that enable full utilization of todayrsquos existing processing pipeline storage and
transportation infrastructure Virent produces its hydrocarbon chemicals and fuels from plant sugars in a few hours compared to the
millions of years required for petroleum
27 LanzaTech
LanzaTech is very much part of this new field of innovators and by challenging our preconceptions of waste and energy sources we see
a future where access to energy is universal
28 POET
POET devotes tremendous resources to developing cellulosic ethanol Every day our researchers work to make it more affordable
Weve invested heavily in cellulosic research over the past decade and we will invest much more as we begin construction on our first
commercial cellulosic ethanol plant in Emmetsburg Iowa which we anticipate will produce 25 million gallons per year
29 Metabolix
Metabolix is developing commercially viable chemicals from biobased sources as opposed to fossil fuels which produce the vast majority of
chemicals today
Today four carbon (C4) chemicals are produced from non-renewable fossil-based hydrocarbons and are used to make spandex fibers
polyurethanes engineering resins and personal care products
Biobased chemicals allow us to address the global market demand for products and processing that reduce fossil energy use and greenhouse
gas emissions
30 Honeywellrsquos UOP
In 2008 UOP and Ensyn Corporation created the joint venture Envergent Technologies
Envergent is focused on the conversion of forest and agricultural waste residues to a liquid renewable oil to generate renewable heat and power
We do this through the RTPregprocess or rapid thermal processing which has been in commercial operation for more than 25 years
The RTP process produces a clean burning minimal sulfur content biofuel that can be used for the generation of renewable heat and power It is
a cost-effective solution to reduce greenhouse gas emissions up to 90 compared to petroleum-based fuels
The process is scalable to meet the needs of diverse applications It has a relatively compact footprint due to its modular construction and is
feedstock-flexible in that RTP can be designed to process a wide variety of lignocellulosic feedstocks
For more information on the advantages of pyrolysis oil and our RTP technology please visit us atwwwEnvergentTechcom
InstitutosEmpresaOutros
Nacionais
Instituto Nacional de Tecnologia
Empresa Brasileira de Pesquisas Agropecuaacuterias
PetrobraacutesCENPES
Centro de Energias Alternativas e Meio Ambiente
Centro de Tecnologia Canavieira
Instituto de Pesquisa Tecnoloacutegica do Estado de Satildeo Paulo
Instituto Nacional de Pesquisas Espaciais
Centro Brasileiro de Pesquisas Fiacutesicas
Instituto Nacional de Pesquisas da Amazocircnia
Conselho de Desenvolvimento Cientifico e Tecnoloacutegico
CNEN
Museu Paraense Emilio Goeldi Paraacute
FIOCRUZ
Instituto Nacional do Cacircncer
Instituto Adolfo Lutz
TOTAL GERAL 15 instituiccedilotildees
Universidade Federal do Rio de Janeiro
InstitutosDepartamentos
Internacionais
National Renewable Energy Laboratories EUA
US Department of Agriculture Agricultural Research
Service (USDA ARS) EUA
Chinese Academy of Science China
Agriculture ampAgri Food Canada Canadaacute
Institut National de la Recherche Agronomique Franccedila
Consejo Superior de Investigaciones Cientificas (CSIC)
Espanha
Russian Academy of Science Ruacutessia
Indian Institute of Technology Iacutendia
Natural Renewable Energy Laboratory EUA
National Institute of Advanced Industrial Science and
Technology Japatildeo
Institute Francais du Petrole (IFP)
Polish Academy of Science Polocircnia
Indian Institute of Chemical Technology India
Max Planck Institut Alemanha
French National Institute for Agricultural Research (INRA)
Franccedila
Tokyo Institute of Technology Japatildeo
Centre National de la Recherche Scientifique (CNRS)
Franccedila
National Chemical Laboratory Iacutendia
National Institute of Advanced Industrial Science and
Technology Japatildeo
Korea Institute of Science amp Technology Coreacuteia do Sul
US Geology Survey EUA
Marine Biotechnology Institute Japatildeo
Korea Institute of Energy Research (KIER) Coreacuteia do Sul
Centre National de la Recherche Scientifique (CNRS)
Franccedila
Kamaishi Labs Marine Biotechnology Institute Japatildeo
Alfred Wegener Institute for Polar and Marine Research
Alemanha
Australian National University Austraacutelia
Chonbuk National University Coreacuteia do Sul
Centre de Recherche en Ecologie Marine et Aquaculture
(IFREMER) Franccedila
Mitsubishi Heavy Ind Ltd (Advanced Technoly Research
Centre) Japatildeo
Oak Ridge National Laboratory (ORNL) EUA
Research Institute of Innovative Technology for the Earth
(RITE) Japatildeo
Central Institute of Medicinal and Aromatic Plants Iacutendia
Consiglio Nazional delle Ricerche (CNR) Itaacutelia
NASA EUA
Beijing Yixintang Medicine Research Institute
TOTAL GERAL 36 instituiccedilotildees
Universidade Federal do Rio de Janeiro
Empresas Internacionais
Novozymes AS
Genencor Int Inc
Kao Corp
Novo Nordisk AS
Novozymes Inc
Novo-Nordisk AS
Henkel KGAA
Iogen Energy Corp
Danisco US Inc Genencor Division
Novozymes Biotech Inc
Novozymes North America Inc
Goedegebuur F
Midwest Research Institute
Du Pont De Nemours amp Co
Dunn- Coleman N
AE Biofuels EUA
Blue Fire Ethanol EUAJapatildeo
Chempolis Ou
Iogen
KL Energy
Lignol Energy
Sekab
Sun Opta
Verenium
Chevron USA Inc
Shell International Research Maatshappij BV
Exxon Mobil Res ampEng Co
Sasol Technology Pty Ltd
Shell Oil Co
Conoco Phillips Co
ENI Spa
Exxon Res amp Eng Co
Exxon Mobil Res amp Eng Co
Roquette Freres As
Basf AG
General Electric Co
Exxon Mobil Chem Patents Inc
LrsquoOreal SA
Basf SE
Bayer AG
Wellington SL
Vinegar HJ
Berchenko IE
Dow Global Technologies Inc
Degussa AG
Bayer Material Science AG
Samsung SDI Co Ltd
Stegemeir GL
Henkel KGAA
Zhang E
Ryan RC
Fowler TD
Rouffi gnac EPD
Universidade Federal do Rio de Janeiro
Council of Scientific and Industrial Research of India
Li Y
Ye M
Wang Y
Zhang L
Jiang J
Liu Y
Yin K
Jiang L
Syngenta Part AG
Novartis AG
Basf SE
Bayer Cropscience AG
Dow Corning Corporation
Genoptera LLC
Monsanto Technology
US Secretary of Agriculture
Bayer Cropscience GMBH
Toyota Jidosha KK
TOTAL GERAL 88 instituiccedilotildees
Empresas Internacionais
Fowler TD
Rouffi gnac EPD
Merck Patent GMBH
Procter amp Gamble Co
Yokohama Rubber Co Ltd
Colgate Palmolive
Bridgestone Corp
Henkel KGAA
Goodyear Tire amp Rubber Co
LG Electronics Inc 507
Matsushita Denki Sangyo KK
Toshiba KK
Canon KK
Hitachi Ltd
Mitsubshi Electric Co
Mitsubishi Jukogyo KK
Universidade Federal do Rio de Janeiro
CURSOS
Ofertados nas instituiccedilotildees de ensino nacionais ou internacionais
Introduccedilatildeo a Quiacutemica Verde
Quiacutemica Verde e Quiacutemica Sustentaacutevel
Engenharia Ecoloacutegica e Quiacutemica Verde
ldquoQuiacutemica Verde Fundamentos e Aplicaccedilotildeesrdquo
Quiacutemica Verde na Atualidade
A Quiacutemica Verde e o papel da cataacutelise no contexto da
Inovaccedilatildeo e do Desenvolvimento Tecnoloacutegico
Universidade Federal do Rio de Janeiro
Universidade Federal do Rio de Janeiro
FONTES CONSULTADAS
Quiacutemica verde no Brasil 2010 ndash 2030 Ediccedilatildeo revista e atualizada
Centro de Gestatildeo e Estudos Estrateacutegicos
Ciecircncia Tecnologia e Inovaccedilatildeo
httpwwwsciencedirectcom
httpwwwperiodicoscapesgovbr
LINHAS DE PESQUISA
Luiz Felipe Miranda de Jesus
Universidade Federal do Rio de Janeiro
Linhas de Pesquisa
Buscas Associadas
ldquoQuiacutemica Verderdquo
ldquoQuiacutemica Ambientalrdquo
ldquoQuiacutemica Sustentaacutevelrdquo
ldquoGreen Chemistryrdquo
ldquoQuiacutemica Verde PampDrdquo
ldquoGreen Chemistry RampDrdquo
ldquoUS Green Chemistryrdquo
ldquoEurope Green Chemistryrdquo
Universidade Federal do Rio de Janeiro
Linhas de Pesquisa
Principais Fontes
Identificaccedilatildeo de Instituiccedilotildees citadas em artigos e outras publicaccedilotildees
CAPES
CNPQ
ABQ
SBPC
Instituiccedilotildees de Fomento (FINEP FAPESPetc)
CGEE
MCT
Sites das Universidades
EPA
IUPAC
ACS
Green Chemistry Network
Royal Society of Chemistry
European Environment Agency
Universidade Federal do Rio de Janeiro
The Interuniversity National Consortium Chemistry for the Environment (INCA Consortium) Gathers 33 Italian universities and about 90 research units headquarters in Venezia and Roma Italy
NSF Science and Technology Center for Environmentally Responsible Solvents and Processes University of North Carolina Chapel Hill Queens University Ionic Liquid Laboratories (QUILL)
Queens University of Belfast The Clean Technology Research Group University of Nottingham The Green Chemistry Group (see below now called centre of excellence)
University of York Centre for Green Chemistry University of Monash Centre for Green Manufacturing University of Alabama Chemical Process Engineering Research Institute Centre for Research amp Technology University of Leicester (UK) Leicester Green Chemistry Group
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
University of Leeds (UK) Leeds Cleaner Synthesis Group Institute of Applied Catalysis (UK) A research network for catalysis Carnegie Mellon University (USA) Institute for Green Oxidation Chemistry Institute for a Sustainable Environment (USA) University of Oregon Center for Sustainable and Green Chemistry (DEN) httpwwwcsgdtudk Green Chemistry Centre of Excellence (UK) httpwwwyorkacukresgcgsiteindexhtm Center for Green Chemistry at UMass Boston (US) httpwwwgreenchemistryumbedu Center for Green Chemistry at UMass Lowell (US) httpwwwgreenchemistryumledu University of Notre Dame Energy Centre (USA) httpwwwndedu~ndenergy Goumlteborg Universitys Centre for Environment and Sustainability (SWE) httpwwwchalmerssegmvEN
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
MSc in Green Chemistry and Sustainable Industrial Technology
Department of Chemistry at the University of York
Master en Quimica Sostenible
Faculty of Sciences at the University of Zaragoza
MSc in Green Chemistry Energy and the Environment
Imperical College London
MSc in Chemical Research (Green Chemistry with Industry)
CTA funding to the University of Leicester
1st year Master of Science Chemistry Specializing in Green Chemistry
University Louis Pasteur (Strasbourg I)
Master of Chemistry and EST
Universiteacute de Savoie
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
Schools with Green Chemistry Programs
United States
Eastern Connecticut
Yale University
Massachusetts
Bridgewater State College
Gordon College
University of Massachusetts Boston
University of Massachusetts Lowell Center for Green Chemistry
Pennsylvania
Carnegie Mellon Institute for Green Oxidation Chemistry
University of Scranton
Arkansas
Hendrix College (green organic chemistry)
Illinois
University of Illinois-Urbana-Champaign
Minnesota
St Olaf College
Alabama
University of Alabama
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
Linhas de Pesquisa California
Berkeley Center for Green Chemistry
UC Berkeley Extension
Colorado
Colorado School of Mines
Oregon
University of Oregon
Schools with Green Chemistry Programs - International
Australia
Monash University Centre for Green Chemistry
Murdoch University Sustainable ChemistryGreen Chemistry
Netherlands
Delft University of Technology Biocatalysis and Organic Chemistry
Italy
Interuniversity Consortium Chemistry for the Environment (INCA)
Universidade Federal do Rio de Janeiro
Northern Ireland
Queens University of Belfast Ionic Liquid Laboratories
Spain
Institute of Science and Technology (IUCT)
Green Chemistry Network of Spain (REDQS - Red Espantildeola de Quiacutemica Sostenible)
Sweden
Centre for Environment and Sustainability - Chalmers University of
TechnologyGoumlteborg University
United Kingdom
Green Chemistry Centre of Excellence at York
University of Leicester Green Chemistry Group
University of Nottingham Green and Analytical Chemistry
Brazil
Universidade do Vale do Itajaiacute Center for Technological Earth and Sea Sciences
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
Linhas de Pesquisa
Observaccedilotildees
Poucos programas especiacuteficos em ldquoQuiacutemica Verderdquo
Perfil multidisciplinar
Descriccedilatildeo de diversas linhas abrange somente um ou
alguns dos princiacutepios da ldquoQuiacutemica Verderdquo
Associaccedilatildeo inadequada ao tema
Necessidade de ampliaccedilatildeo de escopo
Movimento inicial de fomento aos projetos na aacuterea
Universidade Federal do Rio de Janeiro
CONGRESSOS E OUTROS SITES
Natasha Kelber
Universidade Federal do Rio de Janeiro
Universidade Federal do Rio de Janeiro
CONGRESSOS NACIONAIS
5ordm Simpoacutesio Nacional de Biocombustiacuteveis ndash BIOCOM ndash 14 a15Abril2012 ndash Canoas
RS
4ordf Escola de Quiacutemica Verde - JaneiroFevereiro2012 - Satildeo Paulo SP
VII Congresso Brasileiro de Biosseguranccedila - 19-23Setembro2011 - Joinville SC
II Semana de Biotecnologia Industrial - 20-22Outubro2010 - Lorena SP
5ordm Congresso Internacional de Bioenergia - 10-13Agosto2010 - Curitiba PR
II Semana de Biotecnologia Industrial - Julho2009 - Lorena SP
VI Congresso Brasileiro de Biosseguranccedila
VI Simpoacutesio Latino-Americano de Produtos Biotecnoloacutegicos
I Simpoacutesio Internacional de Biosseguridade e Pesquisa de Duplo Uso
I Feira de Equipamentos e Dispositivos de Biosseguranccedila ndash 22-25 Setembro2009 -
Rio de Janeiro RJ
1ordm Encontro Franco-Brasileiro de Quiacutemica Verde - 11 a 13Outubro2011
Universidade Federal do Rio de Janeiro
CONGRESSOS INTERNACIONAIS
3nd Brazilian Conference on Natural Products - 29Outubro-02Novembro2011 -
Ouro Preto MG
Biodiesel Congress - 27-29Julho2011 - Satildeo Paulo SP
IGCW 2011 Industrial Green Chemistry World Symposium amp Expo - December 4-6
2011 - Mumbai Iacutendia
3rd Asia-Oceania Conference on Green and Sustainable Chemistry (AOC-3) -
December 4-7 2011 - Melbourne Austraacutelia
3rd International Congress on Green Process Engineering - December 6-8 2011 -
Kuala Lumpur Malaysia
Minnesota Green Chemistry Conference - January 26 2012 - Minneapolis MN
The Asian Conference on Sustainability Energy amp the Environment - May 3-6 2012 -
Osaka Japan
16th Annual Green Chemistry amp Engineering Conference - June 18-20 2012 -
Washington DC
Gordon Research Seminar and Conference on Green Chemistry - July 21-27 2012 -
Lucca (Barga) Italy
4th International IUPAC Conference on Green Chemistry - August 25-29 2012 - Foz
do IguaccediluPR Brazil
Universidade Federal do Rio de Janeiro
OUTROS SITES
httpportalacsorgportalacscorgcontent_nfpb=trueamp_pageLabel=PP_SUPERAR
TICLEampnode_id=1401ampuse_sec=falseampsec_url_var=region1amp__uuid=6e2273c5-5e7f-
4c7b-8931-530d244f1650P15_704
httpwwwcleanproductionorgGreenphp
wwwrscorgMembershipNetworkingInternationalActivitiesPanAfricaindexasp
httpwwworganic-chemistryorgtopicsgreen-chemistryshtm
httpagenciafapespbr12992
httpacademicscrantonedufacultycannm1greenchemistryporthtml
httpwwwabqorgbrsimpequi2010trabalhos122-7744htm
httpbrlinkedincominquimicaverde
httpwwwcinprorgbrFreeComponent10435content149251shtml
httpquiverdeblogspotcom201006os-12-principios-da-quimica-verdehtml
httpwwwufpeltchebriqgwwverde
httpwwwbrasilescolacomquimicaprincipios-quimica-verdehtm
httpwwwsustentabilidaderesultadoscombrgreen-chemistry-a-sustainable-
opportunity
httpwwwgreenchemistrynetworkorg
httpwwwepagovgreenchemistry
PUBLICACcedilOtildeES E PERIOacuteDICOS
Renato Soares
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS
Base de Dados
Royal Society of Chemistry (30)
SpringerLink (MetaPress) (30)
Wiley Online Library (30)
ACS Journals Search (30)
Nature (NPG) (30)
Science (AAAS) (30)
IOPscience (Institute of Phsics) (30)
Oxford Journals (Oxford University Press) (30)
ScienceDirect (Elsevier) (30)
Annual Reviews (29)
AIP Scitation ndash American Institute of Physics (28)
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS
Annual Review of Biochemistry (6)
Scientific American (5)
Ecological Indicators (5)
Green Chemistry Educat (4)
Nature Chemistry (4)
J Chem Educ (3)
Autobiographies by Nob (3)
J Appl Phys (3)
Food Hydrocolloids (3)
Chem Soc Rev (2)
Annual Review of Environment and Resources (2)
J Am Chem Soc (2)
The Excitement and Fascination of Science (2)
Environmental Science and Pollution Research (2)
Universidade Federal do Rio de Janeiro
COLECcedilOtildeES E TEXTOS
Murilo Alves
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS REVISTAS E JORNAIS CIENTIacuteFICOS Revistas Cientiacuteficas com conteuacutedos sobre ensino de ciecircnciasquiacutemica e
quiacutemica verde
O primeiro artigo que atendeu aos criteacuterios adotados
neste trabalho e cujo tiacutetulo conteacutem a expressatildeo Green Chemistry (Quiacutemica Verde) - Design for the
environment and Green Chemistry the heart and soul
of industrial ecology - foi publicado em 1997
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS REVISTAS E JORNAIS CIENTIacuteFICOS Revistas Cientiacuteficas com conteuacutedos sobre ensino de ciecircnciasquiacutemica e
quiacutemica verde
Revista Quiacutemica Nova na Escola - QNEsc A Revista Quiacutemica Nova na Escola (QNEsc) com uma periodicidade trimestral propotildee-se a subsidiar o trabalho a formaccedilatildeo e a atualizaccedilatildeo da comunidade do Ensino de Quiacutemica brasileiro QNEsc integra-se agrave linha editorial da Sociedade Brasileira de Quiacutemica que publica tambeacutem a revista Quiacutemica Nova e o Journal of the Brazillian Chemical Society Quiacutemica Nova na Escola eacute um espaccedilo aberto ao educador suscitando debates e reflexotildees sobre o ensino e a aprendizagem de quiacutemica Assim contribui para a tarefa fundamental de formar verdadeiros cidadatildeos Nesse sentido a Divisatildeo de Ensino disponibiliza neste portal na iacutentegra e de forma totalmente gratuita todos os artigos publicados no formato PDF Estatildeo disponiacuteveis tambeacutem os Cadernos Temaacuteticos publicados desde 2001 pela Divisatildeo de Ensino
Green Chemistry - Journal Jornal publicado pela Royal Society of Chemistry - RCS que se apresenta como um espaccedilo para publicaccedilatildeo sobre
pesquisas de ponta no desenvolvimento de tecnologias alternativas sustentaacuteveis
Green Green - revista italiana do Consoacutercio Interuniversitaacuterio Quiacutemica Nacional do Meio Ambiente (INCA) em colaboraccedilatildeo com a Sociedade Quiacutemica Italiana (SCI) 1 5 ACS Publications A Divisatildeo de Publicaccedilotildees da Sociedade Americana de Quiacutemica (American Chemical Society - ACS) oferece a comunidade cientiacutefica mundial uma coleccedilatildeo abrangente dos perioacutedicos mais citados revisados por pares em ciecircncias quiacutemicas e afins
Universidade Federal do Rio de Janeiro
Universidade Federal do Rio de Janeiro
FONTES CONSULTADAS
httpwwwqmcufscbrgieqindexphplinkshtml
httpwwwperiodicoscapesgovbr
httpwwwscielocom
Organizaccediloes - 100 maiores empresas em Bioenergia 2011-12 Referencia Biofuels Digest online publication
November 9 2011 author Jim Lane
1 Solazyme
2 Amyris
3 Gevo
4 POET
5 LS9
6 Novozymes
7 Enerkem
8 LanzaTech
9 UOP
10 ZeaChem
11 Codexis
12 Abengoa Bioenergy
13 KiOR
14 Virent Energy Systems
15 Sapphire Energy
16 Ceres
17 Coskata
18 DuPont Cellulosic
19 Terrabon
20 Mascoma
21 Cobalt Technologies
22 Petrobras
23 Joule Unlimited
24 BP Biofuels
25 Neste
26 Waste Management
27 Rentech
28 Qteros
29 INEOS Bio
30 Genencor
31 Genomatica
32 Shell
33 Synthetic Genomics
34 Chemtex
100 maiores empresas em Bioenergia 2011-12 Referencia Biofuels Digest online publication November 9 2011
author Jim Lane
35 Algenol
36 Elevance Renewable Sciences
37 OriginOil
38 SG Biofuels
39 Cosan
40 HCL CleanTech
41 Fulcrum Bioenergy
42 Cargill
43 Chevron
44 Bluefire Renewables
45 Dynamic Fuels
46 Mendel
47 OPX Biotechnologies
48 Inbicon
49 Renmatix
50 Monsanto
51 Butamax
52 Iogen
53 DuPont
54 Verenium
55 PetroAlgae
56 DSM
57 ExxonMobil
58 Envergent
59 Aurora Algae
60 Syngenta
61 Praj Industries
62 Phycal
63 Renewable Energy Group
64 Clear Fuels Technology
65 ArborGen
66 KL Energy
67 Solix Biofuels
100 maiores empresas em Bioenergia 2011-12 Referencia Biofuels Digest online publication November 9 2011
author Jim Lane
68 Catchlight Energy
69 Dyadic
70 AE Biofuels
71 Myriant
72 EdeniQ
73 Avantium
74 Propel Fuels
75 GlycosBio
76 ETH Bioenergia
77 Chemrec
78 Ensyn
79 Green Plains Renewable Energy
80 Range Fuels
81 Bioprocess Algae
82 SynGest
83 TMO Renewables
84 Chromatin
85 Blue Marble Biomaterials
86 Genera Energy
87 ICM
88 Albemarle
89 Lignol
90 Raizen
91 Verdezyne
92 Greenfuel Ethanol
93 Atlantic Biomass Conversions
94 Pacific Ethanol
95 Dong Energy
96 SEKAB
97 Borregaard Industries
98 Dynamotive
99 Allard Research
100 Targeted Growth
Q2 (Alto crescimento e altas margens)
Q3 (Alto crescimento e baixas margens)
Q4 (Baixo crescimento e baixas margens)
Os trecircs ldquoPILARESrdquo do Desenvolvimento Sustentaacutevel
ECONOMIA
ECOLOGIA SOCIEDADE
Desenvolvimento sustentaacutevel eacute o equiliacutebrio entre o SUCESSO
ECONOcircMICO com PROTECcedilAtildeO AMBIENTAL e RESPONSABILIDADE
SOCIAL
ldquoEstrateacutegia eacute o Objetivo e a Missatildeo de uma organizaccedilatildeo no longo prazo que
possibilitam obter vantagens competitivas para a organizaccedilatildeo atraveacutes de sua
estruturaccedilatildeo de recursos num ambiente competitivo de modo a satisfazer as
necessidades do mercado e a satisfazer as expectativas dos STAKEHOLDERS
Johnson and Scholes(2004)
Estrateacutegias de Negoacutecios devem apresentar
1048698 Objetivo de Longo Prazo
1048698 Seleccedilatildeo dos mercados onde a empresa pretende competir
1048698 Vantagens sobre a concorrecircncia
1048698 Recursos necessaacuterios (competecircncias ativos recursos financeiros
relacionamentos competecircncia teacutecnica instalaccedilotildees)
1048698 Fatores que podem comprometer a habilidade para competir (ambiente dos
negoacutecios)
1048698 Valores e expectativas dos ldquostakeholdersrdquo( soacutecios clientes funcionaacuterios
comunidade fornecedores etc)
Valor Estrateacutegico do Desenvolvimento Sustentaacutevel
1048708 Casos de Valor
1048708 As empresas desempenham um papel importante na proteccedilatildeo ao meio
ambiente e na melhoria da qualidade de vida para todos
1048708 Proteccedilatildeo ao Negoacutecio propriamente dito
1048708 Reduccedilatildeo dos riscos ndash exposiccedilatildeo ao risco de ativos fiacutesicos humanos e
intangiacuteveis
1048708 Reforccedilo na permissatildeo para funcionar ndash reduzindo riscos poliacuteticos e
melhorando o grau de aceitaccedilatildeo
1048708 Aumento do valor da marca e da reputaccedilatildeo
Apenas com a visatildeo do gestor de empresas que diante de seus resultados
que natildeo correspondem agraves expectativas dos acionistas nem de seus
funcionaacuterios clientes e demais ldquoshareholdersrdquo proponho-lhes a seguinte
decisatildeo a tomar e evidente coloco minha resposta e observaccedilotildees correndo o
risco de ser mal interpretado poreacutem respaldado por anos de
responsabilidade pelos resultados de empresas de grande e de meacutedio porte
nos meus trinta anos de mercado
Suponhamos uma empresa que apresenta um faturamento liacutequido anual igual
a 100 unidades monetaacuterias Deste faturamento jaacute foram abatidos os impostos
e taxas bem como as despesas com vendas Deduzimos deste faturamento
liacutequido o CP (custo de produccedilatildeo) no total de 80 e chegamos a uma margem
de contribuiccedilatildeo de 20
Evidente que desta margem operacional para chegarmos ao resultado final
da empresa teremos que abater outros itens tais como impostos
investimentos etc poreacutem proponho-lhes ficarmos com a margem
operacional apenas uma vez que o nosso objetivo seraacute a otimizaccedilatildeo dos
resultados via melhoria da margem operacional
Gestatildeo Sustentaacutevel
Na primeira alternativa aumentamos em 10 o faturamento liacutequido e
consequentemente em 10 o CP e chegamos a um aumento de 10 na Margem
operacional ou seja Fat Liacuteq = 110 CP igual a 88 e Moper= 22 ou aumento de
(22-20)20=10
Numa segunda alternativa opta-se por aumentar a margem operacional em
10 atraveacutes da reduccedilatildeo do CP Temos entatildeo Fat Liacuteq=100 CP igual a 78
chegando-se assim a uma margem operacional de 22 ou seja 10 superior
Isto significa que para obtermos o mesmo resultado sem alterarmos o
faturamento liacutequido conseguimos atraveacutes de uma reduccedilatildeo de (78-80) 80=25
Ou seja para esta estrutura de resultados um aumento no faturamento de 10
produz o mesmo resultado que uma reduccedilatildeo de 25 no Custo de produccedilatildeo
Isto significa que o gestor deve decidir entre reduzir 1 no CP ou aumentar o
Fat Liacutequido em 4 para obter o mesmo aumento na margem operacional
Qual eacute a melhor decisatildeo a ser tomada para aumentar a margem liacutequida em 10
Com base neste raciociacutenio um aumento do faturamento natildeo depende apenas
da decisatildeo da empresa depende e muito do mercado onde a empresa atua
depende do mercado e nem sempre a empresa consegue aumentaacute-lo sem
perder volume de vendas a decisatildeo fica por conta do aumento de volume e em
consequecircncia por aumento da oferta o preccedilo meacutedio cai e consequentemente
para se compensar a perda de preccedilos o volume tem que ser ainda maior do que
os 10 desejados no aumento do faturamento por exemplo
A segunda alternativa a reduccedilatildeo no custo de produccedilatildeo de 25 pode ser
conseguida internamente com aumento na eficiecircncia dos processos de
produccedilatildeo reduccedilatildeo de geraccedilatildeo de resiacuteduos e negociaccedilotildees junto aos
fornecedores de mateacuterias primas e insumos e neste caso a empresa como
cliente tem muito maiores condiccedilotildees de exigir preccedilos mais competitivos ou no
caso de natildeo se conseguir por tratar-se de fornecedor com excessivo poder de
negociaccedilatildeo a empresa pode sempre buscar reduccedilotildees de custos das principais
mateacuterias primas atraveacutes de mateacuterias primas substitutas Evidentemente que as
reduccedilotildees nos preccedilos das utilidades como vapor energia aacutegua devem e podem
ser otimizadas bem como a reduccedilatildeo de seus desperdiacutecios atraveacutes de
campanhas internas de sensibilizaccedilatildeo e melhoria nos processos produtivos
E onde entra a Quiacutemica Verde em todo esse raciociacutenio loacutegico
Claro estaacute que os leitores jaacute comeccedilaram a correlacionar as medidas de reduccedilatildeo
de custos de produccedilatildeo com os 12 Princiacutepios da Quiacutemica Verde senatildeo vejamos
Reduzir custo de produccedilatildeo eacute aumentar os rendimentos dos processos
evitando-se assim a geraccedilatildeo de resiacuteduos e de subprodutos indesejaacuteveis e as
necessidades e custos de tratamento de resiacuteduos em especial quando se trata de
resiacuteduos toacutexicos Os controles dos processos em tempo real antes da formaccedilatildeo
de substancias perigosas e de subprodutos indesejaacuteveis tambeacutem ajudam a
aumentar a eficiecircncia dos processos e por consequecircncia a reduccedilatildeo dos custos de
produccedilatildeo Aleacutem disso a alternativa de uso de mateacuteria prima renovaacutevel para ajudar
na reduccedilatildeo de custos aleacutem de contribuir com o meio ambiente apresenta-se
cada vez mais promissora nas negociaccedilotildees junto aos fornecedores atuais
Mais um princiacutepio da quiacutemica verde o seacutetimo pode e deve ser cada vez mais
usado na gestatildeo das empresas Seraacute que a sua empresa natildeo deveria ser como a
maioria dos carros nacionais flex Que tal ser uma EMPRESA FLEX Imagine se
na hora de comprar mateacuteria prima voce pudesse optar entre mateacuteria prima
convencional derivada do petroacuteleo ou de fonte renovaacutevel pela que produzisse
melhor margem operacional naquele momento do mercado Pense em como
seria maior a sua capacidade de negociaccedilatildeo junto aos seus fornecedores atuais
Aleacutem disso produzir a menores pressotildees e temperaturas e sem usar solventes eacute
reduzir custo de investimentos e de recuperaccedilatildeo aumento consequente nas
margens e reduccedilatildeo do CAPEX necessaacuterio
Pelo acima exposto e com a responsabilidade que tenho como
Reestruturador de Empresas e alavancador de resultados acredito que daqui em
diante a boa gestatildeo de empresas necessitaraacute de gestores cada vez mais
capacitados e natildeo falo apenas das empresas quiacutemicas falo das empresas em
geral precisaremos de GESTORES SUSTENTAacuteVEIS e a Escola Brasileira de
Quiacutemica Verde poderaacute contribuir muito com a formaccedilatildeo desses novos
profissionais que teratildeo desafios mais abrangentes e complementares natildeo
somente nas aacutereas mais teacutecnicas como tambeacutem em todas as aacutereas de gestatildeo de
empresas
Claro estaacute que para um gestor de visatildeo de curto prazo que a Gestatildeo
Sustentaacutevel possa parecer mais onerosa poreacutem a visatildeo contributiva do bom
gestor a meacutedio e a longo prazo segundo e segundo Warren Buffet o bom gestor
deve fazer aumentar o valor da empresa e este descontado num fluxo de
ldquovaluationrdquo normalmente usado nos processos de compra e venda de empresas
deve evitar quaisquer ldquoliabilitiesrdquotais como passivos ambientais passivos
trabalhistas e tributaacuterios que possam vir a ser deduzidos do valor de venda de
uma empresa no momento da negociaccedilatildeo
A Gestatildeo Sustentaacutevel deixa de ser algo acadecircmico e de preocupaccedilatildeo apenas
com o meio ambiente e passa a fazer parte do patrimocircnio das empresas e de
suas avaliaccedilotildees quando das apresentaccedilotildees de seus balanccedilos Empresas geridas
com sustentabilidade valem mais natildeo soacute as empresas quiacutemicas volto a dizer
todo e qualquer tipo de empresa
Apenas para exemplificar jaacute identificamos mais de 100 empresas no mundo
todo que trabalham com a utilizaccedilatildeo de mateacuterias primas renovaacuteveis para
combustiacuteveis e outras 30 empresas que jaacute possuem derivados quiacutemicos de
fontes renovaacuteveis e economicamente viaacuteveis
No Brasil temos a Petrobras a Braskem e o grande exemplo do aacutelcool
combustiacutevel e fonte para produtos alcoolquiacutemicos totalmente viabilizados e
exemplo para todo o mundo
Produccedilatildeo amp
Destribuiccedilatildeo
Custo de Aprovisionamento
Metodologia para comparaccedilatildeo de Cadeia de Valores (ALGORITMO)
BASES COMPARATIVAS
Os custos de produtos de mateacuterias primas renovaacuteveis devem ser iguais ou menores do que os
custos de produtos similares de mateacuterias primas petroquiacutemicas
CPMPR = CPMPP
OS CUSTOS DAS CADEIAS DE VALORES DEVEM SER SIMILARES E APRESENTAREM A
MESMA COMPETIVIDADE DE CUSTOS NOS MERCADOS ALVOS DESSES PRODUTOS OU
DE SUAS APLICACcedilOES NO LONGO PRAZO E COM FLUTUACcedilOES DE CUSTOS
ASSIMILAacuteVEIS PELOS MERCADOS DE APLICACcedilAO DESSES PRODUTOS AS
SAZONALIDADES DOS MERCADOS AGRO DEVEM SER COMPENSADAS POR ESTOQUES
REGULADORES E OS CUSTOS DE MANUTENCcedilAO DE TAIS ESTOQUES DEVEM SER
LEVADOS EM CONSIDERACcedilAO NAS ANAacuteLISES DE COMPETITIVIDADES DE CUSTOS DOS
PRODUTOS DE MATEacuteRIAS PRIMAS RENOVAacuteVEIS E DE SEUS SIMILARES
PETROQUIacuteMICOS
CCVR lt= CCVP
Universidade Federal do Rio de Janeiro
EXEMPLOS DE NEGOacuteCIOS SUSTENTAacuteVEIS
1 Biorrefinarias
2 Produccedilatildeo de Etanol
3 Rota Bioquiacutemica
4 Termoquiacutemica
5 Sucroquiacutemica
6 Conversatildeo de CO2 por microalgas
7 Fitoteraacutepicos
8 Biopesticidas de Origem Vegetal
9 Aromas Fragracircncias e Oacuteleos Essenciais
10Fitoquiacutemica
11Energias Renovaacuteveis
12 Produccedilatildeo Bioloacutegica de Hidrogecircnio
MP renovaacutevel
Transporte MP
Lavagem Moagem
Unidade de fermentaccedilatildeo
Destilaccedilatildeo
Controle de qualidade e
estocagem de agravelcool
Transporte do aacutelcool
(caminhotildees)
Estoque de agravelcool nos
clientes
MP Petroquiacutemica
Transporte do MP
Craqueamento Separaccedilatildeo
Estocagem do eteno
Transporte Tubovias
Hidrataccedilatildeo
Transporte Etanol
Tubovias ou caminhotildees
Estoque nos clientes
Etanol de
cana de
accedilucar
Etanol
Petroquiacutemico
Cana de
accedilucar
Caminhotildees
Bagaccedilo Cogeraccedilatildeo de vapor
energia eletrica
Tubovias
Co produtos
Propeno
Buteno
Outros
Nafta
MP renovaacutevel
Transporte MP
Estoque Etanol
Unidade de aldeido aceacutetico
Unidade produccedilatildeo
ac aceacutetico Destilaccedilatildeo
Transporte de ac
aceacutetico
Estoque de Ac Aceacutetico nos clientes
MP Gaacutes natural
C O Carboxilaccedilatildeo Unidade de remoccedilatildeo de
Leves
Controle de qualidade
Estoque de aacutecido
aceacutetico
Transporte de Ac aceacutetico
Estoque de ac Aceacutetico nos clientes
Aacutecido Aceacutetico
Alcool
Quiacutemico
Aacutecido aceacutetico
a partir do
metanol
Etanol
Caminhotildees
Caminhotildees
Gaacutes natural
Metanol
Off - gas
Caminhotildees
MP renovaacutevel
Transporte MP
Lavagem Moagem
Unidade de fermentaccedilatildeo
Destilaccedilatildeo
Controle de qualidade e
estocagem de agravelcool
Transporte do aacutelcool
(caminhotildees)
Estoque de agravelcool nos
clientes
MP Petroquiacutemica
Transporte do MP
Craqueamento Separaccedilatildeo
Estocagem do eteno
Etanol de
cana de
accedilucar
Eteno
Petroquiacutemico
Cana de
accedilucar
Caminhotildees
Bagaccedilo Cogeraccedilatildeo de vapor
energia eletrica
Tubovias Co produtos
Propeno
Buteno
Outros
Nafta
MP renovaacutevel
Transporte MP
Estoque Etanol
Desidrataccedilatildeo Estoque Eteno
Etanol Caminhotildees
Eteno Alcool
Quiacutemico
Outros Sites AS 30 maiores Empresas em Produtos Quiacutemicos Renovaacuteveis e Biomateriais
(2011-12) Referencias Biofuels Digest ndashe sites das empresas
1 Genomatica
We develop our processes using our proprietary biotechnology platform The resulting processes can convert multiple renewable
feedstocks into numerous existing chemicals that meet industry specifications for large established markets
2 Solazyme
Solazymes proprietary biotechnology platform creates renewable oils by harnessing microalgaes prolific oil production capabilities
Through world-class molecular biology and chemical engineering capabilities were able to cost-effectively produce high-value tailored oils
3 Amyris
The basis of our production is a well-established fermentation process that uses our genetically-engineered yeast strains to convert
the sugar source into target molecules such as farnesene
4 Gevo
We plan to produce isobutanol a versatile platform chemical for the liquid fuels and petrochemical market
5 LS9
LS9rsquos industrial biotechnology platform converts diverse renewable feedstocks to drop-in fuel and chemical products
6 Dupont
Through DuPont innovation key building blocks for many of the materials we use every day can now be derived from renewable
resources mdash creating a much smaller environmental footprint than their petroleum-based predecessors with no compromise in performance
7 Codexis
Products and technology from Codexis can help the chemicals industry reduce supply chain volatility replace petroleum-based
environmentally sensitive raw materials with plentiful biomass and gain a competitive advantage in the marketplace
AS 30 maiores Empresas em Produtos Quiacutemicos Renovaacuteveis e Biomateriais (2011-12) ndash cont
8 Genencor
As a leader in the development of renewable alternatives for petroleum-based chemicals and fuels Genencor is helping to build the road
towards a more sustainable future
9 Novozymes
A number of technologies are involved in these steps and this part of ldquoOur technologyrdquo gives you an understanding of how these
technologies are employed in the work of researchers at Novozymes
10 ZeaChem
ZeaChem Inc has developed a cellulose-based biorefinery platform capable of producing advanced ethanol fuels and chemicals
Our indirect approach leapfrogs the yield and carbon dioxide (CO2) problems associated with traditional and cellulosic based processes
11 Cargill
Cargillrsquos range of nature-based products are suited to a number of industrial applications and markets We offer a growing number
of products derived from renewable sources designed to replace or offset non-renewable ingredients
12 Cobalt Technologies
Cobalts technology features a continuous process to efficiently convert diverse low cost feedstocks ndash beginning with bagasse and
waste wood ndash into biobutanol
13 Waste Management
Thatrsquos why Waste Management makes such a good fit Our mission is to bring you professional dependable services and innovative
solutions that create value for you ndash and a better future for us all
14 Ceres
Our technology platforms are helping make biofuels bio-based chemicals and biopower more economical and scalable It starts with
improving the crops themselves a process as old as farming but now coupled with the latest genomics-based breakthroughs
AS 30 maiores Empresas em Produtos Quiacutemicos Renovaacuteveis e Biomateriais (2011-12) ndash cont
15 Elevance Renewable Sciences
As the leader in transforming natural renewable oils into high-performing specialty products and materials Elevance is uniquely
positioned to meet consumer demand in a market exceeding $100 billion annually in these segments
Performance waxesNature Wax productsPersonal care productsDetergents and cleanersAntimicrobials
16 Dow Chemical
At Dow we are already creating solutions for a more sustainable future by helping develop paints that scrub the formaldehyde
from the air designing intelligent packaging that keeps food fresher longer and communicates its condition as well as more efficient
batteries to power vehicles
17 Enerkem
Chemicals used to make thousands of industrial and consumer products have traditionally been derived from fossil fuels such as petroleum
With an innovative process that uses waste and residues instead of fossil fuels Enerkem helps meet the increasing demand for greener
everyday products
18 Coskata
Coskata is a biology-based renewable energy company whose low-cost platform technology allows for the production of fuels and
chemicals from a variety of input material (including biomass agricultural and municipal wastes and other carbonaceous material)
Using proprietary microorganisms and patented bioreactor designs we are ready today to produce feedstock flexible ethanol
to fuel energy security economic growth and environmental sustainability
19 OPX Biotechnologies
OPXBIO developed and piloted the microbe and process that will produce its first biochemical product ndash BioAcrylic ndash at 30 to 50
percent lower cost and a 75 percent reduction in greenhouse gas emissions over current petrol-based acrylic Todayrsquos petro-acrylic has
an $10 billion global market in applications such as paints adhesives diapers and detergents In 2011 OPXBIO began collaborating
with The Dow Chemical Company to develop an industrial-scale process for producing BioAcrylic OPXBIO anticipates
full commercialization of BioAcrylic within three to five years
20 DSM
Bio-based materials The DSM Innovation Center is currently developing a platform of bio-based performance materials Examples
include investment in the green-chemistry company Segetis an agreement with Novomer to develop the first green resin for coatings
and the launch of EcoPaXXtrade a bio-based high-performance engineering plastic polymer
Approximately 70 of EcoPaXXtrade consists of building blocks derived from castor oil ndash a renewable resource This results in a
carbon footprint of zero lsquofrom cradle to the DSM gatersquo Itrsquos a strong selling point in todayrsquos plastics market as well as being fully compatible
with our strategy of sustainable innovation
AS 30 maiores Empresas em Produtos Quiacutemicos Renovaacuteveis e Biomateriais (2011-12) ndash cont
21 Myriant
Biobased specialty chemicals are a reality today because of Myriants commitment to development of technology with direct
commercial applicability Our integrated approach which links RampD efforts with the business strategy throughout the value chain and
across key aspects of company operations has resulted in a novel biocatalyst platform with proven commercialization success a robust
product pipeline and an extensive intellectual property suite
22 Cosan
O aacutelcool etiacutelico ou etanol eacute produzido pela fermentaccedilatildeo da cana-de-accediluacutecar A Raiacutezen se destaca como uma das maiores produtoras de
etanol no paiacutes com produccedilatildeo anual de22 bilhotildees de litros Em linha com sua visatildeo de ser reconhecida globalmente pela
excelecircncia no desenvolvimento produccedilatildeo e comercializaccedilatildeo de energia sustentaacutevel investe no combustiacutevel de matriz limpa e renovaacutevel
com tecnologia e talento que satildeo referecircncia no Brasil e no mundo
23 Mascoma
Ethanolrsquos energy is derived from plants that in turn obtain their energy from the sun In this way ethanol acts as a means of storing solar
power in liquid form Cellulosic ethanol is ethanol that is obtained from the non-edible portion of plant material Cellulosic ethanol is
identical in composition and performance to ethanol derived from corn or sugar cane Cellulosic ethanol however has important
environmental economic and sustainability advantages over conventional sources due to its source and method of production
24 KiOR
KiOR has developed a proprietary technology platform to convert sustainable low-cost non-food biomass into a hydrocarbon-based
renewable crude oil Using standard refining equipment the company processes its renewable crude into gasoline and diesel blendstocks
that can utilize the existing transportation fuel infrastructure for use in vehicles on the road today
25 DuPont Danisco
DuPont is applying its deep knowledge and experience in crop technology microbiology bioprocessing and engineering to
enable proprietary cost-effective cellulosic ethanol solutions for the market At DuPont we believe that science-powered innovation
and collaboration are required to meet the food energy and protection challenges of unprecedented population growth Our cel lulosic
ethanol team is leading the way in advanced biofuels by developing comprehensive integrated solutions for a range of feedstocks and
designing innovative enzymes to accelerate the commercial production of cellulosic biofuels in markets across the world
AS 30 maiores Empresas em Produtos Quiacutemicos Renovaacuteveis e Biomateriais (2011-12) ndash cont
26 Virent
Virent is replacing crude oil by creating the chemicals and fuels the world demands through utilization of a wide variety of naturally
occurring renewable resources Our patented BioFormingreg technology features catalytic chemistry which converts plant-based sugars into
a full range of hydrocarbon productsidentical to those made from petroleum including gasoline diesel jet fuel and chemicals for plastics
and fibers Our products are ldquodrop-inrdquo replacements that enable full utilization of todayrsquos existing processing pipeline storage and
transportation infrastructure Virent produces its hydrocarbon chemicals and fuels from plant sugars in a few hours compared to the
millions of years required for petroleum
27 LanzaTech
LanzaTech is very much part of this new field of innovators and by challenging our preconceptions of waste and energy sources we see
a future where access to energy is universal
28 POET
POET devotes tremendous resources to developing cellulosic ethanol Every day our researchers work to make it more affordable
Weve invested heavily in cellulosic research over the past decade and we will invest much more as we begin construction on our first
commercial cellulosic ethanol plant in Emmetsburg Iowa which we anticipate will produce 25 million gallons per year
29 Metabolix
Metabolix is developing commercially viable chemicals from biobased sources as opposed to fossil fuels which produce the vast majority of
chemicals today
Today four carbon (C4) chemicals are produced from non-renewable fossil-based hydrocarbons and are used to make spandex fibers
polyurethanes engineering resins and personal care products
Biobased chemicals allow us to address the global market demand for products and processing that reduce fossil energy use and greenhouse
gas emissions
30 Honeywellrsquos UOP
In 2008 UOP and Ensyn Corporation created the joint venture Envergent Technologies
Envergent is focused on the conversion of forest and agricultural waste residues to a liquid renewable oil to generate renewable heat and power
We do this through the RTPregprocess or rapid thermal processing which has been in commercial operation for more than 25 years
The RTP process produces a clean burning minimal sulfur content biofuel that can be used for the generation of renewable heat and power It is
a cost-effective solution to reduce greenhouse gas emissions up to 90 compared to petroleum-based fuels
The process is scalable to meet the needs of diverse applications It has a relatively compact footprint due to its modular construction and is
feedstock-flexible in that RTP can be designed to process a wide variety of lignocellulosic feedstocks
For more information on the advantages of pyrolysis oil and our RTP technology please visit us atwwwEnvergentTechcom
InstitutosEmpresaOutros
Nacionais
Instituto Nacional de Tecnologia
Empresa Brasileira de Pesquisas Agropecuaacuterias
PetrobraacutesCENPES
Centro de Energias Alternativas e Meio Ambiente
Centro de Tecnologia Canavieira
Instituto de Pesquisa Tecnoloacutegica do Estado de Satildeo Paulo
Instituto Nacional de Pesquisas Espaciais
Centro Brasileiro de Pesquisas Fiacutesicas
Instituto Nacional de Pesquisas da Amazocircnia
Conselho de Desenvolvimento Cientifico e Tecnoloacutegico
CNEN
Museu Paraense Emilio Goeldi Paraacute
FIOCRUZ
Instituto Nacional do Cacircncer
Instituto Adolfo Lutz
TOTAL GERAL 15 instituiccedilotildees
Universidade Federal do Rio de Janeiro
InstitutosDepartamentos
Internacionais
National Renewable Energy Laboratories EUA
US Department of Agriculture Agricultural Research
Service (USDA ARS) EUA
Chinese Academy of Science China
Agriculture ampAgri Food Canada Canadaacute
Institut National de la Recherche Agronomique Franccedila
Consejo Superior de Investigaciones Cientificas (CSIC)
Espanha
Russian Academy of Science Ruacutessia
Indian Institute of Technology Iacutendia
Natural Renewable Energy Laboratory EUA
National Institute of Advanced Industrial Science and
Technology Japatildeo
Institute Francais du Petrole (IFP)
Polish Academy of Science Polocircnia
Indian Institute of Chemical Technology India
Max Planck Institut Alemanha
French National Institute for Agricultural Research (INRA)
Franccedila
Tokyo Institute of Technology Japatildeo
Centre National de la Recherche Scientifique (CNRS)
Franccedila
National Chemical Laboratory Iacutendia
National Institute of Advanced Industrial Science and
Technology Japatildeo
Korea Institute of Science amp Technology Coreacuteia do Sul
US Geology Survey EUA
Marine Biotechnology Institute Japatildeo
Korea Institute of Energy Research (KIER) Coreacuteia do Sul
Centre National de la Recherche Scientifique (CNRS)
Franccedila
Kamaishi Labs Marine Biotechnology Institute Japatildeo
Alfred Wegener Institute for Polar and Marine Research
Alemanha
Australian National University Austraacutelia
Chonbuk National University Coreacuteia do Sul
Centre de Recherche en Ecologie Marine et Aquaculture
(IFREMER) Franccedila
Mitsubishi Heavy Ind Ltd (Advanced Technoly Research
Centre) Japatildeo
Oak Ridge National Laboratory (ORNL) EUA
Research Institute of Innovative Technology for the Earth
(RITE) Japatildeo
Central Institute of Medicinal and Aromatic Plants Iacutendia
Consiglio Nazional delle Ricerche (CNR) Itaacutelia
NASA EUA
Beijing Yixintang Medicine Research Institute
TOTAL GERAL 36 instituiccedilotildees
Universidade Federal do Rio de Janeiro
Empresas Internacionais
Novozymes AS
Genencor Int Inc
Kao Corp
Novo Nordisk AS
Novozymes Inc
Novo-Nordisk AS
Henkel KGAA
Iogen Energy Corp
Danisco US Inc Genencor Division
Novozymes Biotech Inc
Novozymes North America Inc
Goedegebuur F
Midwest Research Institute
Du Pont De Nemours amp Co
Dunn- Coleman N
AE Biofuels EUA
Blue Fire Ethanol EUAJapatildeo
Chempolis Ou
Iogen
KL Energy
Lignol Energy
Sekab
Sun Opta
Verenium
Chevron USA Inc
Shell International Research Maatshappij BV
Exxon Mobil Res ampEng Co
Sasol Technology Pty Ltd
Shell Oil Co
Conoco Phillips Co
ENI Spa
Exxon Res amp Eng Co
Exxon Mobil Res amp Eng Co
Roquette Freres As
Basf AG
General Electric Co
Exxon Mobil Chem Patents Inc
LrsquoOreal SA
Basf SE
Bayer AG
Wellington SL
Vinegar HJ
Berchenko IE
Dow Global Technologies Inc
Degussa AG
Bayer Material Science AG
Samsung SDI Co Ltd
Stegemeir GL
Henkel KGAA
Zhang E
Ryan RC
Fowler TD
Rouffi gnac EPD
Universidade Federal do Rio de Janeiro
Council of Scientific and Industrial Research of India
Li Y
Ye M
Wang Y
Zhang L
Jiang J
Liu Y
Yin K
Jiang L
Syngenta Part AG
Novartis AG
Basf SE
Bayer Cropscience AG
Dow Corning Corporation
Genoptera LLC
Monsanto Technology
US Secretary of Agriculture
Bayer Cropscience GMBH
Toyota Jidosha KK
TOTAL GERAL 88 instituiccedilotildees
Empresas Internacionais
Fowler TD
Rouffi gnac EPD
Merck Patent GMBH
Procter amp Gamble Co
Yokohama Rubber Co Ltd
Colgate Palmolive
Bridgestone Corp
Henkel KGAA
Goodyear Tire amp Rubber Co
LG Electronics Inc 507
Matsushita Denki Sangyo KK
Toshiba KK
Canon KK
Hitachi Ltd
Mitsubshi Electric Co
Mitsubishi Jukogyo KK
Universidade Federal do Rio de Janeiro
CURSOS
Ofertados nas instituiccedilotildees de ensino nacionais ou internacionais
Introduccedilatildeo a Quiacutemica Verde
Quiacutemica Verde e Quiacutemica Sustentaacutevel
Engenharia Ecoloacutegica e Quiacutemica Verde
ldquoQuiacutemica Verde Fundamentos e Aplicaccedilotildeesrdquo
Quiacutemica Verde na Atualidade
A Quiacutemica Verde e o papel da cataacutelise no contexto da
Inovaccedilatildeo e do Desenvolvimento Tecnoloacutegico
Universidade Federal do Rio de Janeiro
Universidade Federal do Rio de Janeiro
FONTES CONSULTADAS
Quiacutemica verde no Brasil 2010 ndash 2030 Ediccedilatildeo revista e atualizada
Centro de Gestatildeo e Estudos Estrateacutegicos
Ciecircncia Tecnologia e Inovaccedilatildeo
httpwwwsciencedirectcom
httpwwwperiodicoscapesgovbr
LINHAS DE PESQUISA
Luiz Felipe Miranda de Jesus
Universidade Federal do Rio de Janeiro
Linhas de Pesquisa
Buscas Associadas
ldquoQuiacutemica Verderdquo
ldquoQuiacutemica Ambientalrdquo
ldquoQuiacutemica Sustentaacutevelrdquo
ldquoGreen Chemistryrdquo
ldquoQuiacutemica Verde PampDrdquo
ldquoGreen Chemistry RampDrdquo
ldquoUS Green Chemistryrdquo
ldquoEurope Green Chemistryrdquo
Universidade Federal do Rio de Janeiro
Linhas de Pesquisa
Principais Fontes
Identificaccedilatildeo de Instituiccedilotildees citadas em artigos e outras publicaccedilotildees
CAPES
CNPQ
ABQ
SBPC
Instituiccedilotildees de Fomento (FINEP FAPESPetc)
CGEE
MCT
Sites das Universidades
EPA
IUPAC
ACS
Green Chemistry Network
Royal Society of Chemistry
European Environment Agency
Universidade Federal do Rio de Janeiro
The Interuniversity National Consortium Chemistry for the Environment (INCA Consortium) Gathers 33 Italian universities and about 90 research units headquarters in Venezia and Roma Italy
NSF Science and Technology Center for Environmentally Responsible Solvents and Processes University of North Carolina Chapel Hill Queens University Ionic Liquid Laboratories (QUILL)
Queens University of Belfast The Clean Technology Research Group University of Nottingham The Green Chemistry Group (see below now called centre of excellence)
University of York Centre for Green Chemistry University of Monash Centre for Green Manufacturing University of Alabama Chemical Process Engineering Research Institute Centre for Research amp Technology University of Leicester (UK) Leicester Green Chemistry Group
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
University of Leeds (UK) Leeds Cleaner Synthesis Group Institute of Applied Catalysis (UK) A research network for catalysis Carnegie Mellon University (USA) Institute for Green Oxidation Chemistry Institute for a Sustainable Environment (USA) University of Oregon Center for Sustainable and Green Chemistry (DEN) httpwwwcsgdtudk Green Chemistry Centre of Excellence (UK) httpwwwyorkacukresgcgsiteindexhtm Center for Green Chemistry at UMass Boston (US) httpwwwgreenchemistryumbedu Center for Green Chemistry at UMass Lowell (US) httpwwwgreenchemistryumledu University of Notre Dame Energy Centre (USA) httpwwwndedu~ndenergy Goumlteborg Universitys Centre for Environment and Sustainability (SWE) httpwwwchalmerssegmvEN
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
MSc in Green Chemistry and Sustainable Industrial Technology
Department of Chemistry at the University of York
Master en Quimica Sostenible
Faculty of Sciences at the University of Zaragoza
MSc in Green Chemistry Energy and the Environment
Imperical College London
MSc in Chemical Research (Green Chemistry with Industry)
CTA funding to the University of Leicester
1st year Master of Science Chemistry Specializing in Green Chemistry
University Louis Pasteur (Strasbourg I)
Master of Chemistry and EST
Universiteacute de Savoie
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
Schools with Green Chemistry Programs
United States
Eastern Connecticut
Yale University
Massachusetts
Bridgewater State College
Gordon College
University of Massachusetts Boston
University of Massachusetts Lowell Center for Green Chemistry
Pennsylvania
Carnegie Mellon Institute for Green Oxidation Chemistry
University of Scranton
Arkansas
Hendrix College (green organic chemistry)
Illinois
University of Illinois-Urbana-Champaign
Minnesota
St Olaf College
Alabama
University of Alabama
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
Linhas de Pesquisa California
Berkeley Center for Green Chemistry
UC Berkeley Extension
Colorado
Colorado School of Mines
Oregon
University of Oregon
Schools with Green Chemistry Programs - International
Australia
Monash University Centre for Green Chemistry
Murdoch University Sustainable ChemistryGreen Chemistry
Netherlands
Delft University of Technology Biocatalysis and Organic Chemistry
Italy
Interuniversity Consortium Chemistry for the Environment (INCA)
Universidade Federal do Rio de Janeiro
Northern Ireland
Queens University of Belfast Ionic Liquid Laboratories
Spain
Institute of Science and Technology (IUCT)
Green Chemistry Network of Spain (REDQS - Red Espantildeola de Quiacutemica Sostenible)
Sweden
Centre for Environment and Sustainability - Chalmers University of
TechnologyGoumlteborg University
United Kingdom
Green Chemistry Centre of Excellence at York
University of Leicester Green Chemistry Group
University of Nottingham Green and Analytical Chemistry
Brazil
Universidade do Vale do Itajaiacute Center for Technological Earth and Sea Sciences
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
Linhas de Pesquisa
Observaccedilotildees
Poucos programas especiacuteficos em ldquoQuiacutemica Verderdquo
Perfil multidisciplinar
Descriccedilatildeo de diversas linhas abrange somente um ou
alguns dos princiacutepios da ldquoQuiacutemica Verderdquo
Associaccedilatildeo inadequada ao tema
Necessidade de ampliaccedilatildeo de escopo
Movimento inicial de fomento aos projetos na aacuterea
Universidade Federal do Rio de Janeiro
CONGRESSOS E OUTROS SITES
Natasha Kelber
Universidade Federal do Rio de Janeiro
Universidade Federal do Rio de Janeiro
CONGRESSOS NACIONAIS
5ordm Simpoacutesio Nacional de Biocombustiacuteveis ndash BIOCOM ndash 14 a15Abril2012 ndash Canoas
RS
4ordf Escola de Quiacutemica Verde - JaneiroFevereiro2012 - Satildeo Paulo SP
VII Congresso Brasileiro de Biosseguranccedila - 19-23Setembro2011 - Joinville SC
II Semana de Biotecnologia Industrial - 20-22Outubro2010 - Lorena SP
5ordm Congresso Internacional de Bioenergia - 10-13Agosto2010 - Curitiba PR
II Semana de Biotecnologia Industrial - Julho2009 - Lorena SP
VI Congresso Brasileiro de Biosseguranccedila
VI Simpoacutesio Latino-Americano de Produtos Biotecnoloacutegicos
I Simpoacutesio Internacional de Biosseguridade e Pesquisa de Duplo Uso
I Feira de Equipamentos e Dispositivos de Biosseguranccedila ndash 22-25 Setembro2009 -
Rio de Janeiro RJ
1ordm Encontro Franco-Brasileiro de Quiacutemica Verde - 11 a 13Outubro2011
Universidade Federal do Rio de Janeiro
CONGRESSOS INTERNACIONAIS
3nd Brazilian Conference on Natural Products - 29Outubro-02Novembro2011 -
Ouro Preto MG
Biodiesel Congress - 27-29Julho2011 - Satildeo Paulo SP
IGCW 2011 Industrial Green Chemistry World Symposium amp Expo - December 4-6
2011 - Mumbai Iacutendia
3rd Asia-Oceania Conference on Green and Sustainable Chemistry (AOC-3) -
December 4-7 2011 - Melbourne Austraacutelia
3rd International Congress on Green Process Engineering - December 6-8 2011 -
Kuala Lumpur Malaysia
Minnesota Green Chemistry Conference - January 26 2012 - Minneapolis MN
The Asian Conference on Sustainability Energy amp the Environment - May 3-6 2012 -
Osaka Japan
16th Annual Green Chemistry amp Engineering Conference - June 18-20 2012 -
Washington DC
Gordon Research Seminar and Conference on Green Chemistry - July 21-27 2012 -
Lucca (Barga) Italy
4th International IUPAC Conference on Green Chemistry - August 25-29 2012 - Foz
do IguaccediluPR Brazil
Universidade Federal do Rio de Janeiro
OUTROS SITES
httpportalacsorgportalacscorgcontent_nfpb=trueamp_pageLabel=PP_SUPERAR
TICLEampnode_id=1401ampuse_sec=falseampsec_url_var=region1amp__uuid=6e2273c5-5e7f-
4c7b-8931-530d244f1650P15_704
httpwwwcleanproductionorgGreenphp
wwwrscorgMembershipNetworkingInternationalActivitiesPanAfricaindexasp
httpwwworganic-chemistryorgtopicsgreen-chemistryshtm
httpagenciafapespbr12992
httpacademicscrantonedufacultycannm1greenchemistryporthtml
httpwwwabqorgbrsimpequi2010trabalhos122-7744htm
httpbrlinkedincominquimicaverde
httpwwwcinprorgbrFreeComponent10435content149251shtml
httpquiverdeblogspotcom201006os-12-principios-da-quimica-verdehtml
httpwwwufpeltchebriqgwwverde
httpwwwbrasilescolacomquimicaprincipios-quimica-verdehtm
httpwwwsustentabilidaderesultadoscombrgreen-chemistry-a-sustainable-
opportunity
httpwwwgreenchemistrynetworkorg
httpwwwepagovgreenchemistry
PUBLICACcedilOtildeES E PERIOacuteDICOS
Renato Soares
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS
Base de Dados
Royal Society of Chemistry (30)
SpringerLink (MetaPress) (30)
Wiley Online Library (30)
ACS Journals Search (30)
Nature (NPG) (30)
Science (AAAS) (30)
IOPscience (Institute of Phsics) (30)
Oxford Journals (Oxford University Press) (30)
ScienceDirect (Elsevier) (30)
Annual Reviews (29)
AIP Scitation ndash American Institute of Physics (28)
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS
Annual Review of Biochemistry (6)
Scientific American (5)
Ecological Indicators (5)
Green Chemistry Educat (4)
Nature Chemistry (4)
J Chem Educ (3)
Autobiographies by Nob (3)
J Appl Phys (3)
Food Hydrocolloids (3)
Chem Soc Rev (2)
Annual Review of Environment and Resources (2)
J Am Chem Soc (2)
The Excitement and Fascination of Science (2)
Environmental Science and Pollution Research (2)
Universidade Federal do Rio de Janeiro
COLECcedilOtildeES E TEXTOS
Murilo Alves
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS REVISTAS E JORNAIS CIENTIacuteFICOS Revistas Cientiacuteficas com conteuacutedos sobre ensino de ciecircnciasquiacutemica e
quiacutemica verde
O primeiro artigo que atendeu aos criteacuterios adotados
neste trabalho e cujo tiacutetulo conteacutem a expressatildeo Green Chemistry (Quiacutemica Verde) - Design for the
environment and Green Chemistry the heart and soul
of industrial ecology - foi publicado em 1997
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS REVISTAS E JORNAIS CIENTIacuteFICOS Revistas Cientiacuteficas com conteuacutedos sobre ensino de ciecircnciasquiacutemica e
quiacutemica verde
Revista Quiacutemica Nova na Escola - QNEsc A Revista Quiacutemica Nova na Escola (QNEsc) com uma periodicidade trimestral propotildee-se a subsidiar o trabalho a formaccedilatildeo e a atualizaccedilatildeo da comunidade do Ensino de Quiacutemica brasileiro QNEsc integra-se agrave linha editorial da Sociedade Brasileira de Quiacutemica que publica tambeacutem a revista Quiacutemica Nova e o Journal of the Brazillian Chemical Society Quiacutemica Nova na Escola eacute um espaccedilo aberto ao educador suscitando debates e reflexotildees sobre o ensino e a aprendizagem de quiacutemica Assim contribui para a tarefa fundamental de formar verdadeiros cidadatildeos Nesse sentido a Divisatildeo de Ensino disponibiliza neste portal na iacutentegra e de forma totalmente gratuita todos os artigos publicados no formato PDF Estatildeo disponiacuteveis tambeacutem os Cadernos Temaacuteticos publicados desde 2001 pela Divisatildeo de Ensino
Green Chemistry - Journal Jornal publicado pela Royal Society of Chemistry - RCS que se apresenta como um espaccedilo para publicaccedilatildeo sobre
pesquisas de ponta no desenvolvimento de tecnologias alternativas sustentaacuteveis
Green Green - revista italiana do Consoacutercio Interuniversitaacuterio Quiacutemica Nacional do Meio Ambiente (INCA) em colaboraccedilatildeo com a Sociedade Quiacutemica Italiana (SCI) 1 5 ACS Publications A Divisatildeo de Publicaccedilotildees da Sociedade Americana de Quiacutemica (American Chemical Society - ACS) oferece a comunidade cientiacutefica mundial uma coleccedilatildeo abrangente dos perioacutedicos mais citados revisados por pares em ciecircncias quiacutemicas e afins
Universidade Federal do Rio de Janeiro
Universidade Federal do Rio de Janeiro
FONTES CONSULTADAS
httpwwwqmcufscbrgieqindexphplinkshtml
httpwwwperiodicoscapesgovbr
httpwwwscielocom
Organizaccediloes - 100 maiores empresas em Bioenergia 2011-12 Referencia Biofuels Digest online publication
November 9 2011 author Jim Lane
1 Solazyme
2 Amyris
3 Gevo
4 POET
5 LS9
6 Novozymes
7 Enerkem
8 LanzaTech
9 UOP
10 ZeaChem
11 Codexis
12 Abengoa Bioenergy
13 KiOR
14 Virent Energy Systems
15 Sapphire Energy
16 Ceres
17 Coskata
18 DuPont Cellulosic
19 Terrabon
20 Mascoma
21 Cobalt Technologies
22 Petrobras
23 Joule Unlimited
24 BP Biofuels
25 Neste
26 Waste Management
27 Rentech
28 Qteros
29 INEOS Bio
30 Genencor
31 Genomatica
32 Shell
33 Synthetic Genomics
34 Chemtex
100 maiores empresas em Bioenergia 2011-12 Referencia Biofuels Digest online publication November 9 2011
author Jim Lane
35 Algenol
36 Elevance Renewable Sciences
37 OriginOil
38 SG Biofuels
39 Cosan
40 HCL CleanTech
41 Fulcrum Bioenergy
42 Cargill
43 Chevron
44 Bluefire Renewables
45 Dynamic Fuels
46 Mendel
47 OPX Biotechnologies
48 Inbicon
49 Renmatix
50 Monsanto
51 Butamax
52 Iogen
53 DuPont
54 Verenium
55 PetroAlgae
56 DSM
57 ExxonMobil
58 Envergent
59 Aurora Algae
60 Syngenta
61 Praj Industries
62 Phycal
63 Renewable Energy Group
64 Clear Fuels Technology
65 ArborGen
66 KL Energy
67 Solix Biofuels
100 maiores empresas em Bioenergia 2011-12 Referencia Biofuels Digest online publication November 9 2011
author Jim Lane
68 Catchlight Energy
69 Dyadic
70 AE Biofuels
71 Myriant
72 EdeniQ
73 Avantium
74 Propel Fuels
75 GlycosBio
76 ETH Bioenergia
77 Chemrec
78 Ensyn
79 Green Plains Renewable Energy
80 Range Fuels
81 Bioprocess Algae
82 SynGest
83 TMO Renewables
84 Chromatin
85 Blue Marble Biomaterials
86 Genera Energy
87 ICM
88 Albemarle
89 Lignol
90 Raizen
91 Verdezyne
92 Greenfuel Ethanol
93 Atlantic Biomass Conversions
94 Pacific Ethanol
95 Dong Energy
96 SEKAB
97 Borregaard Industries
98 Dynamotive
99 Allard Research
100 Targeted Growth
Q3 (Alto crescimento e baixas margens)
Q4 (Baixo crescimento e baixas margens)
Os trecircs ldquoPILARESrdquo do Desenvolvimento Sustentaacutevel
ECONOMIA
ECOLOGIA SOCIEDADE
Desenvolvimento sustentaacutevel eacute o equiliacutebrio entre o SUCESSO
ECONOcircMICO com PROTECcedilAtildeO AMBIENTAL e RESPONSABILIDADE
SOCIAL
ldquoEstrateacutegia eacute o Objetivo e a Missatildeo de uma organizaccedilatildeo no longo prazo que
possibilitam obter vantagens competitivas para a organizaccedilatildeo atraveacutes de sua
estruturaccedilatildeo de recursos num ambiente competitivo de modo a satisfazer as
necessidades do mercado e a satisfazer as expectativas dos STAKEHOLDERS
Johnson and Scholes(2004)
Estrateacutegias de Negoacutecios devem apresentar
1048698 Objetivo de Longo Prazo
1048698 Seleccedilatildeo dos mercados onde a empresa pretende competir
1048698 Vantagens sobre a concorrecircncia
1048698 Recursos necessaacuterios (competecircncias ativos recursos financeiros
relacionamentos competecircncia teacutecnica instalaccedilotildees)
1048698 Fatores que podem comprometer a habilidade para competir (ambiente dos
negoacutecios)
1048698 Valores e expectativas dos ldquostakeholdersrdquo( soacutecios clientes funcionaacuterios
comunidade fornecedores etc)
Valor Estrateacutegico do Desenvolvimento Sustentaacutevel
1048708 Casos de Valor
1048708 As empresas desempenham um papel importante na proteccedilatildeo ao meio
ambiente e na melhoria da qualidade de vida para todos
1048708 Proteccedilatildeo ao Negoacutecio propriamente dito
1048708 Reduccedilatildeo dos riscos ndash exposiccedilatildeo ao risco de ativos fiacutesicos humanos e
intangiacuteveis
1048708 Reforccedilo na permissatildeo para funcionar ndash reduzindo riscos poliacuteticos e
melhorando o grau de aceitaccedilatildeo
1048708 Aumento do valor da marca e da reputaccedilatildeo
Apenas com a visatildeo do gestor de empresas que diante de seus resultados
que natildeo correspondem agraves expectativas dos acionistas nem de seus
funcionaacuterios clientes e demais ldquoshareholdersrdquo proponho-lhes a seguinte
decisatildeo a tomar e evidente coloco minha resposta e observaccedilotildees correndo o
risco de ser mal interpretado poreacutem respaldado por anos de
responsabilidade pelos resultados de empresas de grande e de meacutedio porte
nos meus trinta anos de mercado
Suponhamos uma empresa que apresenta um faturamento liacutequido anual igual
a 100 unidades monetaacuterias Deste faturamento jaacute foram abatidos os impostos
e taxas bem como as despesas com vendas Deduzimos deste faturamento
liacutequido o CP (custo de produccedilatildeo) no total de 80 e chegamos a uma margem
de contribuiccedilatildeo de 20
Evidente que desta margem operacional para chegarmos ao resultado final
da empresa teremos que abater outros itens tais como impostos
investimentos etc poreacutem proponho-lhes ficarmos com a margem
operacional apenas uma vez que o nosso objetivo seraacute a otimizaccedilatildeo dos
resultados via melhoria da margem operacional
Gestatildeo Sustentaacutevel
Na primeira alternativa aumentamos em 10 o faturamento liacutequido e
consequentemente em 10 o CP e chegamos a um aumento de 10 na Margem
operacional ou seja Fat Liacuteq = 110 CP igual a 88 e Moper= 22 ou aumento de
(22-20)20=10
Numa segunda alternativa opta-se por aumentar a margem operacional em
10 atraveacutes da reduccedilatildeo do CP Temos entatildeo Fat Liacuteq=100 CP igual a 78
chegando-se assim a uma margem operacional de 22 ou seja 10 superior
Isto significa que para obtermos o mesmo resultado sem alterarmos o
faturamento liacutequido conseguimos atraveacutes de uma reduccedilatildeo de (78-80) 80=25
Ou seja para esta estrutura de resultados um aumento no faturamento de 10
produz o mesmo resultado que uma reduccedilatildeo de 25 no Custo de produccedilatildeo
Isto significa que o gestor deve decidir entre reduzir 1 no CP ou aumentar o
Fat Liacutequido em 4 para obter o mesmo aumento na margem operacional
Qual eacute a melhor decisatildeo a ser tomada para aumentar a margem liacutequida em 10
Com base neste raciociacutenio um aumento do faturamento natildeo depende apenas
da decisatildeo da empresa depende e muito do mercado onde a empresa atua
depende do mercado e nem sempre a empresa consegue aumentaacute-lo sem
perder volume de vendas a decisatildeo fica por conta do aumento de volume e em
consequecircncia por aumento da oferta o preccedilo meacutedio cai e consequentemente
para se compensar a perda de preccedilos o volume tem que ser ainda maior do que
os 10 desejados no aumento do faturamento por exemplo
A segunda alternativa a reduccedilatildeo no custo de produccedilatildeo de 25 pode ser
conseguida internamente com aumento na eficiecircncia dos processos de
produccedilatildeo reduccedilatildeo de geraccedilatildeo de resiacuteduos e negociaccedilotildees junto aos
fornecedores de mateacuterias primas e insumos e neste caso a empresa como
cliente tem muito maiores condiccedilotildees de exigir preccedilos mais competitivos ou no
caso de natildeo se conseguir por tratar-se de fornecedor com excessivo poder de
negociaccedilatildeo a empresa pode sempre buscar reduccedilotildees de custos das principais
mateacuterias primas atraveacutes de mateacuterias primas substitutas Evidentemente que as
reduccedilotildees nos preccedilos das utilidades como vapor energia aacutegua devem e podem
ser otimizadas bem como a reduccedilatildeo de seus desperdiacutecios atraveacutes de
campanhas internas de sensibilizaccedilatildeo e melhoria nos processos produtivos
E onde entra a Quiacutemica Verde em todo esse raciociacutenio loacutegico
Claro estaacute que os leitores jaacute comeccedilaram a correlacionar as medidas de reduccedilatildeo
de custos de produccedilatildeo com os 12 Princiacutepios da Quiacutemica Verde senatildeo vejamos
Reduzir custo de produccedilatildeo eacute aumentar os rendimentos dos processos
evitando-se assim a geraccedilatildeo de resiacuteduos e de subprodutos indesejaacuteveis e as
necessidades e custos de tratamento de resiacuteduos em especial quando se trata de
resiacuteduos toacutexicos Os controles dos processos em tempo real antes da formaccedilatildeo
de substancias perigosas e de subprodutos indesejaacuteveis tambeacutem ajudam a
aumentar a eficiecircncia dos processos e por consequecircncia a reduccedilatildeo dos custos de
produccedilatildeo Aleacutem disso a alternativa de uso de mateacuteria prima renovaacutevel para ajudar
na reduccedilatildeo de custos aleacutem de contribuir com o meio ambiente apresenta-se
cada vez mais promissora nas negociaccedilotildees junto aos fornecedores atuais
Mais um princiacutepio da quiacutemica verde o seacutetimo pode e deve ser cada vez mais
usado na gestatildeo das empresas Seraacute que a sua empresa natildeo deveria ser como a
maioria dos carros nacionais flex Que tal ser uma EMPRESA FLEX Imagine se
na hora de comprar mateacuteria prima voce pudesse optar entre mateacuteria prima
convencional derivada do petroacuteleo ou de fonte renovaacutevel pela que produzisse
melhor margem operacional naquele momento do mercado Pense em como
seria maior a sua capacidade de negociaccedilatildeo junto aos seus fornecedores atuais
Aleacutem disso produzir a menores pressotildees e temperaturas e sem usar solventes eacute
reduzir custo de investimentos e de recuperaccedilatildeo aumento consequente nas
margens e reduccedilatildeo do CAPEX necessaacuterio
Pelo acima exposto e com a responsabilidade que tenho como
Reestruturador de Empresas e alavancador de resultados acredito que daqui em
diante a boa gestatildeo de empresas necessitaraacute de gestores cada vez mais
capacitados e natildeo falo apenas das empresas quiacutemicas falo das empresas em
geral precisaremos de GESTORES SUSTENTAacuteVEIS e a Escola Brasileira de
Quiacutemica Verde poderaacute contribuir muito com a formaccedilatildeo desses novos
profissionais que teratildeo desafios mais abrangentes e complementares natildeo
somente nas aacutereas mais teacutecnicas como tambeacutem em todas as aacutereas de gestatildeo de
empresas
Claro estaacute que para um gestor de visatildeo de curto prazo que a Gestatildeo
Sustentaacutevel possa parecer mais onerosa poreacutem a visatildeo contributiva do bom
gestor a meacutedio e a longo prazo segundo e segundo Warren Buffet o bom gestor
deve fazer aumentar o valor da empresa e este descontado num fluxo de
ldquovaluationrdquo normalmente usado nos processos de compra e venda de empresas
deve evitar quaisquer ldquoliabilitiesrdquotais como passivos ambientais passivos
trabalhistas e tributaacuterios que possam vir a ser deduzidos do valor de venda de
uma empresa no momento da negociaccedilatildeo
A Gestatildeo Sustentaacutevel deixa de ser algo acadecircmico e de preocupaccedilatildeo apenas
com o meio ambiente e passa a fazer parte do patrimocircnio das empresas e de
suas avaliaccedilotildees quando das apresentaccedilotildees de seus balanccedilos Empresas geridas
com sustentabilidade valem mais natildeo soacute as empresas quiacutemicas volto a dizer
todo e qualquer tipo de empresa
Apenas para exemplificar jaacute identificamos mais de 100 empresas no mundo
todo que trabalham com a utilizaccedilatildeo de mateacuterias primas renovaacuteveis para
combustiacuteveis e outras 30 empresas que jaacute possuem derivados quiacutemicos de
fontes renovaacuteveis e economicamente viaacuteveis
No Brasil temos a Petrobras a Braskem e o grande exemplo do aacutelcool
combustiacutevel e fonte para produtos alcoolquiacutemicos totalmente viabilizados e
exemplo para todo o mundo
Produccedilatildeo amp
Destribuiccedilatildeo
Custo de Aprovisionamento
Metodologia para comparaccedilatildeo de Cadeia de Valores (ALGORITMO)
BASES COMPARATIVAS
Os custos de produtos de mateacuterias primas renovaacuteveis devem ser iguais ou menores do que os
custos de produtos similares de mateacuterias primas petroquiacutemicas
CPMPR = CPMPP
OS CUSTOS DAS CADEIAS DE VALORES DEVEM SER SIMILARES E APRESENTAREM A
MESMA COMPETIVIDADE DE CUSTOS NOS MERCADOS ALVOS DESSES PRODUTOS OU
DE SUAS APLICACcedilOES NO LONGO PRAZO E COM FLUTUACcedilOES DE CUSTOS
ASSIMILAacuteVEIS PELOS MERCADOS DE APLICACcedilAO DESSES PRODUTOS AS
SAZONALIDADES DOS MERCADOS AGRO DEVEM SER COMPENSADAS POR ESTOQUES
REGULADORES E OS CUSTOS DE MANUTENCcedilAO DE TAIS ESTOQUES DEVEM SER
LEVADOS EM CONSIDERACcedilAO NAS ANAacuteLISES DE COMPETITIVIDADES DE CUSTOS DOS
PRODUTOS DE MATEacuteRIAS PRIMAS RENOVAacuteVEIS E DE SEUS SIMILARES
PETROQUIacuteMICOS
CCVR lt= CCVP
Universidade Federal do Rio de Janeiro
EXEMPLOS DE NEGOacuteCIOS SUSTENTAacuteVEIS
1 Biorrefinarias
2 Produccedilatildeo de Etanol
3 Rota Bioquiacutemica
4 Termoquiacutemica
5 Sucroquiacutemica
6 Conversatildeo de CO2 por microalgas
7 Fitoteraacutepicos
8 Biopesticidas de Origem Vegetal
9 Aromas Fragracircncias e Oacuteleos Essenciais
10Fitoquiacutemica
11Energias Renovaacuteveis
12 Produccedilatildeo Bioloacutegica de Hidrogecircnio
MP renovaacutevel
Transporte MP
Lavagem Moagem
Unidade de fermentaccedilatildeo
Destilaccedilatildeo
Controle de qualidade e
estocagem de agravelcool
Transporte do aacutelcool
(caminhotildees)
Estoque de agravelcool nos
clientes
MP Petroquiacutemica
Transporte do MP
Craqueamento Separaccedilatildeo
Estocagem do eteno
Transporte Tubovias
Hidrataccedilatildeo
Transporte Etanol
Tubovias ou caminhotildees
Estoque nos clientes
Etanol de
cana de
accedilucar
Etanol
Petroquiacutemico
Cana de
accedilucar
Caminhotildees
Bagaccedilo Cogeraccedilatildeo de vapor
energia eletrica
Tubovias
Co produtos
Propeno
Buteno
Outros
Nafta
MP renovaacutevel
Transporte MP
Estoque Etanol
Unidade de aldeido aceacutetico
Unidade produccedilatildeo
ac aceacutetico Destilaccedilatildeo
Transporte de ac
aceacutetico
Estoque de Ac Aceacutetico nos clientes
MP Gaacutes natural
C O Carboxilaccedilatildeo Unidade de remoccedilatildeo de
Leves
Controle de qualidade
Estoque de aacutecido
aceacutetico
Transporte de Ac aceacutetico
Estoque de ac Aceacutetico nos clientes
Aacutecido Aceacutetico
Alcool
Quiacutemico
Aacutecido aceacutetico
a partir do
metanol
Etanol
Caminhotildees
Caminhotildees
Gaacutes natural
Metanol
Off - gas
Caminhotildees
MP renovaacutevel
Transporte MP
Lavagem Moagem
Unidade de fermentaccedilatildeo
Destilaccedilatildeo
Controle de qualidade e
estocagem de agravelcool
Transporte do aacutelcool
(caminhotildees)
Estoque de agravelcool nos
clientes
MP Petroquiacutemica
Transporte do MP
Craqueamento Separaccedilatildeo
Estocagem do eteno
Etanol de
cana de
accedilucar
Eteno
Petroquiacutemico
Cana de
accedilucar
Caminhotildees
Bagaccedilo Cogeraccedilatildeo de vapor
energia eletrica
Tubovias Co produtos
Propeno
Buteno
Outros
Nafta
MP renovaacutevel
Transporte MP
Estoque Etanol
Desidrataccedilatildeo Estoque Eteno
Etanol Caminhotildees
Eteno Alcool
Quiacutemico
Outros Sites AS 30 maiores Empresas em Produtos Quiacutemicos Renovaacuteveis e Biomateriais
(2011-12) Referencias Biofuels Digest ndashe sites das empresas
1 Genomatica
We develop our processes using our proprietary biotechnology platform The resulting processes can convert multiple renewable
feedstocks into numerous existing chemicals that meet industry specifications for large established markets
2 Solazyme
Solazymes proprietary biotechnology platform creates renewable oils by harnessing microalgaes prolific oil production capabilities
Through world-class molecular biology and chemical engineering capabilities were able to cost-effectively produce high-value tailored oils
3 Amyris
The basis of our production is a well-established fermentation process that uses our genetically-engineered yeast strains to convert
the sugar source into target molecules such as farnesene
4 Gevo
We plan to produce isobutanol a versatile platform chemical for the liquid fuels and petrochemical market
5 LS9
LS9rsquos industrial biotechnology platform converts diverse renewable feedstocks to drop-in fuel and chemical products
6 Dupont
Through DuPont innovation key building blocks for many of the materials we use every day can now be derived from renewable
resources mdash creating a much smaller environmental footprint than their petroleum-based predecessors with no compromise in performance
7 Codexis
Products and technology from Codexis can help the chemicals industry reduce supply chain volatility replace petroleum-based
environmentally sensitive raw materials with plentiful biomass and gain a competitive advantage in the marketplace
AS 30 maiores Empresas em Produtos Quiacutemicos Renovaacuteveis e Biomateriais (2011-12) ndash cont
8 Genencor
As a leader in the development of renewable alternatives for petroleum-based chemicals and fuels Genencor is helping to build the road
towards a more sustainable future
9 Novozymes
A number of technologies are involved in these steps and this part of ldquoOur technologyrdquo gives you an understanding of how these
technologies are employed in the work of researchers at Novozymes
10 ZeaChem
ZeaChem Inc has developed a cellulose-based biorefinery platform capable of producing advanced ethanol fuels and chemicals
Our indirect approach leapfrogs the yield and carbon dioxide (CO2) problems associated with traditional and cellulosic based processes
11 Cargill
Cargillrsquos range of nature-based products are suited to a number of industrial applications and markets We offer a growing number
of products derived from renewable sources designed to replace or offset non-renewable ingredients
12 Cobalt Technologies
Cobalts technology features a continuous process to efficiently convert diverse low cost feedstocks ndash beginning with bagasse and
waste wood ndash into biobutanol
13 Waste Management
Thatrsquos why Waste Management makes such a good fit Our mission is to bring you professional dependable services and innovative
solutions that create value for you ndash and a better future for us all
14 Ceres
Our technology platforms are helping make biofuels bio-based chemicals and biopower more economical and scalable It starts with
improving the crops themselves a process as old as farming but now coupled with the latest genomics-based breakthroughs
AS 30 maiores Empresas em Produtos Quiacutemicos Renovaacuteveis e Biomateriais (2011-12) ndash cont
15 Elevance Renewable Sciences
As the leader in transforming natural renewable oils into high-performing specialty products and materials Elevance is uniquely
positioned to meet consumer demand in a market exceeding $100 billion annually in these segments
Performance waxesNature Wax productsPersonal care productsDetergents and cleanersAntimicrobials
16 Dow Chemical
At Dow we are already creating solutions for a more sustainable future by helping develop paints that scrub the formaldehyde
from the air designing intelligent packaging that keeps food fresher longer and communicates its condition as well as more efficient
batteries to power vehicles
17 Enerkem
Chemicals used to make thousands of industrial and consumer products have traditionally been derived from fossil fuels such as petroleum
With an innovative process that uses waste and residues instead of fossil fuels Enerkem helps meet the increasing demand for greener
everyday products
18 Coskata
Coskata is a biology-based renewable energy company whose low-cost platform technology allows for the production of fuels and
chemicals from a variety of input material (including biomass agricultural and municipal wastes and other carbonaceous material)
Using proprietary microorganisms and patented bioreactor designs we are ready today to produce feedstock flexible ethanol
to fuel energy security economic growth and environmental sustainability
19 OPX Biotechnologies
OPXBIO developed and piloted the microbe and process that will produce its first biochemical product ndash BioAcrylic ndash at 30 to 50
percent lower cost and a 75 percent reduction in greenhouse gas emissions over current petrol-based acrylic Todayrsquos petro-acrylic has
an $10 billion global market in applications such as paints adhesives diapers and detergents In 2011 OPXBIO began collaborating
with The Dow Chemical Company to develop an industrial-scale process for producing BioAcrylic OPXBIO anticipates
full commercialization of BioAcrylic within three to five years
20 DSM
Bio-based materials The DSM Innovation Center is currently developing a platform of bio-based performance materials Examples
include investment in the green-chemistry company Segetis an agreement with Novomer to develop the first green resin for coatings
and the launch of EcoPaXXtrade a bio-based high-performance engineering plastic polymer
Approximately 70 of EcoPaXXtrade consists of building blocks derived from castor oil ndash a renewable resource This results in a
carbon footprint of zero lsquofrom cradle to the DSM gatersquo Itrsquos a strong selling point in todayrsquos plastics market as well as being fully compatible
with our strategy of sustainable innovation
AS 30 maiores Empresas em Produtos Quiacutemicos Renovaacuteveis e Biomateriais (2011-12) ndash cont
21 Myriant
Biobased specialty chemicals are a reality today because of Myriants commitment to development of technology with direct
commercial applicability Our integrated approach which links RampD efforts with the business strategy throughout the value chain and
across key aspects of company operations has resulted in a novel biocatalyst platform with proven commercialization success a robust
product pipeline and an extensive intellectual property suite
22 Cosan
O aacutelcool etiacutelico ou etanol eacute produzido pela fermentaccedilatildeo da cana-de-accediluacutecar A Raiacutezen se destaca como uma das maiores produtoras de
etanol no paiacutes com produccedilatildeo anual de22 bilhotildees de litros Em linha com sua visatildeo de ser reconhecida globalmente pela
excelecircncia no desenvolvimento produccedilatildeo e comercializaccedilatildeo de energia sustentaacutevel investe no combustiacutevel de matriz limpa e renovaacutevel
com tecnologia e talento que satildeo referecircncia no Brasil e no mundo
23 Mascoma
Ethanolrsquos energy is derived from plants that in turn obtain their energy from the sun In this way ethanol acts as a means of storing solar
power in liquid form Cellulosic ethanol is ethanol that is obtained from the non-edible portion of plant material Cellulosic ethanol is
identical in composition and performance to ethanol derived from corn or sugar cane Cellulosic ethanol however has important
environmental economic and sustainability advantages over conventional sources due to its source and method of production
24 KiOR
KiOR has developed a proprietary technology platform to convert sustainable low-cost non-food biomass into a hydrocarbon-based
renewable crude oil Using standard refining equipment the company processes its renewable crude into gasoline and diesel blendstocks
that can utilize the existing transportation fuel infrastructure for use in vehicles on the road today
25 DuPont Danisco
DuPont is applying its deep knowledge and experience in crop technology microbiology bioprocessing and engineering to
enable proprietary cost-effective cellulosic ethanol solutions for the market At DuPont we believe that science-powered innovation
and collaboration are required to meet the food energy and protection challenges of unprecedented population growth Our cel lulosic
ethanol team is leading the way in advanced biofuels by developing comprehensive integrated solutions for a range of feedstocks and
designing innovative enzymes to accelerate the commercial production of cellulosic biofuels in markets across the world
AS 30 maiores Empresas em Produtos Quiacutemicos Renovaacuteveis e Biomateriais (2011-12) ndash cont
26 Virent
Virent is replacing crude oil by creating the chemicals and fuels the world demands through utilization of a wide variety of naturally
occurring renewable resources Our patented BioFormingreg technology features catalytic chemistry which converts plant-based sugars into
a full range of hydrocarbon productsidentical to those made from petroleum including gasoline diesel jet fuel and chemicals for plastics
and fibers Our products are ldquodrop-inrdquo replacements that enable full utilization of todayrsquos existing processing pipeline storage and
transportation infrastructure Virent produces its hydrocarbon chemicals and fuels from plant sugars in a few hours compared to the
millions of years required for petroleum
27 LanzaTech
LanzaTech is very much part of this new field of innovators and by challenging our preconceptions of waste and energy sources we see
a future where access to energy is universal
28 POET
POET devotes tremendous resources to developing cellulosic ethanol Every day our researchers work to make it more affordable
Weve invested heavily in cellulosic research over the past decade and we will invest much more as we begin construction on our first
commercial cellulosic ethanol plant in Emmetsburg Iowa which we anticipate will produce 25 million gallons per year
29 Metabolix
Metabolix is developing commercially viable chemicals from biobased sources as opposed to fossil fuels which produce the vast majority of
chemicals today
Today four carbon (C4) chemicals are produced from non-renewable fossil-based hydrocarbons and are used to make spandex fibers
polyurethanes engineering resins and personal care products
Biobased chemicals allow us to address the global market demand for products and processing that reduce fossil energy use and greenhouse
gas emissions
30 Honeywellrsquos UOP
In 2008 UOP and Ensyn Corporation created the joint venture Envergent Technologies
Envergent is focused on the conversion of forest and agricultural waste residues to a liquid renewable oil to generate renewable heat and power
We do this through the RTPregprocess or rapid thermal processing which has been in commercial operation for more than 25 years
The RTP process produces a clean burning minimal sulfur content biofuel that can be used for the generation of renewable heat and power It is
a cost-effective solution to reduce greenhouse gas emissions up to 90 compared to petroleum-based fuels
The process is scalable to meet the needs of diverse applications It has a relatively compact footprint due to its modular construction and is
feedstock-flexible in that RTP can be designed to process a wide variety of lignocellulosic feedstocks
For more information on the advantages of pyrolysis oil and our RTP technology please visit us atwwwEnvergentTechcom
InstitutosEmpresaOutros
Nacionais
Instituto Nacional de Tecnologia
Empresa Brasileira de Pesquisas Agropecuaacuterias
PetrobraacutesCENPES
Centro de Energias Alternativas e Meio Ambiente
Centro de Tecnologia Canavieira
Instituto de Pesquisa Tecnoloacutegica do Estado de Satildeo Paulo
Instituto Nacional de Pesquisas Espaciais
Centro Brasileiro de Pesquisas Fiacutesicas
Instituto Nacional de Pesquisas da Amazocircnia
Conselho de Desenvolvimento Cientifico e Tecnoloacutegico
CNEN
Museu Paraense Emilio Goeldi Paraacute
FIOCRUZ
Instituto Nacional do Cacircncer
Instituto Adolfo Lutz
TOTAL GERAL 15 instituiccedilotildees
Universidade Federal do Rio de Janeiro
InstitutosDepartamentos
Internacionais
National Renewable Energy Laboratories EUA
US Department of Agriculture Agricultural Research
Service (USDA ARS) EUA
Chinese Academy of Science China
Agriculture ampAgri Food Canada Canadaacute
Institut National de la Recherche Agronomique Franccedila
Consejo Superior de Investigaciones Cientificas (CSIC)
Espanha
Russian Academy of Science Ruacutessia
Indian Institute of Technology Iacutendia
Natural Renewable Energy Laboratory EUA
National Institute of Advanced Industrial Science and
Technology Japatildeo
Institute Francais du Petrole (IFP)
Polish Academy of Science Polocircnia
Indian Institute of Chemical Technology India
Max Planck Institut Alemanha
French National Institute for Agricultural Research (INRA)
Franccedila
Tokyo Institute of Technology Japatildeo
Centre National de la Recherche Scientifique (CNRS)
Franccedila
National Chemical Laboratory Iacutendia
National Institute of Advanced Industrial Science and
Technology Japatildeo
Korea Institute of Science amp Technology Coreacuteia do Sul
US Geology Survey EUA
Marine Biotechnology Institute Japatildeo
Korea Institute of Energy Research (KIER) Coreacuteia do Sul
Centre National de la Recherche Scientifique (CNRS)
Franccedila
Kamaishi Labs Marine Biotechnology Institute Japatildeo
Alfred Wegener Institute for Polar and Marine Research
Alemanha
Australian National University Austraacutelia
Chonbuk National University Coreacuteia do Sul
Centre de Recherche en Ecologie Marine et Aquaculture
(IFREMER) Franccedila
Mitsubishi Heavy Ind Ltd (Advanced Technoly Research
Centre) Japatildeo
Oak Ridge National Laboratory (ORNL) EUA
Research Institute of Innovative Technology for the Earth
(RITE) Japatildeo
Central Institute of Medicinal and Aromatic Plants Iacutendia
Consiglio Nazional delle Ricerche (CNR) Itaacutelia
NASA EUA
Beijing Yixintang Medicine Research Institute
TOTAL GERAL 36 instituiccedilotildees
Universidade Federal do Rio de Janeiro
Empresas Internacionais
Novozymes AS
Genencor Int Inc
Kao Corp
Novo Nordisk AS
Novozymes Inc
Novo-Nordisk AS
Henkel KGAA
Iogen Energy Corp
Danisco US Inc Genencor Division
Novozymes Biotech Inc
Novozymes North America Inc
Goedegebuur F
Midwest Research Institute
Du Pont De Nemours amp Co
Dunn- Coleman N
AE Biofuels EUA
Blue Fire Ethanol EUAJapatildeo
Chempolis Ou
Iogen
KL Energy
Lignol Energy
Sekab
Sun Opta
Verenium
Chevron USA Inc
Shell International Research Maatshappij BV
Exxon Mobil Res ampEng Co
Sasol Technology Pty Ltd
Shell Oil Co
Conoco Phillips Co
ENI Spa
Exxon Res amp Eng Co
Exxon Mobil Res amp Eng Co
Roquette Freres As
Basf AG
General Electric Co
Exxon Mobil Chem Patents Inc
LrsquoOreal SA
Basf SE
Bayer AG
Wellington SL
Vinegar HJ
Berchenko IE
Dow Global Technologies Inc
Degussa AG
Bayer Material Science AG
Samsung SDI Co Ltd
Stegemeir GL
Henkel KGAA
Zhang E
Ryan RC
Fowler TD
Rouffi gnac EPD
Universidade Federal do Rio de Janeiro
Council of Scientific and Industrial Research of India
Li Y
Ye M
Wang Y
Zhang L
Jiang J
Liu Y
Yin K
Jiang L
Syngenta Part AG
Novartis AG
Basf SE
Bayer Cropscience AG
Dow Corning Corporation
Genoptera LLC
Monsanto Technology
US Secretary of Agriculture
Bayer Cropscience GMBH
Toyota Jidosha KK
TOTAL GERAL 88 instituiccedilotildees
Empresas Internacionais
Fowler TD
Rouffi gnac EPD
Merck Patent GMBH
Procter amp Gamble Co
Yokohama Rubber Co Ltd
Colgate Palmolive
Bridgestone Corp
Henkel KGAA
Goodyear Tire amp Rubber Co
LG Electronics Inc 507
Matsushita Denki Sangyo KK
Toshiba KK
Canon KK
Hitachi Ltd
Mitsubshi Electric Co
Mitsubishi Jukogyo KK
Universidade Federal do Rio de Janeiro
CURSOS
Ofertados nas instituiccedilotildees de ensino nacionais ou internacionais
Introduccedilatildeo a Quiacutemica Verde
Quiacutemica Verde e Quiacutemica Sustentaacutevel
Engenharia Ecoloacutegica e Quiacutemica Verde
ldquoQuiacutemica Verde Fundamentos e Aplicaccedilotildeesrdquo
Quiacutemica Verde na Atualidade
A Quiacutemica Verde e o papel da cataacutelise no contexto da
Inovaccedilatildeo e do Desenvolvimento Tecnoloacutegico
Universidade Federal do Rio de Janeiro
Universidade Federal do Rio de Janeiro
FONTES CONSULTADAS
Quiacutemica verde no Brasil 2010 ndash 2030 Ediccedilatildeo revista e atualizada
Centro de Gestatildeo e Estudos Estrateacutegicos
Ciecircncia Tecnologia e Inovaccedilatildeo
httpwwwsciencedirectcom
httpwwwperiodicoscapesgovbr
LINHAS DE PESQUISA
Luiz Felipe Miranda de Jesus
Universidade Federal do Rio de Janeiro
Linhas de Pesquisa
Buscas Associadas
ldquoQuiacutemica Verderdquo
ldquoQuiacutemica Ambientalrdquo
ldquoQuiacutemica Sustentaacutevelrdquo
ldquoGreen Chemistryrdquo
ldquoQuiacutemica Verde PampDrdquo
ldquoGreen Chemistry RampDrdquo
ldquoUS Green Chemistryrdquo
ldquoEurope Green Chemistryrdquo
Universidade Federal do Rio de Janeiro
Linhas de Pesquisa
Principais Fontes
Identificaccedilatildeo de Instituiccedilotildees citadas em artigos e outras publicaccedilotildees
CAPES
CNPQ
ABQ
SBPC
Instituiccedilotildees de Fomento (FINEP FAPESPetc)
CGEE
MCT
Sites das Universidades
EPA
IUPAC
ACS
Green Chemistry Network
Royal Society of Chemistry
European Environment Agency
Universidade Federal do Rio de Janeiro
The Interuniversity National Consortium Chemistry for the Environment (INCA Consortium) Gathers 33 Italian universities and about 90 research units headquarters in Venezia and Roma Italy
NSF Science and Technology Center for Environmentally Responsible Solvents and Processes University of North Carolina Chapel Hill Queens University Ionic Liquid Laboratories (QUILL)
Queens University of Belfast The Clean Technology Research Group University of Nottingham The Green Chemistry Group (see below now called centre of excellence)
University of York Centre for Green Chemistry University of Monash Centre for Green Manufacturing University of Alabama Chemical Process Engineering Research Institute Centre for Research amp Technology University of Leicester (UK) Leicester Green Chemistry Group
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
University of Leeds (UK) Leeds Cleaner Synthesis Group Institute of Applied Catalysis (UK) A research network for catalysis Carnegie Mellon University (USA) Institute for Green Oxidation Chemistry Institute for a Sustainable Environment (USA) University of Oregon Center for Sustainable and Green Chemistry (DEN) httpwwwcsgdtudk Green Chemistry Centre of Excellence (UK) httpwwwyorkacukresgcgsiteindexhtm Center for Green Chemistry at UMass Boston (US) httpwwwgreenchemistryumbedu Center for Green Chemistry at UMass Lowell (US) httpwwwgreenchemistryumledu University of Notre Dame Energy Centre (USA) httpwwwndedu~ndenergy Goumlteborg Universitys Centre for Environment and Sustainability (SWE) httpwwwchalmerssegmvEN
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
MSc in Green Chemistry and Sustainable Industrial Technology
Department of Chemistry at the University of York
Master en Quimica Sostenible
Faculty of Sciences at the University of Zaragoza
MSc in Green Chemistry Energy and the Environment
Imperical College London
MSc in Chemical Research (Green Chemistry with Industry)
CTA funding to the University of Leicester
1st year Master of Science Chemistry Specializing in Green Chemistry
University Louis Pasteur (Strasbourg I)
Master of Chemistry and EST
Universiteacute de Savoie
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
Schools with Green Chemistry Programs
United States
Eastern Connecticut
Yale University
Massachusetts
Bridgewater State College
Gordon College
University of Massachusetts Boston
University of Massachusetts Lowell Center for Green Chemistry
Pennsylvania
Carnegie Mellon Institute for Green Oxidation Chemistry
University of Scranton
Arkansas
Hendrix College (green organic chemistry)
Illinois
University of Illinois-Urbana-Champaign
Minnesota
St Olaf College
Alabama
University of Alabama
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
Linhas de Pesquisa California
Berkeley Center for Green Chemistry
UC Berkeley Extension
Colorado
Colorado School of Mines
Oregon
University of Oregon
Schools with Green Chemistry Programs - International
Australia
Monash University Centre for Green Chemistry
Murdoch University Sustainable ChemistryGreen Chemistry
Netherlands
Delft University of Technology Biocatalysis and Organic Chemistry
Italy
Interuniversity Consortium Chemistry for the Environment (INCA)
Universidade Federal do Rio de Janeiro
Northern Ireland
Queens University of Belfast Ionic Liquid Laboratories
Spain
Institute of Science and Technology (IUCT)
Green Chemistry Network of Spain (REDQS - Red Espantildeola de Quiacutemica Sostenible)
Sweden
Centre for Environment and Sustainability - Chalmers University of
TechnologyGoumlteborg University
United Kingdom
Green Chemistry Centre of Excellence at York
University of Leicester Green Chemistry Group
University of Nottingham Green and Analytical Chemistry
Brazil
Universidade do Vale do Itajaiacute Center for Technological Earth and Sea Sciences
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
Linhas de Pesquisa
Observaccedilotildees
Poucos programas especiacuteficos em ldquoQuiacutemica Verderdquo
Perfil multidisciplinar
Descriccedilatildeo de diversas linhas abrange somente um ou
alguns dos princiacutepios da ldquoQuiacutemica Verderdquo
Associaccedilatildeo inadequada ao tema
Necessidade de ampliaccedilatildeo de escopo
Movimento inicial de fomento aos projetos na aacuterea
Universidade Federal do Rio de Janeiro
CONGRESSOS E OUTROS SITES
Natasha Kelber
Universidade Federal do Rio de Janeiro
Universidade Federal do Rio de Janeiro
CONGRESSOS NACIONAIS
5ordm Simpoacutesio Nacional de Biocombustiacuteveis ndash BIOCOM ndash 14 a15Abril2012 ndash Canoas
RS
4ordf Escola de Quiacutemica Verde - JaneiroFevereiro2012 - Satildeo Paulo SP
VII Congresso Brasileiro de Biosseguranccedila - 19-23Setembro2011 - Joinville SC
II Semana de Biotecnologia Industrial - 20-22Outubro2010 - Lorena SP
5ordm Congresso Internacional de Bioenergia - 10-13Agosto2010 - Curitiba PR
II Semana de Biotecnologia Industrial - Julho2009 - Lorena SP
VI Congresso Brasileiro de Biosseguranccedila
VI Simpoacutesio Latino-Americano de Produtos Biotecnoloacutegicos
I Simpoacutesio Internacional de Biosseguridade e Pesquisa de Duplo Uso
I Feira de Equipamentos e Dispositivos de Biosseguranccedila ndash 22-25 Setembro2009 -
Rio de Janeiro RJ
1ordm Encontro Franco-Brasileiro de Quiacutemica Verde - 11 a 13Outubro2011
Universidade Federal do Rio de Janeiro
CONGRESSOS INTERNACIONAIS
3nd Brazilian Conference on Natural Products - 29Outubro-02Novembro2011 -
Ouro Preto MG
Biodiesel Congress - 27-29Julho2011 - Satildeo Paulo SP
IGCW 2011 Industrial Green Chemistry World Symposium amp Expo - December 4-6
2011 - Mumbai Iacutendia
3rd Asia-Oceania Conference on Green and Sustainable Chemistry (AOC-3) -
December 4-7 2011 - Melbourne Austraacutelia
3rd International Congress on Green Process Engineering - December 6-8 2011 -
Kuala Lumpur Malaysia
Minnesota Green Chemistry Conference - January 26 2012 - Minneapolis MN
The Asian Conference on Sustainability Energy amp the Environment - May 3-6 2012 -
Osaka Japan
16th Annual Green Chemistry amp Engineering Conference - June 18-20 2012 -
Washington DC
Gordon Research Seminar and Conference on Green Chemistry - July 21-27 2012 -
Lucca (Barga) Italy
4th International IUPAC Conference on Green Chemistry - August 25-29 2012 - Foz
do IguaccediluPR Brazil
Universidade Federal do Rio de Janeiro
OUTROS SITES
httpportalacsorgportalacscorgcontent_nfpb=trueamp_pageLabel=PP_SUPERAR
TICLEampnode_id=1401ampuse_sec=falseampsec_url_var=region1amp__uuid=6e2273c5-5e7f-
4c7b-8931-530d244f1650P15_704
httpwwwcleanproductionorgGreenphp
wwwrscorgMembershipNetworkingInternationalActivitiesPanAfricaindexasp
httpwwworganic-chemistryorgtopicsgreen-chemistryshtm
httpagenciafapespbr12992
httpacademicscrantonedufacultycannm1greenchemistryporthtml
httpwwwabqorgbrsimpequi2010trabalhos122-7744htm
httpbrlinkedincominquimicaverde
httpwwwcinprorgbrFreeComponent10435content149251shtml
httpquiverdeblogspotcom201006os-12-principios-da-quimica-verdehtml
httpwwwufpeltchebriqgwwverde
httpwwwbrasilescolacomquimicaprincipios-quimica-verdehtm
httpwwwsustentabilidaderesultadoscombrgreen-chemistry-a-sustainable-
opportunity
httpwwwgreenchemistrynetworkorg
httpwwwepagovgreenchemistry
PUBLICACcedilOtildeES E PERIOacuteDICOS
Renato Soares
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS
Base de Dados
Royal Society of Chemistry (30)
SpringerLink (MetaPress) (30)
Wiley Online Library (30)
ACS Journals Search (30)
Nature (NPG) (30)
Science (AAAS) (30)
IOPscience (Institute of Phsics) (30)
Oxford Journals (Oxford University Press) (30)
ScienceDirect (Elsevier) (30)
Annual Reviews (29)
AIP Scitation ndash American Institute of Physics (28)
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS
Annual Review of Biochemistry (6)
Scientific American (5)
Ecological Indicators (5)
Green Chemistry Educat (4)
Nature Chemistry (4)
J Chem Educ (3)
Autobiographies by Nob (3)
J Appl Phys (3)
Food Hydrocolloids (3)
Chem Soc Rev (2)
Annual Review of Environment and Resources (2)
J Am Chem Soc (2)
The Excitement and Fascination of Science (2)
Environmental Science and Pollution Research (2)
Universidade Federal do Rio de Janeiro
COLECcedilOtildeES E TEXTOS
Murilo Alves
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS REVISTAS E JORNAIS CIENTIacuteFICOS Revistas Cientiacuteficas com conteuacutedos sobre ensino de ciecircnciasquiacutemica e
quiacutemica verde
O primeiro artigo que atendeu aos criteacuterios adotados
neste trabalho e cujo tiacutetulo conteacutem a expressatildeo Green Chemistry (Quiacutemica Verde) - Design for the
environment and Green Chemistry the heart and soul
of industrial ecology - foi publicado em 1997
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS REVISTAS E JORNAIS CIENTIacuteFICOS Revistas Cientiacuteficas com conteuacutedos sobre ensino de ciecircnciasquiacutemica e
quiacutemica verde
Revista Quiacutemica Nova na Escola - QNEsc A Revista Quiacutemica Nova na Escola (QNEsc) com uma periodicidade trimestral propotildee-se a subsidiar o trabalho a formaccedilatildeo e a atualizaccedilatildeo da comunidade do Ensino de Quiacutemica brasileiro QNEsc integra-se agrave linha editorial da Sociedade Brasileira de Quiacutemica que publica tambeacutem a revista Quiacutemica Nova e o Journal of the Brazillian Chemical Society Quiacutemica Nova na Escola eacute um espaccedilo aberto ao educador suscitando debates e reflexotildees sobre o ensino e a aprendizagem de quiacutemica Assim contribui para a tarefa fundamental de formar verdadeiros cidadatildeos Nesse sentido a Divisatildeo de Ensino disponibiliza neste portal na iacutentegra e de forma totalmente gratuita todos os artigos publicados no formato PDF Estatildeo disponiacuteveis tambeacutem os Cadernos Temaacuteticos publicados desde 2001 pela Divisatildeo de Ensino
Green Chemistry - Journal Jornal publicado pela Royal Society of Chemistry - RCS que se apresenta como um espaccedilo para publicaccedilatildeo sobre
pesquisas de ponta no desenvolvimento de tecnologias alternativas sustentaacuteveis
Green Green - revista italiana do Consoacutercio Interuniversitaacuterio Quiacutemica Nacional do Meio Ambiente (INCA) em colaboraccedilatildeo com a Sociedade Quiacutemica Italiana (SCI) 1 5 ACS Publications A Divisatildeo de Publicaccedilotildees da Sociedade Americana de Quiacutemica (American Chemical Society - ACS) oferece a comunidade cientiacutefica mundial uma coleccedilatildeo abrangente dos perioacutedicos mais citados revisados por pares em ciecircncias quiacutemicas e afins
Universidade Federal do Rio de Janeiro
Universidade Federal do Rio de Janeiro
FONTES CONSULTADAS
httpwwwqmcufscbrgieqindexphplinkshtml
httpwwwperiodicoscapesgovbr
httpwwwscielocom
Organizaccediloes - 100 maiores empresas em Bioenergia 2011-12 Referencia Biofuels Digest online publication
November 9 2011 author Jim Lane
1 Solazyme
2 Amyris
3 Gevo
4 POET
5 LS9
6 Novozymes
7 Enerkem
8 LanzaTech
9 UOP
10 ZeaChem
11 Codexis
12 Abengoa Bioenergy
13 KiOR
14 Virent Energy Systems
15 Sapphire Energy
16 Ceres
17 Coskata
18 DuPont Cellulosic
19 Terrabon
20 Mascoma
21 Cobalt Technologies
22 Petrobras
23 Joule Unlimited
24 BP Biofuels
25 Neste
26 Waste Management
27 Rentech
28 Qteros
29 INEOS Bio
30 Genencor
31 Genomatica
32 Shell
33 Synthetic Genomics
34 Chemtex
100 maiores empresas em Bioenergia 2011-12 Referencia Biofuels Digest online publication November 9 2011
author Jim Lane
35 Algenol
36 Elevance Renewable Sciences
37 OriginOil
38 SG Biofuels
39 Cosan
40 HCL CleanTech
41 Fulcrum Bioenergy
42 Cargill
43 Chevron
44 Bluefire Renewables
45 Dynamic Fuels
46 Mendel
47 OPX Biotechnologies
48 Inbicon
49 Renmatix
50 Monsanto
51 Butamax
52 Iogen
53 DuPont
54 Verenium
55 PetroAlgae
56 DSM
57 ExxonMobil
58 Envergent
59 Aurora Algae
60 Syngenta
61 Praj Industries
62 Phycal
63 Renewable Energy Group
64 Clear Fuels Technology
65 ArborGen
66 KL Energy
67 Solix Biofuels
100 maiores empresas em Bioenergia 2011-12 Referencia Biofuels Digest online publication November 9 2011
author Jim Lane
68 Catchlight Energy
69 Dyadic
70 AE Biofuels
71 Myriant
72 EdeniQ
73 Avantium
74 Propel Fuels
75 GlycosBio
76 ETH Bioenergia
77 Chemrec
78 Ensyn
79 Green Plains Renewable Energy
80 Range Fuels
81 Bioprocess Algae
82 SynGest
83 TMO Renewables
84 Chromatin
85 Blue Marble Biomaterials
86 Genera Energy
87 ICM
88 Albemarle
89 Lignol
90 Raizen
91 Verdezyne
92 Greenfuel Ethanol
93 Atlantic Biomass Conversions
94 Pacific Ethanol
95 Dong Energy
96 SEKAB
97 Borregaard Industries
98 Dynamotive
99 Allard Research
100 Targeted Growth
Q4 (Baixo crescimento e baixas margens)
Os trecircs ldquoPILARESrdquo do Desenvolvimento Sustentaacutevel
ECONOMIA
ECOLOGIA SOCIEDADE
Desenvolvimento sustentaacutevel eacute o equiliacutebrio entre o SUCESSO
ECONOcircMICO com PROTECcedilAtildeO AMBIENTAL e RESPONSABILIDADE
SOCIAL
ldquoEstrateacutegia eacute o Objetivo e a Missatildeo de uma organizaccedilatildeo no longo prazo que
possibilitam obter vantagens competitivas para a organizaccedilatildeo atraveacutes de sua
estruturaccedilatildeo de recursos num ambiente competitivo de modo a satisfazer as
necessidades do mercado e a satisfazer as expectativas dos STAKEHOLDERS
Johnson and Scholes(2004)
Estrateacutegias de Negoacutecios devem apresentar
1048698 Objetivo de Longo Prazo
1048698 Seleccedilatildeo dos mercados onde a empresa pretende competir
1048698 Vantagens sobre a concorrecircncia
1048698 Recursos necessaacuterios (competecircncias ativos recursos financeiros
relacionamentos competecircncia teacutecnica instalaccedilotildees)
1048698 Fatores que podem comprometer a habilidade para competir (ambiente dos
negoacutecios)
1048698 Valores e expectativas dos ldquostakeholdersrdquo( soacutecios clientes funcionaacuterios
comunidade fornecedores etc)
Valor Estrateacutegico do Desenvolvimento Sustentaacutevel
1048708 Casos de Valor
1048708 As empresas desempenham um papel importante na proteccedilatildeo ao meio
ambiente e na melhoria da qualidade de vida para todos
1048708 Proteccedilatildeo ao Negoacutecio propriamente dito
1048708 Reduccedilatildeo dos riscos ndash exposiccedilatildeo ao risco de ativos fiacutesicos humanos e
intangiacuteveis
1048708 Reforccedilo na permissatildeo para funcionar ndash reduzindo riscos poliacuteticos e
melhorando o grau de aceitaccedilatildeo
1048708 Aumento do valor da marca e da reputaccedilatildeo
Apenas com a visatildeo do gestor de empresas que diante de seus resultados
que natildeo correspondem agraves expectativas dos acionistas nem de seus
funcionaacuterios clientes e demais ldquoshareholdersrdquo proponho-lhes a seguinte
decisatildeo a tomar e evidente coloco minha resposta e observaccedilotildees correndo o
risco de ser mal interpretado poreacutem respaldado por anos de
responsabilidade pelos resultados de empresas de grande e de meacutedio porte
nos meus trinta anos de mercado
Suponhamos uma empresa que apresenta um faturamento liacutequido anual igual
a 100 unidades monetaacuterias Deste faturamento jaacute foram abatidos os impostos
e taxas bem como as despesas com vendas Deduzimos deste faturamento
liacutequido o CP (custo de produccedilatildeo) no total de 80 e chegamos a uma margem
de contribuiccedilatildeo de 20
Evidente que desta margem operacional para chegarmos ao resultado final
da empresa teremos que abater outros itens tais como impostos
investimentos etc poreacutem proponho-lhes ficarmos com a margem
operacional apenas uma vez que o nosso objetivo seraacute a otimizaccedilatildeo dos
resultados via melhoria da margem operacional
Gestatildeo Sustentaacutevel
Na primeira alternativa aumentamos em 10 o faturamento liacutequido e
consequentemente em 10 o CP e chegamos a um aumento de 10 na Margem
operacional ou seja Fat Liacuteq = 110 CP igual a 88 e Moper= 22 ou aumento de
(22-20)20=10
Numa segunda alternativa opta-se por aumentar a margem operacional em
10 atraveacutes da reduccedilatildeo do CP Temos entatildeo Fat Liacuteq=100 CP igual a 78
chegando-se assim a uma margem operacional de 22 ou seja 10 superior
Isto significa que para obtermos o mesmo resultado sem alterarmos o
faturamento liacutequido conseguimos atraveacutes de uma reduccedilatildeo de (78-80) 80=25
Ou seja para esta estrutura de resultados um aumento no faturamento de 10
produz o mesmo resultado que uma reduccedilatildeo de 25 no Custo de produccedilatildeo
Isto significa que o gestor deve decidir entre reduzir 1 no CP ou aumentar o
Fat Liacutequido em 4 para obter o mesmo aumento na margem operacional
Qual eacute a melhor decisatildeo a ser tomada para aumentar a margem liacutequida em 10
Com base neste raciociacutenio um aumento do faturamento natildeo depende apenas
da decisatildeo da empresa depende e muito do mercado onde a empresa atua
depende do mercado e nem sempre a empresa consegue aumentaacute-lo sem
perder volume de vendas a decisatildeo fica por conta do aumento de volume e em
consequecircncia por aumento da oferta o preccedilo meacutedio cai e consequentemente
para se compensar a perda de preccedilos o volume tem que ser ainda maior do que
os 10 desejados no aumento do faturamento por exemplo
A segunda alternativa a reduccedilatildeo no custo de produccedilatildeo de 25 pode ser
conseguida internamente com aumento na eficiecircncia dos processos de
produccedilatildeo reduccedilatildeo de geraccedilatildeo de resiacuteduos e negociaccedilotildees junto aos
fornecedores de mateacuterias primas e insumos e neste caso a empresa como
cliente tem muito maiores condiccedilotildees de exigir preccedilos mais competitivos ou no
caso de natildeo se conseguir por tratar-se de fornecedor com excessivo poder de
negociaccedilatildeo a empresa pode sempre buscar reduccedilotildees de custos das principais
mateacuterias primas atraveacutes de mateacuterias primas substitutas Evidentemente que as
reduccedilotildees nos preccedilos das utilidades como vapor energia aacutegua devem e podem
ser otimizadas bem como a reduccedilatildeo de seus desperdiacutecios atraveacutes de
campanhas internas de sensibilizaccedilatildeo e melhoria nos processos produtivos
E onde entra a Quiacutemica Verde em todo esse raciociacutenio loacutegico
Claro estaacute que os leitores jaacute comeccedilaram a correlacionar as medidas de reduccedilatildeo
de custos de produccedilatildeo com os 12 Princiacutepios da Quiacutemica Verde senatildeo vejamos
Reduzir custo de produccedilatildeo eacute aumentar os rendimentos dos processos
evitando-se assim a geraccedilatildeo de resiacuteduos e de subprodutos indesejaacuteveis e as
necessidades e custos de tratamento de resiacuteduos em especial quando se trata de
resiacuteduos toacutexicos Os controles dos processos em tempo real antes da formaccedilatildeo
de substancias perigosas e de subprodutos indesejaacuteveis tambeacutem ajudam a
aumentar a eficiecircncia dos processos e por consequecircncia a reduccedilatildeo dos custos de
produccedilatildeo Aleacutem disso a alternativa de uso de mateacuteria prima renovaacutevel para ajudar
na reduccedilatildeo de custos aleacutem de contribuir com o meio ambiente apresenta-se
cada vez mais promissora nas negociaccedilotildees junto aos fornecedores atuais
Mais um princiacutepio da quiacutemica verde o seacutetimo pode e deve ser cada vez mais
usado na gestatildeo das empresas Seraacute que a sua empresa natildeo deveria ser como a
maioria dos carros nacionais flex Que tal ser uma EMPRESA FLEX Imagine se
na hora de comprar mateacuteria prima voce pudesse optar entre mateacuteria prima
convencional derivada do petroacuteleo ou de fonte renovaacutevel pela que produzisse
melhor margem operacional naquele momento do mercado Pense em como
seria maior a sua capacidade de negociaccedilatildeo junto aos seus fornecedores atuais
Aleacutem disso produzir a menores pressotildees e temperaturas e sem usar solventes eacute
reduzir custo de investimentos e de recuperaccedilatildeo aumento consequente nas
margens e reduccedilatildeo do CAPEX necessaacuterio
Pelo acima exposto e com a responsabilidade que tenho como
Reestruturador de Empresas e alavancador de resultados acredito que daqui em
diante a boa gestatildeo de empresas necessitaraacute de gestores cada vez mais
capacitados e natildeo falo apenas das empresas quiacutemicas falo das empresas em
geral precisaremos de GESTORES SUSTENTAacuteVEIS e a Escola Brasileira de
Quiacutemica Verde poderaacute contribuir muito com a formaccedilatildeo desses novos
profissionais que teratildeo desafios mais abrangentes e complementares natildeo
somente nas aacutereas mais teacutecnicas como tambeacutem em todas as aacutereas de gestatildeo de
empresas
Claro estaacute que para um gestor de visatildeo de curto prazo que a Gestatildeo
Sustentaacutevel possa parecer mais onerosa poreacutem a visatildeo contributiva do bom
gestor a meacutedio e a longo prazo segundo e segundo Warren Buffet o bom gestor
deve fazer aumentar o valor da empresa e este descontado num fluxo de
ldquovaluationrdquo normalmente usado nos processos de compra e venda de empresas
deve evitar quaisquer ldquoliabilitiesrdquotais como passivos ambientais passivos
trabalhistas e tributaacuterios que possam vir a ser deduzidos do valor de venda de
uma empresa no momento da negociaccedilatildeo
A Gestatildeo Sustentaacutevel deixa de ser algo acadecircmico e de preocupaccedilatildeo apenas
com o meio ambiente e passa a fazer parte do patrimocircnio das empresas e de
suas avaliaccedilotildees quando das apresentaccedilotildees de seus balanccedilos Empresas geridas
com sustentabilidade valem mais natildeo soacute as empresas quiacutemicas volto a dizer
todo e qualquer tipo de empresa
Apenas para exemplificar jaacute identificamos mais de 100 empresas no mundo
todo que trabalham com a utilizaccedilatildeo de mateacuterias primas renovaacuteveis para
combustiacuteveis e outras 30 empresas que jaacute possuem derivados quiacutemicos de
fontes renovaacuteveis e economicamente viaacuteveis
No Brasil temos a Petrobras a Braskem e o grande exemplo do aacutelcool
combustiacutevel e fonte para produtos alcoolquiacutemicos totalmente viabilizados e
exemplo para todo o mundo
Produccedilatildeo amp
Destribuiccedilatildeo
Custo de Aprovisionamento
Metodologia para comparaccedilatildeo de Cadeia de Valores (ALGORITMO)
BASES COMPARATIVAS
Os custos de produtos de mateacuterias primas renovaacuteveis devem ser iguais ou menores do que os
custos de produtos similares de mateacuterias primas petroquiacutemicas
CPMPR = CPMPP
OS CUSTOS DAS CADEIAS DE VALORES DEVEM SER SIMILARES E APRESENTAREM A
MESMA COMPETIVIDADE DE CUSTOS NOS MERCADOS ALVOS DESSES PRODUTOS OU
DE SUAS APLICACcedilOES NO LONGO PRAZO E COM FLUTUACcedilOES DE CUSTOS
ASSIMILAacuteVEIS PELOS MERCADOS DE APLICACcedilAO DESSES PRODUTOS AS
SAZONALIDADES DOS MERCADOS AGRO DEVEM SER COMPENSADAS POR ESTOQUES
REGULADORES E OS CUSTOS DE MANUTENCcedilAO DE TAIS ESTOQUES DEVEM SER
LEVADOS EM CONSIDERACcedilAO NAS ANAacuteLISES DE COMPETITIVIDADES DE CUSTOS DOS
PRODUTOS DE MATEacuteRIAS PRIMAS RENOVAacuteVEIS E DE SEUS SIMILARES
PETROQUIacuteMICOS
CCVR lt= CCVP
Universidade Federal do Rio de Janeiro
EXEMPLOS DE NEGOacuteCIOS SUSTENTAacuteVEIS
1 Biorrefinarias
2 Produccedilatildeo de Etanol
3 Rota Bioquiacutemica
4 Termoquiacutemica
5 Sucroquiacutemica
6 Conversatildeo de CO2 por microalgas
7 Fitoteraacutepicos
8 Biopesticidas de Origem Vegetal
9 Aromas Fragracircncias e Oacuteleos Essenciais
10Fitoquiacutemica
11Energias Renovaacuteveis
12 Produccedilatildeo Bioloacutegica de Hidrogecircnio
MP renovaacutevel
Transporte MP
Lavagem Moagem
Unidade de fermentaccedilatildeo
Destilaccedilatildeo
Controle de qualidade e
estocagem de agravelcool
Transporte do aacutelcool
(caminhotildees)
Estoque de agravelcool nos
clientes
MP Petroquiacutemica
Transporte do MP
Craqueamento Separaccedilatildeo
Estocagem do eteno
Transporte Tubovias
Hidrataccedilatildeo
Transporte Etanol
Tubovias ou caminhotildees
Estoque nos clientes
Etanol de
cana de
accedilucar
Etanol
Petroquiacutemico
Cana de
accedilucar
Caminhotildees
Bagaccedilo Cogeraccedilatildeo de vapor
energia eletrica
Tubovias
Co produtos
Propeno
Buteno
Outros
Nafta
MP renovaacutevel
Transporte MP
Estoque Etanol
Unidade de aldeido aceacutetico
Unidade produccedilatildeo
ac aceacutetico Destilaccedilatildeo
Transporte de ac
aceacutetico
Estoque de Ac Aceacutetico nos clientes
MP Gaacutes natural
C O Carboxilaccedilatildeo Unidade de remoccedilatildeo de
Leves
Controle de qualidade
Estoque de aacutecido
aceacutetico
Transporte de Ac aceacutetico
Estoque de ac Aceacutetico nos clientes
Aacutecido Aceacutetico
Alcool
Quiacutemico
Aacutecido aceacutetico
a partir do
metanol
Etanol
Caminhotildees
Caminhotildees
Gaacutes natural
Metanol
Off - gas
Caminhotildees
MP renovaacutevel
Transporte MP
Lavagem Moagem
Unidade de fermentaccedilatildeo
Destilaccedilatildeo
Controle de qualidade e
estocagem de agravelcool
Transporte do aacutelcool
(caminhotildees)
Estoque de agravelcool nos
clientes
MP Petroquiacutemica
Transporte do MP
Craqueamento Separaccedilatildeo
Estocagem do eteno
Etanol de
cana de
accedilucar
Eteno
Petroquiacutemico
Cana de
accedilucar
Caminhotildees
Bagaccedilo Cogeraccedilatildeo de vapor
energia eletrica
Tubovias Co produtos
Propeno
Buteno
Outros
Nafta
MP renovaacutevel
Transporte MP
Estoque Etanol
Desidrataccedilatildeo Estoque Eteno
Etanol Caminhotildees
Eteno Alcool
Quiacutemico
Outros Sites AS 30 maiores Empresas em Produtos Quiacutemicos Renovaacuteveis e Biomateriais
(2011-12) Referencias Biofuels Digest ndashe sites das empresas
1 Genomatica
We develop our processes using our proprietary biotechnology platform The resulting processes can convert multiple renewable
feedstocks into numerous existing chemicals that meet industry specifications for large established markets
2 Solazyme
Solazymes proprietary biotechnology platform creates renewable oils by harnessing microalgaes prolific oil production capabilities
Through world-class molecular biology and chemical engineering capabilities were able to cost-effectively produce high-value tailored oils
3 Amyris
The basis of our production is a well-established fermentation process that uses our genetically-engineered yeast strains to convert
the sugar source into target molecules such as farnesene
4 Gevo
We plan to produce isobutanol a versatile platform chemical for the liquid fuels and petrochemical market
5 LS9
LS9rsquos industrial biotechnology platform converts diverse renewable feedstocks to drop-in fuel and chemical products
6 Dupont
Through DuPont innovation key building blocks for many of the materials we use every day can now be derived from renewable
resources mdash creating a much smaller environmental footprint than their petroleum-based predecessors with no compromise in performance
7 Codexis
Products and technology from Codexis can help the chemicals industry reduce supply chain volatility replace petroleum-based
environmentally sensitive raw materials with plentiful biomass and gain a competitive advantage in the marketplace
AS 30 maiores Empresas em Produtos Quiacutemicos Renovaacuteveis e Biomateriais (2011-12) ndash cont
8 Genencor
As a leader in the development of renewable alternatives for petroleum-based chemicals and fuels Genencor is helping to build the road
towards a more sustainable future
9 Novozymes
A number of technologies are involved in these steps and this part of ldquoOur technologyrdquo gives you an understanding of how these
technologies are employed in the work of researchers at Novozymes
10 ZeaChem
ZeaChem Inc has developed a cellulose-based biorefinery platform capable of producing advanced ethanol fuels and chemicals
Our indirect approach leapfrogs the yield and carbon dioxide (CO2) problems associated with traditional and cellulosic based processes
11 Cargill
Cargillrsquos range of nature-based products are suited to a number of industrial applications and markets We offer a growing number
of products derived from renewable sources designed to replace or offset non-renewable ingredients
12 Cobalt Technologies
Cobalts technology features a continuous process to efficiently convert diverse low cost feedstocks ndash beginning with bagasse and
waste wood ndash into biobutanol
13 Waste Management
Thatrsquos why Waste Management makes such a good fit Our mission is to bring you professional dependable services and innovative
solutions that create value for you ndash and a better future for us all
14 Ceres
Our technology platforms are helping make biofuels bio-based chemicals and biopower more economical and scalable It starts with
improving the crops themselves a process as old as farming but now coupled with the latest genomics-based breakthroughs
AS 30 maiores Empresas em Produtos Quiacutemicos Renovaacuteveis e Biomateriais (2011-12) ndash cont
15 Elevance Renewable Sciences
As the leader in transforming natural renewable oils into high-performing specialty products and materials Elevance is uniquely
positioned to meet consumer demand in a market exceeding $100 billion annually in these segments
Performance waxesNature Wax productsPersonal care productsDetergents and cleanersAntimicrobials
16 Dow Chemical
At Dow we are already creating solutions for a more sustainable future by helping develop paints that scrub the formaldehyde
from the air designing intelligent packaging that keeps food fresher longer and communicates its condition as well as more efficient
batteries to power vehicles
17 Enerkem
Chemicals used to make thousands of industrial and consumer products have traditionally been derived from fossil fuels such as petroleum
With an innovative process that uses waste and residues instead of fossil fuels Enerkem helps meet the increasing demand for greener
everyday products
18 Coskata
Coskata is a biology-based renewable energy company whose low-cost platform technology allows for the production of fuels and
chemicals from a variety of input material (including biomass agricultural and municipal wastes and other carbonaceous material)
Using proprietary microorganisms and patented bioreactor designs we are ready today to produce feedstock flexible ethanol
to fuel energy security economic growth and environmental sustainability
19 OPX Biotechnologies
OPXBIO developed and piloted the microbe and process that will produce its first biochemical product ndash BioAcrylic ndash at 30 to 50
percent lower cost and a 75 percent reduction in greenhouse gas emissions over current petrol-based acrylic Todayrsquos petro-acrylic has
an $10 billion global market in applications such as paints adhesives diapers and detergents In 2011 OPXBIO began collaborating
with The Dow Chemical Company to develop an industrial-scale process for producing BioAcrylic OPXBIO anticipates
full commercialization of BioAcrylic within three to five years
20 DSM
Bio-based materials The DSM Innovation Center is currently developing a platform of bio-based performance materials Examples
include investment in the green-chemistry company Segetis an agreement with Novomer to develop the first green resin for coatings
and the launch of EcoPaXXtrade a bio-based high-performance engineering plastic polymer
Approximately 70 of EcoPaXXtrade consists of building blocks derived from castor oil ndash a renewable resource This results in a
carbon footprint of zero lsquofrom cradle to the DSM gatersquo Itrsquos a strong selling point in todayrsquos plastics market as well as being fully compatible
with our strategy of sustainable innovation
AS 30 maiores Empresas em Produtos Quiacutemicos Renovaacuteveis e Biomateriais (2011-12) ndash cont
21 Myriant
Biobased specialty chemicals are a reality today because of Myriants commitment to development of technology with direct
commercial applicability Our integrated approach which links RampD efforts with the business strategy throughout the value chain and
across key aspects of company operations has resulted in a novel biocatalyst platform with proven commercialization success a robust
product pipeline and an extensive intellectual property suite
22 Cosan
O aacutelcool etiacutelico ou etanol eacute produzido pela fermentaccedilatildeo da cana-de-accediluacutecar A Raiacutezen se destaca como uma das maiores produtoras de
etanol no paiacutes com produccedilatildeo anual de22 bilhotildees de litros Em linha com sua visatildeo de ser reconhecida globalmente pela
excelecircncia no desenvolvimento produccedilatildeo e comercializaccedilatildeo de energia sustentaacutevel investe no combustiacutevel de matriz limpa e renovaacutevel
com tecnologia e talento que satildeo referecircncia no Brasil e no mundo
23 Mascoma
Ethanolrsquos energy is derived from plants that in turn obtain their energy from the sun In this way ethanol acts as a means of storing solar
power in liquid form Cellulosic ethanol is ethanol that is obtained from the non-edible portion of plant material Cellulosic ethanol is
identical in composition and performance to ethanol derived from corn or sugar cane Cellulosic ethanol however has important
environmental economic and sustainability advantages over conventional sources due to its source and method of production
24 KiOR
KiOR has developed a proprietary technology platform to convert sustainable low-cost non-food biomass into a hydrocarbon-based
renewable crude oil Using standard refining equipment the company processes its renewable crude into gasoline and diesel blendstocks
that can utilize the existing transportation fuel infrastructure for use in vehicles on the road today
25 DuPont Danisco
DuPont is applying its deep knowledge and experience in crop technology microbiology bioprocessing and engineering to
enable proprietary cost-effective cellulosic ethanol solutions for the market At DuPont we believe that science-powered innovation
and collaboration are required to meet the food energy and protection challenges of unprecedented population growth Our cel lulosic
ethanol team is leading the way in advanced biofuels by developing comprehensive integrated solutions for a range of feedstocks and
designing innovative enzymes to accelerate the commercial production of cellulosic biofuels in markets across the world
AS 30 maiores Empresas em Produtos Quiacutemicos Renovaacuteveis e Biomateriais (2011-12) ndash cont
26 Virent
Virent is replacing crude oil by creating the chemicals and fuels the world demands through utilization of a wide variety of naturally
occurring renewable resources Our patented BioFormingreg technology features catalytic chemistry which converts plant-based sugars into
a full range of hydrocarbon productsidentical to those made from petroleum including gasoline diesel jet fuel and chemicals for plastics
and fibers Our products are ldquodrop-inrdquo replacements that enable full utilization of todayrsquos existing processing pipeline storage and
transportation infrastructure Virent produces its hydrocarbon chemicals and fuels from plant sugars in a few hours compared to the
millions of years required for petroleum
27 LanzaTech
LanzaTech is very much part of this new field of innovators and by challenging our preconceptions of waste and energy sources we see
a future where access to energy is universal
28 POET
POET devotes tremendous resources to developing cellulosic ethanol Every day our researchers work to make it more affordable
Weve invested heavily in cellulosic research over the past decade and we will invest much more as we begin construction on our first
commercial cellulosic ethanol plant in Emmetsburg Iowa which we anticipate will produce 25 million gallons per year
29 Metabolix
Metabolix is developing commercially viable chemicals from biobased sources as opposed to fossil fuels which produce the vast majority of
chemicals today
Today four carbon (C4) chemicals are produced from non-renewable fossil-based hydrocarbons and are used to make spandex fibers
polyurethanes engineering resins and personal care products
Biobased chemicals allow us to address the global market demand for products and processing that reduce fossil energy use and greenhouse
gas emissions
30 Honeywellrsquos UOP
In 2008 UOP and Ensyn Corporation created the joint venture Envergent Technologies
Envergent is focused on the conversion of forest and agricultural waste residues to a liquid renewable oil to generate renewable heat and power
We do this through the RTPregprocess or rapid thermal processing which has been in commercial operation for more than 25 years
The RTP process produces a clean burning minimal sulfur content biofuel that can be used for the generation of renewable heat and power It is
a cost-effective solution to reduce greenhouse gas emissions up to 90 compared to petroleum-based fuels
The process is scalable to meet the needs of diverse applications It has a relatively compact footprint due to its modular construction and is
feedstock-flexible in that RTP can be designed to process a wide variety of lignocellulosic feedstocks
For more information on the advantages of pyrolysis oil and our RTP technology please visit us atwwwEnvergentTechcom
InstitutosEmpresaOutros
Nacionais
Instituto Nacional de Tecnologia
Empresa Brasileira de Pesquisas Agropecuaacuterias
PetrobraacutesCENPES
Centro de Energias Alternativas e Meio Ambiente
Centro de Tecnologia Canavieira
Instituto de Pesquisa Tecnoloacutegica do Estado de Satildeo Paulo
Instituto Nacional de Pesquisas Espaciais
Centro Brasileiro de Pesquisas Fiacutesicas
Instituto Nacional de Pesquisas da Amazocircnia
Conselho de Desenvolvimento Cientifico e Tecnoloacutegico
CNEN
Museu Paraense Emilio Goeldi Paraacute
FIOCRUZ
Instituto Nacional do Cacircncer
Instituto Adolfo Lutz
TOTAL GERAL 15 instituiccedilotildees
Universidade Federal do Rio de Janeiro
InstitutosDepartamentos
Internacionais
National Renewable Energy Laboratories EUA
US Department of Agriculture Agricultural Research
Service (USDA ARS) EUA
Chinese Academy of Science China
Agriculture ampAgri Food Canada Canadaacute
Institut National de la Recherche Agronomique Franccedila
Consejo Superior de Investigaciones Cientificas (CSIC)
Espanha
Russian Academy of Science Ruacutessia
Indian Institute of Technology Iacutendia
Natural Renewable Energy Laboratory EUA
National Institute of Advanced Industrial Science and
Technology Japatildeo
Institute Francais du Petrole (IFP)
Polish Academy of Science Polocircnia
Indian Institute of Chemical Technology India
Max Planck Institut Alemanha
French National Institute for Agricultural Research (INRA)
Franccedila
Tokyo Institute of Technology Japatildeo
Centre National de la Recherche Scientifique (CNRS)
Franccedila
National Chemical Laboratory Iacutendia
National Institute of Advanced Industrial Science and
Technology Japatildeo
Korea Institute of Science amp Technology Coreacuteia do Sul
US Geology Survey EUA
Marine Biotechnology Institute Japatildeo
Korea Institute of Energy Research (KIER) Coreacuteia do Sul
Centre National de la Recherche Scientifique (CNRS)
Franccedila
Kamaishi Labs Marine Biotechnology Institute Japatildeo
Alfred Wegener Institute for Polar and Marine Research
Alemanha
Australian National University Austraacutelia
Chonbuk National University Coreacuteia do Sul
Centre de Recherche en Ecologie Marine et Aquaculture
(IFREMER) Franccedila
Mitsubishi Heavy Ind Ltd (Advanced Technoly Research
Centre) Japatildeo
Oak Ridge National Laboratory (ORNL) EUA
Research Institute of Innovative Technology for the Earth
(RITE) Japatildeo
Central Institute of Medicinal and Aromatic Plants Iacutendia
Consiglio Nazional delle Ricerche (CNR) Itaacutelia
NASA EUA
Beijing Yixintang Medicine Research Institute
TOTAL GERAL 36 instituiccedilotildees
Universidade Federal do Rio de Janeiro
Empresas Internacionais
Novozymes AS
Genencor Int Inc
Kao Corp
Novo Nordisk AS
Novozymes Inc
Novo-Nordisk AS
Henkel KGAA
Iogen Energy Corp
Danisco US Inc Genencor Division
Novozymes Biotech Inc
Novozymes North America Inc
Goedegebuur F
Midwest Research Institute
Du Pont De Nemours amp Co
Dunn- Coleman N
AE Biofuels EUA
Blue Fire Ethanol EUAJapatildeo
Chempolis Ou
Iogen
KL Energy
Lignol Energy
Sekab
Sun Opta
Verenium
Chevron USA Inc
Shell International Research Maatshappij BV
Exxon Mobil Res ampEng Co
Sasol Technology Pty Ltd
Shell Oil Co
Conoco Phillips Co
ENI Spa
Exxon Res amp Eng Co
Exxon Mobil Res amp Eng Co
Roquette Freres As
Basf AG
General Electric Co
Exxon Mobil Chem Patents Inc
LrsquoOreal SA
Basf SE
Bayer AG
Wellington SL
Vinegar HJ
Berchenko IE
Dow Global Technologies Inc
Degussa AG
Bayer Material Science AG
Samsung SDI Co Ltd
Stegemeir GL
Henkel KGAA
Zhang E
Ryan RC
Fowler TD
Rouffi gnac EPD
Universidade Federal do Rio de Janeiro
Council of Scientific and Industrial Research of India
Li Y
Ye M
Wang Y
Zhang L
Jiang J
Liu Y
Yin K
Jiang L
Syngenta Part AG
Novartis AG
Basf SE
Bayer Cropscience AG
Dow Corning Corporation
Genoptera LLC
Monsanto Technology
US Secretary of Agriculture
Bayer Cropscience GMBH
Toyota Jidosha KK
TOTAL GERAL 88 instituiccedilotildees
Empresas Internacionais
Fowler TD
Rouffi gnac EPD
Merck Patent GMBH
Procter amp Gamble Co
Yokohama Rubber Co Ltd
Colgate Palmolive
Bridgestone Corp
Henkel KGAA
Goodyear Tire amp Rubber Co
LG Electronics Inc 507
Matsushita Denki Sangyo KK
Toshiba KK
Canon KK
Hitachi Ltd
Mitsubshi Electric Co
Mitsubishi Jukogyo KK
Universidade Federal do Rio de Janeiro
CURSOS
Ofertados nas instituiccedilotildees de ensino nacionais ou internacionais
Introduccedilatildeo a Quiacutemica Verde
Quiacutemica Verde e Quiacutemica Sustentaacutevel
Engenharia Ecoloacutegica e Quiacutemica Verde
ldquoQuiacutemica Verde Fundamentos e Aplicaccedilotildeesrdquo
Quiacutemica Verde na Atualidade
A Quiacutemica Verde e o papel da cataacutelise no contexto da
Inovaccedilatildeo e do Desenvolvimento Tecnoloacutegico
Universidade Federal do Rio de Janeiro
Universidade Federal do Rio de Janeiro
FONTES CONSULTADAS
Quiacutemica verde no Brasil 2010 ndash 2030 Ediccedilatildeo revista e atualizada
Centro de Gestatildeo e Estudos Estrateacutegicos
Ciecircncia Tecnologia e Inovaccedilatildeo
httpwwwsciencedirectcom
httpwwwperiodicoscapesgovbr
LINHAS DE PESQUISA
Luiz Felipe Miranda de Jesus
Universidade Federal do Rio de Janeiro
Linhas de Pesquisa
Buscas Associadas
ldquoQuiacutemica Verderdquo
ldquoQuiacutemica Ambientalrdquo
ldquoQuiacutemica Sustentaacutevelrdquo
ldquoGreen Chemistryrdquo
ldquoQuiacutemica Verde PampDrdquo
ldquoGreen Chemistry RampDrdquo
ldquoUS Green Chemistryrdquo
ldquoEurope Green Chemistryrdquo
Universidade Federal do Rio de Janeiro
Linhas de Pesquisa
Principais Fontes
Identificaccedilatildeo de Instituiccedilotildees citadas em artigos e outras publicaccedilotildees
CAPES
CNPQ
ABQ
SBPC
Instituiccedilotildees de Fomento (FINEP FAPESPetc)
CGEE
MCT
Sites das Universidades
EPA
IUPAC
ACS
Green Chemistry Network
Royal Society of Chemistry
European Environment Agency
Universidade Federal do Rio de Janeiro
The Interuniversity National Consortium Chemistry for the Environment (INCA Consortium) Gathers 33 Italian universities and about 90 research units headquarters in Venezia and Roma Italy
NSF Science and Technology Center for Environmentally Responsible Solvents and Processes University of North Carolina Chapel Hill Queens University Ionic Liquid Laboratories (QUILL)
Queens University of Belfast The Clean Technology Research Group University of Nottingham The Green Chemistry Group (see below now called centre of excellence)
University of York Centre for Green Chemistry University of Monash Centre for Green Manufacturing University of Alabama Chemical Process Engineering Research Institute Centre for Research amp Technology University of Leicester (UK) Leicester Green Chemistry Group
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
University of Leeds (UK) Leeds Cleaner Synthesis Group Institute of Applied Catalysis (UK) A research network for catalysis Carnegie Mellon University (USA) Institute for Green Oxidation Chemistry Institute for a Sustainable Environment (USA) University of Oregon Center for Sustainable and Green Chemistry (DEN) httpwwwcsgdtudk Green Chemistry Centre of Excellence (UK) httpwwwyorkacukresgcgsiteindexhtm Center for Green Chemistry at UMass Boston (US) httpwwwgreenchemistryumbedu Center for Green Chemistry at UMass Lowell (US) httpwwwgreenchemistryumledu University of Notre Dame Energy Centre (USA) httpwwwndedu~ndenergy Goumlteborg Universitys Centre for Environment and Sustainability (SWE) httpwwwchalmerssegmvEN
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
MSc in Green Chemistry and Sustainable Industrial Technology
Department of Chemistry at the University of York
Master en Quimica Sostenible
Faculty of Sciences at the University of Zaragoza
MSc in Green Chemistry Energy and the Environment
Imperical College London
MSc in Chemical Research (Green Chemistry with Industry)
CTA funding to the University of Leicester
1st year Master of Science Chemistry Specializing in Green Chemistry
University Louis Pasteur (Strasbourg I)
Master of Chemistry and EST
Universiteacute de Savoie
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
Schools with Green Chemistry Programs
United States
Eastern Connecticut
Yale University
Massachusetts
Bridgewater State College
Gordon College
University of Massachusetts Boston
University of Massachusetts Lowell Center for Green Chemistry
Pennsylvania
Carnegie Mellon Institute for Green Oxidation Chemistry
University of Scranton
Arkansas
Hendrix College (green organic chemistry)
Illinois
University of Illinois-Urbana-Champaign
Minnesota
St Olaf College
Alabama
University of Alabama
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
Linhas de Pesquisa California
Berkeley Center for Green Chemistry
UC Berkeley Extension
Colorado
Colorado School of Mines
Oregon
University of Oregon
Schools with Green Chemistry Programs - International
Australia
Monash University Centre for Green Chemistry
Murdoch University Sustainable ChemistryGreen Chemistry
Netherlands
Delft University of Technology Biocatalysis and Organic Chemistry
Italy
Interuniversity Consortium Chemistry for the Environment (INCA)
Universidade Federal do Rio de Janeiro
Northern Ireland
Queens University of Belfast Ionic Liquid Laboratories
Spain
Institute of Science and Technology (IUCT)
Green Chemistry Network of Spain (REDQS - Red Espantildeola de Quiacutemica Sostenible)
Sweden
Centre for Environment and Sustainability - Chalmers University of
TechnologyGoumlteborg University
United Kingdom
Green Chemistry Centre of Excellence at York
University of Leicester Green Chemistry Group
University of Nottingham Green and Analytical Chemistry
Brazil
Universidade do Vale do Itajaiacute Center for Technological Earth and Sea Sciences
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
Linhas de Pesquisa
Observaccedilotildees
Poucos programas especiacuteficos em ldquoQuiacutemica Verderdquo
Perfil multidisciplinar
Descriccedilatildeo de diversas linhas abrange somente um ou
alguns dos princiacutepios da ldquoQuiacutemica Verderdquo
Associaccedilatildeo inadequada ao tema
Necessidade de ampliaccedilatildeo de escopo
Movimento inicial de fomento aos projetos na aacuterea
Universidade Federal do Rio de Janeiro
CONGRESSOS E OUTROS SITES
Natasha Kelber
Universidade Federal do Rio de Janeiro
Universidade Federal do Rio de Janeiro
CONGRESSOS NACIONAIS
5ordm Simpoacutesio Nacional de Biocombustiacuteveis ndash BIOCOM ndash 14 a15Abril2012 ndash Canoas
RS
4ordf Escola de Quiacutemica Verde - JaneiroFevereiro2012 - Satildeo Paulo SP
VII Congresso Brasileiro de Biosseguranccedila - 19-23Setembro2011 - Joinville SC
II Semana de Biotecnologia Industrial - 20-22Outubro2010 - Lorena SP
5ordm Congresso Internacional de Bioenergia - 10-13Agosto2010 - Curitiba PR
II Semana de Biotecnologia Industrial - Julho2009 - Lorena SP
VI Congresso Brasileiro de Biosseguranccedila
VI Simpoacutesio Latino-Americano de Produtos Biotecnoloacutegicos
I Simpoacutesio Internacional de Biosseguridade e Pesquisa de Duplo Uso
I Feira de Equipamentos e Dispositivos de Biosseguranccedila ndash 22-25 Setembro2009 -
Rio de Janeiro RJ
1ordm Encontro Franco-Brasileiro de Quiacutemica Verde - 11 a 13Outubro2011
Universidade Federal do Rio de Janeiro
CONGRESSOS INTERNACIONAIS
3nd Brazilian Conference on Natural Products - 29Outubro-02Novembro2011 -
Ouro Preto MG
Biodiesel Congress - 27-29Julho2011 - Satildeo Paulo SP
IGCW 2011 Industrial Green Chemistry World Symposium amp Expo - December 4-6
2011 - Mumbai Iacutendia
3rd Asia-Oceania Conference on Green and Sustainable Chemistry (AOC-3) -
December 4-7 2011 - Melbourne Austraacutelia
3rd International Congress on Green Process Engineering - December 6-8 2011 -
Kuala Lumpur Malaysia
Minnesota Green Chemistry Conference - January 26 2012 - Minneapolis MN
The Asian Conference on Sustainability Energy amp the Environment - May 3-6 2012 -
Osaka Japan
16th Annual Green Chemistry amp Engineering Conference - June 18-20 2012 -
Washington DC
Gordon Research Seminar and Conference on Green Chemistry - July 21-27 2012 -
Lucca (Barga) Italy
4th International IUPAC Conference on Green Chemistry - August 25-29 2012 - Foz
do IguaccediluPR Brazil
Universidade Federal do Rio de Janeiro
OUTROS SITES
httpportalacsorgportalacscorgcontent_nfpb=trueamp_pageLabel=PP_SUPERAR
TICLEampnode_id=1401ampuse_sec=falseampsec_url_var=region1amp__uuid=6e2273c5-5e7f-
4c7b-8931-530d244f1650P15_704
httpwwwcleanproductionorgGreenphp
wwwrscorgMembershipNetworkingInternationalActivitiesPanAfricaindexasp
httpwwworganic-chemistryorgtopicsgreen-chemistryshtm
httpagenciafapespbr12992
httpacademicscrantonedufacultycannm1greenchemistryporthtml
httpwwwabqorgbrsimpequi2010trabalhos122-7744htm
httpbrlinkedincominquimicaverde
httpwwwcinprorgbrFreeComponent10435content149251shtml
httpquiverdeblogspotcom201006os-12-principios-da-quimica-verdehtml
httpwwwufpeltchebriqgwwverde
httpwwwbrasilescolacomquimicaprincipios-quimica-verdehtm
httpwwwsustentabilidaderesultadoscombrgreen-chemistry-a-sustainable-
opportunity
httpwwwgreenchemistrynetworkorg
httpwwwepagovgreenchemistry
PUBLICACcedilOtildeES E PERIOacuteDICOS
Renato Soares
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS
Base de Dados
Royal Society of Chemistry (30)
SpringerLink (MetaPress) (30)
Wiley Online Library (30)
ACS Journals Search (30)
Nature (NPG) (30)
Science (AAAS) (30)
IOPscience (Institute of Phsics) (30)
Oxford Journals (Oxford University Press) (30)
ScienceDirect (Elsevier) (30)
Annual Reviews (29)
AIP Scitation ndash American Institute of Physics (28)
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS
Annual Review of Biochemistry (6)
Scientific American (5)
Ecological Indicators (5)
Green Chemistry Educat (4)
Nature Chemistry (4)
J Chem Educ (3)
Autobiographies by Nob (3)
J Appl Phys (3)
Food Hydrocolloids (3)
Chem Soc Rev (2)
Annual Review of Environment and Resources (2)
J Am Chem Soc (2)
The Excitement and Fascination of Science (2)
Environmental Science and Pollution Research (2)
Universidade Federal do Rio de Janeiro
COLECcedilOtildeES E TEXTOS
Murilo Alves
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS REVISTAS E JORNAIS CIENTIacuteFICOS Revistas Cientiacuteficas com conteuacutedos sobre ensino de ciecircnciasquiacutemica e
quiacutemica verde
O primeiro artigo que atendeu aos criteacuterios adotados
neste trabalho e cujo tiacutetulo conteacutem a expressatildeo Green Chemistry (Quiacutemica Verde) - Design for the
environment and Green Chemistry the heart and soul
of industrial ecology - foi publicado em 1997
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS REVISTAS E JORNAIS CIENTIacuteFICOS Revistas Cientiacuteficas com conteuacutedos sobre ensino de ciecircnciasquiacutemica e
quiacutemica verde
Revista Quiacutemica Nova na Escola - QNEsc A Revista Quiacutemica Nova na Escola (QNEsc) com uma periodicidade trimestral propotildee-se a subsidiar o trabalho a formaccedilatildeo e a atualizaccedilatildeo da comunidade do Ensino de Quiacutemica brasileiro QNEsc integra-se agrave linha editorial da Sociedade Brasileira de Quiacutemica que publica tambeacutem a revista Quiacutemica Nova e o Journal of the Brazillian Chemical Society Quiacutemica Nova na Escola eacute um espaccedilo aberto ao educador suscitando debates e reflexotildees sobre o ensino e a aprendizagem de quiacutemica Assim contribui para a tarefa fundamental de formar verdadeiros cidadatildeos Nesse sentido a Divisatildeo de Ensino disponibiliza neste portal na iacutentegra e de forma totalmente gratuita todos os artigos publicados no formato PDF Estatildeo disponiacuteveis tambeacutem os Cadernos Temaacuteticos publicados desde 2001 pela Divisatildeo de Ensino
Green Chemistry - Journal Jornal publicado pela Royal Society of Chemistry - RCS que se apresenta como um espaccedilo para publicaccedilatildeo sobre
pesquisas de ponta no desenvolvimento de tecnologias alternativas sustentaacuteveis
Green Green - revista italiana do Consoacutercio Interuniversitaacuterio Quiacutemica Nacional do Meio Ambiente (INCA) em colaboraccedilatildeo com a Sociedade Quiacutemica Italiana (SCI) 1 5 ACS Publications A Divisatildeo de Publicaccedilotildees da Sociedade Americana de Quiacutemica (American Chemical Society - ACS) oferece a comunidade cientiacutefica mundial uma coleccedilatildeo abrangente dos perioacutedicos mais citados revisados por pares em ciecircncias quiacutemicas e afins
Universidade Federal do Rio de Janeiro
Universidade Federal do Rio de Janeiro
FONTES CONSULTADAS
httpwwwqmcufscbrgieqindexphplinkshtml
httpwwwperiodicoscapesgovbr
httpwwwscielocom
Organizaccediloes - 100 maiores empresas em Bioenergia 2011-12 Referencia Biofuels Digest online publication
November 9 2011 author Jim Lane
1 Solazyme
2 Amyris
3 Gevo
4 POET
5 LS9
6 Novozymes
7 Enerkem
8 LanzaTech
9 UOP
10 ZeaChem
11 Codexis
12 Abengoa Bioenergy
13 KiOR
14 Virent Energy Systems
15 Sapphire Energy
16 Ceres
17 Coskata
18 DuPont Cellulosic
19 Terrabon
20 Mascoma
21 Cobalt Technologies
22 Petrobras
23 Joule Unlimited
24 BP Biofuels
25 Neste
26 Waste Management
27 Rentech
28 Qteros
29 INEOS Bio
30 Genencor
31 Genomatica
32 Shell
33 Synthetic Genomics
34 Chemtex
100 maiores empresas em Bioenergia 2011-12 Referencia Biofuels Digest online publication November 9 2011
author Jim Lane
35 Algenol
36 Elevance Renewable Sciences
37 OriginOil
38 SG Biofuels
39 Cosan
40 HCL CleanTech
41 Fulcrum Bioenergy
42 Cargill
43 Chevron
44 Bluefire Renewables
45 Dynamic Fuels
46 Mendel
47 OPX Biotechnologies
48 Inbicon
49 Renmatix
50 Monsanto
51 Butamax
52 Iogen
53 DuPont
54 Verenium
55 PetroAlgae
56 DSM
57 ExxonMobil
58 Envergent
59 Aurora Algae
60 Syngenta
61 Praj Industries
62 Phycal
63 Renewable Energy Group
64 Clear Fuels Technology
65 ArborGen
66 KL Energy
67 Solix Biofuels
100 maiores empresas em Bioenergia 2011-12 Referencia Biofuels Digest online publication November 9 2011
author Jim Lane
68 Catchlight Energy
69 Dyadic
70 AE Biofuels
71 Myriant
72 EdeniQ
73 Avantium
74 Propel Fuels
75 GlycosBio
76 ETH Bioenergia
77 Chemrec
78 Ensyn
79 Green Plains Renewable Energy
80 Range Fuels
81 Bioprocess Algae
82 SynGest
83 TMO Renewables
84 Chromatin
85 Blue Marble Biomaterials
86 Genera Energy
87 ICM
88 Albemarle
89 Lignol
90 Raizen
91 Verdezyne
92 Greenfuel Ethanol
93 Atlantic Biomass Conversions
94 Pacific Ethanol
95 Dong Energy
96 SEKAB
97 Borregaard Industries
98 Dynamotive
99 Allard Research
100 Targeted Growth
Os trecircs ldquoPILARESrdquo do Desenvolvimento Sustentaacutevel
ECONOMIA
ECOLOGIA SOCIEDADE
Desenvolvimento sustentaacutevel eacute o equiliacutebrio entre o SUCESSO
ECONOcircMICO com PROTECcedilAtildeO AMBIENTAL e RESPONSABILIDADE
SOCIAL
ldquoEstrateacutegia eacute o Objetivo e a Missatildeo de uma organizaccedilatildeo no longo prazo que
possibilitam obter vantagens competitivas para a organizaccedilatildeo atraveacutes de sua
estruturaccedilatildeo de recursos num ambiente competitivo de modo a satisfazer as
necessidades do mercado e a satisfazer as expectativas dos STAKEHOLDERS
Johnson and Scholes(2004)
Estrateacutegias de Negoacutecios devem apresentar
1048698 Objetivo de Longo Prazo
1048698 Seleccedilatildeo dos mercados onde a empresa pretende competir
1048698 Vantagens sobre a concorrecircncia
1048698 Recursos necessaacuterios (competecircncias ativos recursos financeiros
relacionamentos competecircncia teacutecnica instalaccedilotildees)
1048698 Fatores que podem comprometer a habilidade para competir (ambiente dos
negoacutecios)
1048698 Valores e expectativas dos ldquostakeholdersrdquo( soacutecios clientes funcionaacuterios
comunidade fornecedores etc)
Valor Estrateacutegico do Desenvolvimento Sustentaacutevel
1048708 Casos de Valor
1048708 As empresas desempenham um papel importante na proteccedilatildeo ao meio
ambiente e na melhoria da qualidade de vida para todos
1048708 Proteccedilatildeo ao Negoacutecio propriamente dito
1048708 Reduccedilatildeo dos riscos ndash exposiccedilatildeo ao risco de ativos fiacutesicos humanos e
intangiacuteveis
1048708 Reforccedilo na permissatildeo para funcionar ndash reduzindo riscos poliacuteticos e
melhorando o grau de aceitaccedilatildeo
1048708 Aumento do valor da marca e da reputaccedilatildeo
Apenas com a visatildeo do gestor de empresas que diante de seus resultados
que natildeo correspondem agraves expectativas dos acionistas nem de seus
funcionaacuterios clientes e demais ldquoshareholdersrdquo proponho-lhes a seguinte
decisatildeo a tomar e evidente coloco minha resposta e observaccedilotildees correndo o
risco de ser mal interpretado poreacutem respaldado por anos de
responsabilidade pelos resultados de empresas de grande e de meacutedio porte
nos meus trinta anos de mercado
Suponhamos uma empresa que apresenta um faturamento liacutequido anual igual
a 100 unidades monetaacuterias Deste faturamento jaacute foram abatidos os impostos
e taxas bem como as despesas com vendas Deduzimos deste faturamento
liacutequido o CP (custo de produccedilatildeo) no total de 80 e chegamos a uma margem
de contribuiccedilatildeo de 20
Evidente que desta margem operacional para chegarmos ao resultado final
da empresa teremos que abater outros itens tais como impostos
investimentos etc poreacutem proponho-lhes ficarmos com a margem
operacional apenas uma vez que o nosso objetivo seraacute a otimizaccedilatildeo dos
resultados via melhoria da margem operacional
Gestatildeo Sustentaacutevel
Na primeira alternativa aumentamos em 10 o faturamento liacutequido e
consequentemente em 10 o CP e chegamos a um aumento de 10 na Margem
operacional ou seja Fat Liacuteq = 110 CP igual a 88 e Moper= 22 ou aumento de
(22-20)20=10
Numa segunda alternativa opta-se por aumentar a margem operacional em
10 atraveacutes da reduccedilatildeo do CP Temos entatildeo Fat Liacuteq=100 CP igual a 78
chegando-se assim a uma margem operacional de 22 ou seja 10 superior
Isto significa que para obtermos o mesmo resultado sem alterarmos o
faturamento liacutequido conseguimos atraveacutes de uma reduccedilatildeo de (78-80) 80=25
Ou seja para esta estrutura de resultados um aumento no faturamento de 10
produz o mesmo resultado que uma reduccedilatildeo de 25 no Custo de produccedilatildeo
Isto significa que o gestor deve decidir entre reduzir 1 no CP ou aumentar o
Fat Liacutequido em 4 para obter o mesmo aumento na margem operacional
Qual eacute a melhor decisatildeo a ser tomada para aumentar a margem liacutequida em 10
Com base neste raciociacutenio um aumento do faturamento natildeo depende apenas
da decisatildeo da empresa depende e muito do mercado onde a empresa atua
depende do mercado e nem sempre a empresa consegue aumentaacute-lo sem
perder volume de vendas a decisatildeo fica por conta do aumento de volume e em
consequecircncia por aumento da oferta o preccedilo meacutedio cai e consequentemente
para se compensar a perda de preccedilos o volume tem que ser ainda maior do que
os 10 desejados no aumento do faturamento por exemplo
A segunda alternativa a reduccedilatildeo no custo de produccedilatildeo de 25 pode ser
conseguida internamente com aumento na eficiecircncia dos processos de
produccedilatildeo reduccedilatildeo de geraccedilatildeo de resiacuteduos e negociaccedilotildees junto aos
fornecedores de mateacuterias primas e insumos e neste caso a empresa como
cliente tem muito maiores condiccedilotildees de exigir preccedilos mais competitivos ou no
caso de natildeo se conseguir por tratar-se de fornecedor com excessivo poder de
negociaccedilatildeo a empresa pode sempre buscar reduccedilotildees de custos das principais
mateacuterias primas atraveacutes de mateacuterias primas substitutas Evidentemente que as
reduccedilotildees nos preccedilos das utilidades como vapor energia aacutegua devem e podem
ser otimizadas bem como a reduccedilatildeo de seus desperdiacutecios atraveacutes de
campanhas internas de sensibilizaccedilatildeo e melhoria nos processos produtivos
E onde entra a Quiacutemica Verde em todo esse raciociacutenio loacutegico
Claro estaacute que os leitores jaacute comeccedilaram a correlacionar as medidas de reduccedilatildeo
de custos de produccedilatildeo com os 12 Princiacutepios da Quiacutemica Verde senatildeo vejamos
Reduzir custo de produccedilatildeo eacute aumentar os rendimentos dos processos
evitando-se assim a geraccedilatildeo de resiacuteduos e de subprodutos indesejaacuteveis e as
necessidades e custos de tratamento de resiacuteduos em especial quando se trata de
resiacuteduos toacutexicos Os controles dos processos em tempo real antes da formaccedilatildeo
de substancias perigosas e de subprodutos indesejaacuteveis tambeacutem ajudam a
aumentar a eficiecircncia dos processos e por consequecircncia a reduccedilatildeo dos custos de
produccedilatildeo Aleacutem disso a alternativa de uso de mateacuteria prima renovaacutevel para ajudar
na reduccedilatildeo de custos aleacutem de contribuir com o meio ambiente apresenta-se
cada vez mais promissora nas negociaccedilotildees junto aos fornecedores atuais
Mais um princiacutepio da quiacutemica verde o seacutetimo pode e deve ser cada vez mais
usado na gestatildeo das empresas Seraacute que a sua empresa natildeo deveria ser como a
maioria dos carros nacionais flex Que tal ser uma EMPRESA FLEX Imagine se
na hora de comprar mateacuteria prima voce pudesse optar entre mateacuteria prima
convencional derivada do petroacuteleo ou de fonte renovaacutevel pela que produzisse
melhor margem operacional naquele momento do mercado Pense em como
seria maior a sua capacidade de negociaccedilatildeo junto aos seus fornecedores atuais
Aleacutem disso produzir a menores pressotildees e temperaturas e sem usar solventes eacute
reduzir custo de investimentos e de recuperaccedilatildeo aumento consequente nas
margens e reduccedilatildeo do CAPEX necessaacuterio
Pelo acima exposto e com a responsabilidade que tenho como
Reestruturador de Empresas e alavancador de resultados acredito que daqui em
diante a boa gestatildeo de empresas necessitaraacute de gestores cada vez mais
capacitados e natildeo falo apenas das empresas quiacutemicas falo das empresas em
geral precisaremos de GESTORES SUSTENTAacuteVEIS e a Escola Brasileira de
Quiacutemica Verde poderaacute contribuir muito com a formaccedilatildeo desses novos
profissionais que teratildeo desafios mais abrangentes e complementares natildeo
somente nas aacutereas mais teacutecnicas como tambeacutem em todas as aacutereas de gestatildeo de
empresas
Claro estaacute que para um gestor de visatildeo de curto prazo que a Gestatildeo
Sustentaacutevel possa parecer mais onerosa poreacutem a visatildeo contributiva do bom
gestor a meacutedio e a longo prazo segundo e segundo Warren Buffet o bom gestor
deve fazer aumentar o valor da empresa e este descontado num fluxo de
ldquovaluationrdquo normalmente usado nos processos de compra e venda de empresas
deve evitar quaisquer ldquoliabilitiesrdquotais como passivos ambientais passivos
trabalhistas e tributaacuterios que possam vir a ser deduzidos do valor de venda de
uma empresa no momento da negociaccedilatildeo
A Gestatildeo Sustentaacutevel deixa de ser algo acadecircmico e de preocupaccedilatildeo apenas
com o meio ambiente e passa a fazer parte do patrimocircnio das empresas e de
suas avaliaccedilotildees quando das apresentaccedilotildees de seus balanccedilos Empresas geridas
com sustentabilidade valem mais natildeo soacute as empresas quiacutemicas volto a dizer
todo e qualquer tipo de empresa
Apenas para exemplificar jaacute identificamos mais de 100 empresas no mundo
todo que trabalham com a utilizaccedilatildeo de mateacuterias primas renovaacuteveis para
combustiacuteveis e outras 30 empresas que jaacute possuem derivados quiacutemicos de
fontes renovaacuteveis e economicamente viaacuteveis
No Brasil temos a Petrobras a Braskem e o grande exemplo do aacutelcool
combustiacutevel e fonte para produtos alcoolquiacutemicos totalmente viabilizados e
exemplo para todo o mundo
Produccedilatildeo amp
Destribuiccedilatildeo
Custo de Aprovisionamento
Metodologia para comparaccedilatildeo de Cadeia de Valores (ALGORITMO)
BASES COMPARATIVAS
Os custos de produtos de mateacuterias primas renovaacuteveis devem ser iguais ou menores do que os
custos de produtos similares de mateacuterias primas petroquiacutemicas
CPMPR = CPMPP
OS CUSTOS DAS CADEIAS DE VALORES DEVEM SER SIMILARES E APRESENTAREM A
MESMA COMPETIVIDADE DE CUSTOS NOS MERCADOS ALVOS DESSES PRODUTOS OU
DE SUAS APLICACcedilOES NO LONGO PRAZO E COM FLUTUACcedilOES DE CUSTOS
ASSIMILAacuteVEIS PELOS MERCADOS DE APLICACcedilAO DESSES PRODUTOS AS
SAZONALIDADES DOS MERCADOS AGRO DEVEM SER COMPENSADAS POR ESTOQUES
REGULADORES E OS CUSTOS DE MANUTENCcedilAO DE TAIS ESTOQUES DEVEM SER
LEVADOS EM CONSIDERACcedilAO NAS ANAacuteLISES DE COMPETITIVIDADES DE CUSTOS DOS
PRODUTOS DE MATEacuteRIAS PRIMAS RENOVAacuteVEIS E DE SEUS SIMILARES
PETROQUIacuteMICOS
CCVR lt= CCVP
Universidade Federal do Rio de Janeiro
EXEMPLOS DE NEGOacuteCIOS SUSTENTAacuteVEIS
1 Biorrefinarias
2 Produccedilatildeo de Etanol
3 Rota Bioquiacutemica
4 Termoquiacutemica
5 Sucroquiacutemica
6 Conversatildeo de CO2 por microalgas
7 Fitoteraacutepicos
8 Biopesticidas de Origem Vegetal
9 Aromas Fragracircncias e Oacuteleos Essenciais
10Fitoquiacutemica
11Energias Renovaacuteveis
12 Produccedilatildeo Bioloacutegica de Hidrogecircnio
MP renovaacutevel
Transporte MP
Lavagem Moagem
Unidade de fermentaccedilatildeo
Destilaccedilatildeo
Controle de qualidade e
estocagem de agravelcool
Transporte do aacutelcool
(caminhotildees)
Estoque de agravelcool nos
clientes
MP Petroquiacutemica
Transporte do MP
Craqueamento Separaccedilatildeo
Estocagem do eteno
Transporte Tubovias
Hidrataccedilatildeo
Transporte Etanol
Tubovias ou caminhotildees
Estoque nos clientes
Etanol de
cana de
accedilucar
Etanol
Petroquiacutemico
Cana de
accedilucar
Caminhotildees
Bagaccedilo Cogeraccedilatildeo de vapor
energia eletrica
Tubovias
Co produtos
Propeno
Buteno
Outros
Nafta
MP renovaacutevel
Transporte MP
Estoque Etanol
Unidade de aldeido aceacutetico
Unidade produccedilatildeo
ac aceacutetico Destilaccedilatildeo
Transporte de ac
aceacutetico
Estoque de Ac Aceacutetico nos clientes
MP Gaacutes natural
C O Carboxilaccedilatildeo Unidade de remoccedilatildeo de
Leves
Controle de qualidade
Estoque de aacutecido
aceacutetico
Transporte de Ac aceacutetico
Estoque de ac Aceacutetico nos clientes
Aacutecido Aceacutetico
Alcool
Quiacutemico
Aacutecido aceacutetico
a partir do
metanol
Etanol
Caminhotildees
Caminhotildees
Gaacutes natural
Metanol
Off - gas
Caminhotildees
MP renovaacutevel
Transporte MP
Lavagem Moagem
Unidade de fermentaccedilatildeo
Destilaccedilatildeo
Controle de qualidade e
estocagem de agravelcool
Transporte do aacutelcool
(caminhotildees)
Estoque de agravelcool nos
clientes
MP Petroquiacutemica
Transporte do MP
Craqueamento Separaccedilatildeo
Estocagem do eteno
Etanol de
cana de
accedilucar
Eteno
Petroquiacutemico
Cana de
accedilucar
Caminhotildees
Bagaccedilo Cogeraccedilatildeo de vapor
energia eletrica
Tubovias Co produtos
Propeno
Buteno
Outros
Nafta
MP renovaacutevel
Transporte MP
Estoque Etanol
Desidrataccedilatildeo Estoque Eteno
Etanol Caminhotildees
Eteno Alcool
Quiacutemico
Outros Sites AS 30 maiores Empresas em Produtos Quiacutemicos Renovaacuteveis e Biomateriais
(2011-12) Referencias Biofuels Digest ndashe sites das empresas
1 Genomatica
We develop our processes using our proprietary biotechnology platform The resulting processes can convert multiple renewable
feedstocks into numerous existing chemicals that meet industry specifications for large established markets
2 Solazyme
Solazymes proprietary biotechnology platform creates renewable oils by harnessing microalgaes prolific oil production capabilities
Through world-class molecular biology and chemical engineering capabilities were able to cost-effectively produce high-value tailored oils
3 Amyris
The basis of our production is a well-established fermentation process that uses our genetically-engineered yeast strains to convert
the sugar source into target molecules such as farnesene
4 Gevo
We plan to produce isobutanol a versatile platform chemical for the liquid fuels and petrochemical market
5 LS9
LS9rsquos industrial biotechnology platform converts diverse renewable feedstocks to drop-in fuel and chemical products
6 Dupont
Through DuPont innovation key building blocks for many of the materials we use every day can now be derived from renewable
resources mdash creating a much smaller environmental footprint than their petroleum-based predecessors with no compromise in performance
7 Codexis
Products and technology from Codexis can help the chemicals industry reduce supply chain volatility replace petroleum-based
environmentally sensitive raw materials with plentiful biomass and gain a competitive advantage in the marketplace
AS 30 maiores Empresas em Produtos Quiacutemicos Renovaacuteveis e Biomateriais (2011-12) ndash cont
8 Genencor
As a leader in the development of renewable alternatives for petroleum-based chemicals and fuels Genencor is helping to build the road
towards a more sustainable future
9 Novozymes
A number of technologies are involved in these steps and this part of ldquoOur technologyrdquo gives you an understanding of how these
technologies are employed in the work of researchers at Novozymes
10 ZeaChem
ZeaChem Inc has developed a cellulose-based biorefinery platform capable of producing advanced ethanol fuels and chemicals
Our indirect approach leapfrogs the yield and carbon dioxide (CO2) problems associated with traditional and cellulosic based processes
11 Cargill
Cargillrsquos range of nature-based products are suited to a number of industrial applications and markets We offer a growing number
of products derived from renewable sources designed to replace or offset non-renewable ingredients
12 Cobalt Technologies
Cobalts technology features a continuous process to efficiently convert diverse low cost feedstocks ndash beginning with bagasse and
waste wood ndash into biobutanol
13 Waste Management
Thatrsquos why Waste Management makes such a good fit Our mission is to bring you professional dependable services and innovative
solutions that create value for you ndash and a better future for us all
14 Ceres
Our technology platforms are helping make biofuels bio-based chemicals and biopower more economical and scalable It starts with
improving the crops themselves a process as old as farming but now coupled with the latest genomics-based breakthroughs
AS 30 maiores Empresas em Produtos Quiacutemicos Renovaacuteveis e Biomateriais (2011-12) ndash cont
15 Elevance Renewable Sciences
As the leader in transforming natural renewable oils into high-performing specialty products and materials Elevance is uniquely
positioned to meet consumer demand in a market exceeding $100 billion annually in these segments
Performance waxesNature Wax productsPersonal care productsDetergents and cleanersAntimicrobials
16 Dow Chemical
At Dow we are already creating solutions for a more sustainable future by helping develop paints that scrub the formaldehyde
from the air designing intelligent packaging that keeps food fresher longer and communicates its condition as well as more efficient
batteries to power vehicles
17 Enerkem
Chemicals used to make thousands of industrial and consumer products have traditionally been derived from fossil fuels such as petroleum
With an innovative process that uses waste and residues instead of fossil fuels Enerkem helps meet the increasing demand for greener
everyday products
18 Coskata
Coskata is a biology-based renewable energy company whose low-cost platform technology allows for the production of fuels and
chemicals from a variety of input material (including biomass agricultural and municipal wastes and other carbonaceous material)
Using proprietary microorganisms and patented bioreactor designs we are ready today to produce feedstock flexible ethanol
to fuel energy security economic growth and environmental sustainability
19 OPX Biotechnologies
OPXBIO developed and piloted the microbe and process that will produce its first biochemical product ndash BioAcrylic ndash at 30 to 50
percent lower cost and a 75 percent reduction in greenhouse gas emissions over current petrol-based acrylic Todayrsquos petro-acrylic has
an $10 billion global market in applications such as paints adhesives diapers and detergents In 2011 OPXBIO began collaborating
with The Dow Chemical Company to develop an industrial-scale process for producing BioAcrylic OPXBIO anticipates
full commercialization of BioAcrylic within three to five years
20 DSM
Bio-based materials The DSM Innovation Center is currently developing a platform of bio-based performance materials Examples
include investment in the green-chemistry company Segetis an agreement with Novomer to develop the first green resin for coatings
and the launch of EcoPaXXtrade a bio-based high-performance engineering plastic polymer
Approximately 70 of EcoPaXXtrade consists of building blocks derived from castor oil ndash a renewable resource This results in a
carbon footprint of zero lsquofrom cradle to the DSM gatersquo Itrsquos a strong selling point in todayrsquos plastics market as well as being fully compatible
with our strategy of sustainable innovation
AS 30 maiores Empresas em Produtos Quiacutemicos Renovaacuteveis e Biomateriais (2011-12) ndash cont
21 Myriant
Biobased specialty chemicals are a reality today because of Myriants commitment to development of technology with direct
commercial applicability Our integrated approach which links RampD efforts with the business strategy throughout the value chain and
across key aspects of company operations has resulted in a novel biocatalyst platform with proven commercialization success a robust
product pipeline and an extensive intellectual property suite
22 Cosan
O aacutelcool etiacutelico ou etanol eacute produzido pela fermentaccedilatildeo da cana-de-accediluacutecar A Raiacutezen se destaca como uma das maiores produtoras de
etanol no paiacutes com produccedilatildeo anual de22 bilhotildees de litros Em linha com sua visatildeo de ser reconhecida globalmente pela
excelecircncia no desenvolvimento produccedilatildeo e comercializaccedilatildeo de energia sustentaacutevel investe no combustiacutevel de matriz limpa e renovaacutevel
com tecnologia e talento que satildeo referecircncia no Brasil e no mundo
23 Mascoma
Ethanolrsquos energy is derived from plants that in turn obtain their energy from the sun In this way ethanol acts as a means of storing solar
power in liquid form Cellulosic ethanol is ethanol that is obtained from the non-edible portion of plant material Cellulosic ethanol is
identical in composition and performance to ethanol derived from corn or sugar cane Cellulosic ethanol however has important
environmental economic and sustainability advantages over conventional sources due to its source and method of production
24 KiOR
KiOR has developed a proprietary technology platform to convert sustainable low-cost non-food biomass into a hydrocarbon-based
renewable crude oil Using standard refining equipment the company processes its renewable crude into gasoline and diesel blendstocks
that can utilize the existing transportation fuel infrastructure for use in vehicles on the road today
25 DuPont Danisco
DuPont is applying its deep knowledge and experience in crop technology microbiology bioprocessing and engineering to
enable proprietary cost-effective cellulosic ethanol solutions for the market At DuPont we believe that science-powered innovation
and collaboration are required to meet the food energy and protection challenges of unprecedented population growth Our cel lulosic
ethanol team is leading the way in advanced biofuels by developing comprehensive integrated solutions for a range of feedstocks and
designing innovative enzymes to accelerate the commercial production of cellulosic biofuels in markets across the world
AS 30 maiores Empresas em Produtos Quiacutemicos Renovaacuteveis e Biomateriais (2011-12) ndash cont
26 Virent
Virent is replacing crude oil by creating the chemicals and fuels the world demands through utilization of a wide variety of naturally
occurring renewable resources Our patented BioFormingreg technology features catalytic chemistry which converts plant-based sugars into
a full range of hydrocarbon productsidentical to those made from petroleum including gasoline diesel jet fuel and chemicals for plastics
and fibers Our products are ldquodrop-inrdquo replacements that enable full utilization of todayrsquos existing processing pipeline storage and
transportation infrastructure Virent produces its hydrocarbon chemicals and fuels from plant sugars in a few hours compared to the
millions of years required for petroleum
27 LanzaTech
LanzaTech is very much part of this new field of innovators and by challenging our preconceptions of waste and energy sources we see
a future where access to energy is universal
28 POET
POET devotes tremendous resources to developing cellulosic ethanol Every day our researchers work to make it more affordable
Weve invested heavily in cellulosic research over the past decade and we will invest much more as we begin construction on our first
commercial cellulosic ethanol plant in Emmetsburg Iowa which we anticipate will produce 25 million gallons per year
29 Metabolix
Metabolix is developing commercially viable chemicals from biobased sources as opposed to fossil fuels which produce the vast majority of
chemicals today
Today four carbon (C4) chemicals are produced from non-renewable fossil-based hydrocarbons and are used to make spandex fibers
polyurethanes engineering resins and personal care products
Biobased chemicals allow us to address the global market demand for products and processing that reduce fossil energy use and greenhouse
gas emissions
30 Honeywellrsquos UOP
In 2008 UOP and Ensyn Corporation created the joint venture Envergent Technologies
Envergent is focused on the conversion of forest and agricultural waste residues to a liquid renewable oil to generate renewable heat and power
We do this through the RTPregprocess or rapid thermal processing which has been in commercial operation for more than 25 years
The RTP process produces a clean burning minimal sulfur content biofuel that can be used for the generation of renewable heat and power It is
a cost-effective solution to reduce greenhouse gas emissions up to 90 compared to petroleum-based fuels
The process is scalable to meet the needs of diverse applications It has a relatively compact footprint due to its modular construction and is
feedstock-flexible in that RTP can be designed to process a wide variety of lignocellulosic feedstocks
For more information on the advantages of pyrolysis oil and our RTP technology please visit us atwwwEnvergentTechcom
InstitutosEmpresaOutros
Nacionais
Instituto Nacional de Tecnologia
Empresa Brasileira de Pesquisas Agropecuaacuterias
PetrobraacutesCENPES
Centro de Energias Alternativas e Meio Ambiente
Centro de Tecnologia Canavieira
Instituto de Pesquisa Tecnoloacutegica do Estado de Satildeo Paulo
Instituto Nacional de Pesquisas Espaciais
Centro Brasileiro de Pesquisas Fiacutesicas
Instituto Nacional de Pesquisas da Amazocircnia
Conselho de Desenvolvimento Cientifico e Tecnoloacutegico
CNEN
Museu Paraense Emilio Goeldi Paraacute
FIOCRUZ
Instituto Nacional do Cacircncer
Instituto Adolfo Lutz
TOTAL GERAL 15 instituiccedilotildees
Universidade Federal do Rio de Janeiro
InstitutosDepartamentos
Internacionais
National Renewable Energy Laboratories EUA
US Department of Agriculture Agricultural Research
Service (USDA ARS) EUA
Chinese Academy of Science China
Agriculture ampAgri Food Canada Canadaacute
Institut National de la Recherche Agronomique Franccedila
Consejo Superior de Investigaciones Cientificas (CSIC)
Espanha
Russian Academy of Science Ruacutessia
Indian Institute of Technology Iacutendia
Natural Renewable Energy Laboratory EUA
National Institute of Advanced Industrial Science and
Technology Japatildeo
Institute Francais du Petrole (IFP)
Polish Academy of Science Polocircnia
Indian Institute of Chemical Technology India
Max Planck Institut Alemanha
French National Institute for Agricultural Research (INRA)
Franccedila
Tokyo Institute of Technology Japatildeo
Centre National de la Recherche Scientifique (CNRS)
Franccedila
National Chemical Laboratory Iacutendia
National Institute of Advanced Industrial Science and
Technology Japatildeo
Korea Institute of Science amp Technology Coreacuteia do Sul
US Geology Survey EUA
Marine Biotechnology Institute Japatildeo
Korea Institute of Energy Research (KIER) Coreacuteia do Sul
Centre National de la Recherche Scientifique (CNRS)
Franccedila
Kamaishi Labs Marine Biotechnology Institute Japatildeo
Alfred Wegener Institute for Polar and Marine Research
Alemanha
Australian National University Austraacutelia
Chonbuk National University Coreacuteia do Sul
Centre de Recherche en Ecologie Marine et Aquaculture
(IFREMER) Franccedila
Mitsubishi Heavy Ind Ltd (Advanced Technoly Research
Centre) Japatildeo
Oak Ridge National Laboratory (ORNL) EUA
Research Institute of Innovative Technology for the Earth
(RITE) Japatildeo
Central Institute of Medicinal and Aromatic Plants Iacutendia
Consiglio Nazional delle Ricerche (CNR) Itaacutelia
NASA EUA
Beijing Yixintang Medicine Research Institute
TOTAL GERAL 36 instituiccedilotildees
Universidade Federal do Rio de Janeiro
Empresas Internacionais
Novozymes AS
Genencor Int Inc
Kao Corp
Novo Nordisk AS
Novozymes Inc
Novo-Nordisk AS
Henkel KGAA
Iogen Energy Corp
Danisco US Inc Genencor Division
Novozymes Biotech Inc
Novozymes North America Inc
Goedegebuur F
Midwest Research Institute
Du Pont De Nemours amp Co
Dunn- Coleman N
AE Biofuels EUA
Blue Fire Ethanol EUAJapatildeo
Chempolis Ou
Iogen
KL Energy
Lignol Energy
Sekab
Sun Opta
Verenium
Chevron USA Inc
Shell International Research Maatshappij BV
Exxon Mobil Res ampEng Co
Sasol Technology Pty Ltd
Shell Oil Co
Conoco Phillips Co
ENI Spa
Exxon Res amp Eng Co
Exxon Mobil Res amp Eng Co
Roquette Freres As
Basf AG
General Electric Co
Exxon Mobil Chem Patents Inc
LrsquoOreal SA
Basf SE
Bayer AG
Wellington SL
Vinegar HJ
Berchenko IE
Dow Global Technologies Inc
Degussa AG
Bayer Material Science AG
Samsung SDI Co Ltd
Stegemeir GL
Henkel KGAA
Zhang E
Ryan RC
Fowler TD
Rouffi gnac EPD
Universidade Federal do Rio de Janeiro
Council of Scientific and Industrial Research of India
Li Y
Ye M
Wang Y
Zhang L
Jiang J
Liu Y
Yin K
Jiang L
Syngenta Part AG
Novartis AG
Basf SE
Bayer Cropscience AG
Dow Corning Corporation
Genoptera LLC
Monsanto Technology
US Secretary of Agriculture
Bayer Cropscience GMBH
Toyota Jidosha KK
TOTAL GERAL 88 instituiccedilotildees
Empresas Internacionais
Fowler TD
Rouffi gnac EPD
Merck Patent GMBH
Procter amp Gamble Co
Yokohama Rubber Co Ltd
Colgate Palmolive
Bridgestone Corp
Henkel KGAA
Goodyear Tire amp Rubber Co
LG Electronics Inc 507
Matsushita Denki Sangyo KK
Toshiba KK
Canon KK
Hitachi Ltd
Mitsubshi Electric Co
Mitsubishi Jukogyo KK
Universidade Federal do Rio de Janeiro
CURSOS
Ofertados nas instituiccedilotildees de ensino nacionais ou internacionais
Introduccedilatildeo a Quiacutemica Verde
Quiacutemica Verde e Quiacutemica Sustentaacutevel
Engenharia Ecoloacutegica e Quiacutemica Verde
ldquoQuiacutemica Verde Fundamentos e Aplicaccedilotildeesrdquo
Quiacutemica Verde na Atualidade
A Quiacutemica Verde e o papel da cataacutelise no contexto da
Inovaccedilatildeo e do Desenvolvimento Tecnoloacutegico
Universidade Federal do Rio de Janeiro
Universidade Federal do Rio de Janeiro
FONTES CONSULTADAS
Quiacutemica verde no Brasil 2010 ndash 2030 Ediccedilatildeo revista e atualizada
Centro de Gestatildeo e Estudos Estrateacutegicos
Ciecircncia Tecnologia e Inovaccedilatildeo
httpwwwsciencedirectcom
httpwwwperiodicoscapesgovbr
LINHAS DE PESQUISA
Luiz Felipe Miranda de Jesus
Universidade Federal do Rio de Janeiro
Linhas de Pesquisa
Buscas Associadas
ldquoQuiacutemica Verderdquo
ldquoQuiacutemica Ambientalrdquo
ldquoQuiacutemica Sustentaacutevelrdquo
ldquoGreen Chemistryrdquo
ldquoQuiacutemica Verde PampDrdquo
ldquoGreen Chemistry RampDrdquo
ldquoUS Green Chemistryrdquo
ldquoEurope Green Chemistryrdquo
Universidade Federal do Rio de Janeiro
Linhas de Pesquisa
Principais Fontes
Identificaccedilatildeo de Instituiccedilotildees citadas em artigos e outras publicaccedilotildees
CAPES
CNPQ
ABQ
SBPC
Instituiccedilotildees de Fomento (FINEP FAPESPetc)
CGEE
MCT
Sites das Universidades
EPA
IUPAC
ACS
Green Chemistry Network
Royal Society of Chemistry
European Environment Agency
Universidade Federal do Rio de Janeiro
The Interuniversity National Consortium Chemistry for the Environment (INCA Consortium) Gathers 33 Italian universities and about 90 research units headquarters in Venezia and Roma Italy
NSF Science and Technology Center for Environmentally Responsible Solvents and Processes University of North Carolina Chapel Hill Queens University Ionic Liquid Laboratories (QUILL)
Queens University of Belfast The Clean Technology Research Group University of Nottingham The Green Chemistry Group (see below now called centre of excellence)
University of York Centre for Green Chemistry University of Monash Centre for Green Manufacturing University of Alabama Chemical Process Engineering Research Institute Centre for Research amp Technology University of Leicester (UK) Leicester Green Chemistry Group
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
University of Leeds (UK) Leeds Cleaner Synthesis Group Institute of Applied Catalysis (UK) A research network for catalysis Carnegie Mellon University (USA) Institute for Green Oxidation Chemistry Institute for a Sustainable Environment (USA) University of Oregon Center for Sustainable and Green Chemistry (DEN) httpwwwcsgdtudk Green Chemistry Centre of Excellence (UK) httpwwwyorkacukresgcgsiteindexhtm Center for Green Chemistry at UMass Boston (US) httpwwwgreenchemistryumbedu Center for Green Chemistry at UMass Lowell (US) httpwwwgreenchemistryumledu University of Notre Dame Energy Centre (USA) httpwwwndedu~ndenergy Goumlteborg Universitys Centre for Environment and Sustainability (SWE) httpwwwchalmerssegmvEN
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
MSc in Green Chemistry and Sustainable Industrial Technology
Department of Chemistry at the University of York
Master en Quimica Sostenible
Faculty of Sciences at the University of Zaragoza
MSc in Green Chemistry Energy and the Environment
Imperical College London
MSc in Chemical Research (Green Chemistry with Industry)
CTA funding to the University of Leicester
1st year Master of Science Chemistry Specializing in Green Chemistry
University Louis Pasteur (Strasbourg I)
Master of Chemistry and EST
Universiteacute de Savoie
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
Schools with Green Chemistry Programs
United States
Eastern Connecticut
Yale University
Massachusetts
Bridgewater State College
Gordon College
University of Massachusetts Boston
University of Massachusetts Lowell Center for Green Chemistry
Pennsylvania
Carnegie Mellon Institute for Green Oxidation Chemistry
University of Scranton
Arkansas
Hendrix College (green organic chemistry)
Illinois
University of Illinois-Urbana-Champaign
Minnesota
St Olaf College
Alabama
University of Alabama
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
Linhas de Pesquisa California
Berkeley Center for Green Chemistry
UC Berkeley Extension
Colorado
Colorado School of Mines
Oregon
University of Oregon
Schools with Green Chemistry Programs - International
Australia
Monash University Centre for Green Chemistry
Murdoch University Sustainable ChemistryGreen Chemistry
Netherlands
Delft University of Technology Biocatalysis and Organic Chemistry
Italy
Interuniversity Consortium Chemistry for the Environment (INCA)
Universidade Federal do Rio de Janeiro
Northern Ireland
Queens University of Belfast Ionic Liquid Laboratories
Spain
Institute of Science and Technology (IUCT)
Green Chemistry Network of Spain (REDQS - Red Espantildeola de Quiacutemica Sostenible)
Sweden
Centre for Environment and Sustainability - Chalmers University of
TechnologyGoumlteborg University
United Kingdom
Green Chemistry Centre of Excellence at York
University of Leicester Green Chemistry Group
University of Nottingham Green and Analytical Chemistry
Brazil
Universidade do Vale do Itajaiacute Center for Technological Earth and Sea Sciences
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
Linhas de Pesquisa
Observaccedilotildees
Poucos programas especiacuteficos em ldquoQuiacutemica Verderdquo
Perfil multidisciplinar
Descriccedilatildeo de diversas linhas abrange somente um ou
alguns dos princiacutepios da ldquoQuiacutemica Verderdquo
Associaccedilatildeo inadequada ao tema
Necessidade de ampliaccedilatildeo de escopo
Movimento inicial de fomento aos projetos na aacuterea
Universidade Federal do Rio de Janeiro
CONGRESSOS E OUTROS SITES
Natasha Kelber
Universidade Federal do Rio de Janeiro
Universidade Federal do Rio de Janeiro
CONGRESSOS NACIONAIS
5ordm Simpoacutesio Nacional de Biocombustiacuteveis ndash BIOCOM ndash 14 a15Abril2012 ndash Canoas
RS
4ordf Escola de Quiacutemica Verde - JaneiroFevereiro2012 - Satildeo Paulo SP
VII Congresso Brasileiro de Biosseguranccedila - 19-23Setembro2011 - Joinville SC
II Semana de Biotecnologia Industrial - 20-22Outubro2010 - Lorena SP
5ordm Congresso Internacional de Bioenergia - 10-13Agosto2010 - Curitiba PR
II Semana de Biotecnologia Industrial - Julho2009 - Lorena SP
VI Congresso Brasileiro de Biosseguranccedila
VI Simpoacutesio Latino-Americano de Produtos Biotecnoloacutegicos
I Simpoacutesio Internacional de Biosseguridade e Pesquisa de Duplo Uso
I Feira de Equipamentos e Dispositivos de Biosseguranccedila ndash 22-25 Setembro2009 -
Rio de Janeiro RJ
1ordm Encontro Franco-Brasileiro de Quiacutemica Verde - 11 a 13Outubro2011
Universidade Federal do Rio de Janeiro
CONGRESSOS INTERNACIONAIS
3nd Brazilian Conference on Natural Products - 29Outubro-02Novembro2011 -
Ouro Preto MG
Biodiesel Congress - 27-29Julho2011 - Satildeo Paulo SP
IGCW 2011 Industrial Green Chemistry World Symposium amp Expo - December 4-6
2011 - Mumbai Iacutendia
3rd Asia-Oceania Conference on Green and Sustainable Chemistry (AOC-3) -
December 4-7 2011 - Melbourne Austraacutelia
3rd International Congress on Green Process Engineering - December 6-8 2011 -
Kuala Lumpur Malaysia
Minnesota Green Chemistry Conference - January 26 2012 - Minneapolis MN
The Asian Conference on Sustainability Energy amp the Environment - May 3-6 2012 -
Osaka Japan
16th Annual Green Chemistry amp Engineering Conference - June 18-20 2012 -
Washington DC
Gordon Research Seminar and Conference on Green Chemistry - July 21-27 2012 -
Lucca (Barga) Italy
4th International IUPAC Conference on Green Chemistry - August 25-29 2012 - Foz
do IguaccediluPR Brazil
Universidade Federal do Rio de Janeiro
OUTROS SITES
httpportalacsorgportalacscorgcontent_nfpb=trueamp_pageLabel=PP_SUPERAR
TICLEampnode_id=1401ampuse_sec=falseampsec_url_var=region1amp__uuid=6e2273c5-5e7f-
4c7b-8931-530d244f1650P15_704
httpwwwcleanproductionorgGreenphp
wwwrscorgMembershipNetworkingInternationalActivitiesPanAfricaindexasp
httpwwworganic-chemistryorgtopicsgreen-chemistryshtm
httpagenciafapespbr12992
httpacademicscrantonedufacultycannm1greenchemistryporthtml
httpwwwabqorgbrsimpequi2010trabalhos122-7744htm
httpbrlinkedincominquimicaverde
httpwwwcinprorgbrFreeComponent10435content149251shtml
httpquiverdeblogspotcom201006os-12-principios-da-quimica-verdehtml
httpwwwufpeltchebriqgwwverde
httpwwwbrasilescolacomquimicaprincipios-quimica-verdehtm
httpwwwsustentabilidaderesultadoscombrgreen-chemistry-a-sustainable-
opportunity
httpwwwgreenchemistrynetworkorg
httpwwwepagovgreenchemistry
PUBLICACcedilOtildeES E PERIOacuteDICOS
Renato Soares
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS
Base de Dados
Royal Society of Chemistry (30)
SpringerLink (MetaPress) (30)
Wiley Online Library (30)
ACS Journals Search (30)
Nature (NPG) (30)
Science (AAAS) (30)
IOPscience (Institute of Phsics) (30)
Oxford Journals (Oxford University Press) (30)
ScienceDirect (Elsevier) (30)
Annual Reviews (29)
AIP Scitation ndash American Institute of Physics (28)
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS
Annual Review of Biochemistry (6)
Scientific American (5)
Ecological Indicators (5)
Green Chemistry Educat (4)
Nature Chemistry (4)
J Chem Educ (3)
Autobiographies by Nob (3)
J Appl Phys (3)
Food Hydrocolloids (3)
Chem Soc Rev (2)
Annual Review of Environment and Resources (2)
J Am Chem Soc (2)
The Excitement and Fascination of Science (2)
Environmental Science and Pollution Research (2)
Universidade Federal do Rio de Janeiro
COLECcedilOtildeES E TEXTOS
Murilo Alves
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS REVISTAS E JORNAIS CIENTIacuteFICOS Revistas Cientiacuteficas com conteuacutedos sobre ensino de ciecircnciasquiacutemica e
quiacutemica verde
O primeiro artigo que atendeu aos criteacuterios adotados
neste trabalho e cujo tiacutetulo conteacutem a expressatildeo Green Chemistry (Quiacutemica Verde) - Design for the
environment and Green Chemistry the heart and soul
of industrial ecology - foi publicado em 1997
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS REVISTAS E JORNAIS CIENTIacuteFICOS Revistas Cientiacuteficas com conteuacutedos sobre ensino de ciecircnciasquiacutemica e
quiacutemica verde
Revista Quiacutemica Nova na Escola - QNEsc A Revista Quiacutemica Nova na Escola (QNEsc) com uma periodicidade trimestral propotildee-se a subsidiar o trabalho a formaccedilatildeo e a atualizaccedilatildeo da comunidade do Ensino de Quiacutemica brasileiro QNEsc integra-se agrave linha editorial da Sociedade Brasileira de Quiacutemica que publica tambeacutem a revista Quiacutemica Nova e o Journal of the Brazillian Chemical Society Quiacutemica Nova na Escola eacute um espaccedilo aberto ao educador suscitando debates e reflexotildees sobre o ensino e a aprendizagem de quiacutemica Assim contribui para a tarefa fundamental de formar verdadeiros cidadatildeos Nesse sentido a Divisatildeo de Ensino disponibiliza neste portal na iacutentegra e de forma totalmente gratuita todos os artigos publicados no formato PDF Estatildeo disponiacuteveis tambeacutem os Cadernos Temaacuteticos publicados desde 2001 pela Divisatildeo de Ensino
Green Chemistry - Journal Jornal publicado pela Royal Society of Chemistry - RCS que se apresenta como um espaccedilo para publicaccedilatildeo sobre
pesquisas de ponta no desenvolvimento de tecnologias alternativas sustentaacuteveis
Green Green - revista italiana do Consoacutercio Interuniversitaacuterio Quiacutemica Nacional do Meio Ambiente (INCA) em colaboraccedilatildeo com a Sociedade Quiacutemica Italiana (SCI) 1 5 ACS Publications A Divisatildeo de Publicaccedilotildees da Sociedade Americana de Quiacutemica (American Chemical Society - ACS) oferece a comunidade cientiacutefica mundial uma coleccedilatildeo abrangente dos perioacutedicos mais citados revisados por pares em ciecircncias quiacutemicas e afins
Universidade Federal do Rio de Janeiro
Universidade Federal do Rio de Janeiro
FONTES CONSULTADAS
httpwwwqmcufscbrgieqindexphplinkshtml
httpwwwperiodicoscapesgovbr
httpwwwscielocom
Organizaccediloes - 100 maiores empresas em Bioenergia 2011-12 Referencia Biofuels Digest online publication
November 9 2011 author Jim Lane
1 Solazyme
2 Amyris
3 Gevo
4 POET
5 LS9
6 Novozymes
7 Enerkem
8 LanzaTech
9 UOP
10 ZeaChem
11 Codexis
12 Abengoa Bioenergy
13 KiOR
14 Virent Energy Systems
15 Sapphire Energy
16 Ceres
17 Coskata
18 DuPont Cellulosic
19 Terrabon
20 Mascoma
21 Cobalt Technologies
22 Petrobras
23 Joule Unlimited
24 BP Biofuels
25 Neste
26 Waste Management
27 Rentech
28 Qteros
29 INEOS Bio
30 Genencor
31 Genomatica
32 Shell
33 Synthetic Genomics
34 Chemtex
100 maiores empresas em Bioenergia 2011-12 Referencia Biofuels Digest online publication November 9 2011
author Jim Lane
35 Algenol
36 Elevance Renewable Sciences
37 OriginOil
38 SG Biofuels
39 Cosan
40 HCL CleanTech
41 Fulcrum Bioenergy
42 Cargill
43 Chevron
44 Bluefire Renewables
45 Dynamic Fuels
46 Mendel
47 OPX Biotechnologies
48 Inbicon
49 Renmatix
50 Monsanto
51 Butamax
52 Iogen
53 DuPont
54 Verenium
55 PetroAlgae
56 DSM
57 ExxonMobil
58 Envergent
59 Aurora Algae
60 Syngenta
61 Praj Industries
62 Phycal
63 Renewable Energy Group
64 Clear Fuels Technology
65 ArborGen
66 KL Energy
67 Solix Biofuels
100 maiores empresas em Bioenergia 2011-12 Referencia Biofuels Digest online publication November 9 2011
author Jim Lane
68 Catchlight Energy
69 Dyadic
70 AE Biofuels
71 Myriant
72 EdeniQ
73 Avantium
74 Propel Fuels
75 GlycosBio
76 ETH Bioenergia
77 Chemrec
78 Ensyn
79 Green Plains Renewable Energy
80 Range Fuels
81 Bioprocess Algae
82 SynGest
83 TMO Renewables
84 Chromatin
85 Blue Marble Biomaterials
86 Genera Energy
87 ICM
88 Albemarle
89 Lignol
90 Raizen
91 Verdezyne
92 Greenfuel Ethanol
93 Atlantic Biomass Conversions
94 Pacific Ethanol
95 Dong Energy
96 SEKAB
97 Borregaard Industries
98 Dynamotive
99 Allard Research
100 Targeted Growth
ldquoEstrateacutegia eacute o Objetivo e a Missatildeo de uma organizaccedilatildeo no longo prazo que
possibilitam obter vantagens competitivas para a organizaccedilatildeo atraveacutes de sua
estruturaccedilatildeo de recursos num ambiente competitivo de modo a satisfazer as
necessidades do mercado e a satisfazer as expectativas dos STAKEHOLDERS
Johnson and Scholes(2004)
Estrateacutegias de Negoacutecios devem apresentar
1048698 Objetivo de Longo Prazo
1048698 Seleccedilatildeo dos mercados onde a empresa pretende competir
1048698 Vantagens sobre a concorrecircncia
1048698 Recursos necessaacuterios (competecircncias ativos recursos financeiros
relacionamentos competecircncia teacutecnica instalaccedilotildees)
1048698 Fatores que podem comprometer a habilidade para competir (ambiente dos
negoacutecios)
1048698 Valores e expectativas dos ldquostakeholdersrdquo( soacutecios clientes funcionaacuterios
comunidade fornecedores etc)
Valor Estrateacutegico do Desenvolvimento Sustentaacutevel
1048708 Casos de Valor
1048708 As empresas desempenham um papel importante na proteccedilatildeo ao meio
ambiente e na melhoria da qualidade de vida para todos
1048708 Proteccedilatildeo ao Negoacutecio propriamente dito
1048708 Reduccedilatildeo dos riscos ndash exposiccedilatildeo ao risco de ativos fiacutesicos humanos e
intangiacuteveis
1048708 Reforccedilo na permissatildeo para funcionar ndash reduzindo riscos poliacuteticos e
melhorando o grau de aceitaccedilatildeo
1048708 Aumento do valor da marca e da reputaccedilatildeo
Apenas com a visatildeo do gestor de empresas que diante de seus resultados
que natildeo correspondem agraves expectativas dos acionistas nem de seus
funcionaacuterios clientes e demais ldquoshareholdersrdquo proponho-lhes a seguinte
decisatildeo a tomar e evidente coloco minha resposta e observaccedilotildees correndo o
risco de ser mal interpretado poreacutem respaldado por anos de
responsabilidade pelos resultados de empresas de grande e de meacutedio porte
nos meus trinta anos de mercado
Suponhamos uma empresa que apresenta um faturamento liacutequido anual igual
a 100 unidades monetaacuterias Deste faturamento jaacute foram abatidos os impostos
e taxas bem como as despesas com vendas Deduzimos deste faturamento
liacutequido o CP (custo de produccedilatildeo) no total de 80 e chegamos a uma margem
de contribuiccedilatildeo de 20
Evidente que desta margem operacional para chegarmos ao resultado final
da empresa teremos que abater outros itens tais como impostos
investimentos etc poreacutem proponho-lhes ficarmos com a margem
operacional apenas uma vez que o nosso objetivo seraacute a otimizaccedilatildeo dos
resultados via melhoria da margem operacional
Gestatildeo Sustentaacutevel
Na primeira alternativa aumentamos em 10 o faturamento liacutequido e
consequentemente em 10 o CP e chegamos a um aumento de 10 na Margem
operacional ou seja Fat Liacuteq = 110 CP igual a 88 e Moper= 22 ou aumento de
(22-20)20=10
Numa segunda alternativa opta-se por aumentar a margem operacional em
10 atraveacutes da reduccedilatildeo do CP Temos entatildeo Fat Liacuteq=100 CP igual a 78
chegando-se assim a uma margem operacional de 22 ou seja 10 superior
Isto significa que para obtermos o mesmo resultado sem alterarmos o
faturamento liacutequido conseguimos atraveacutes de uma reduccedilatildeo de (78-80) 80=25
Ou seja para esta estrutura de resultados um aumento no faturamento de 10
produz o mesmo resultado que uma reduccedilatildeo de 25 no Custo de produccedilatildeo
Isto significa que o gestor deve decidir entre reduzir 1 no CP ou aumentar o
Fat Liacutequido em 4 para obter o mesmo aumento na margem operacional
Qual eacute a melhor decisatildeo a ser tomada para aumentar a margem liacutequida em 10
Com base neste raciociacutenio um aumento do faturamento natildeo depende apenas
da decisatildeo da empresa depende e muito do mercado onde a empresa atua
depende do mercado e nem sempre a empresa consegue aumentaacute-lo sem
perder volume de vendas a decisatildeo fica por conta do aumento de volume e em
consequecircncia por aumento da oferta o preccedilo meacutedio cai e consequentemente
para se compensar a perda de preccedilos o volume tem que ser ainda maior do que
os 10 desejados no aumento do faturamento por exemplo
A segunda alternativa a reduccedilatildeo no custo de produccedilatildeo de 25 pode ser
conseguida internamente com aumento na eficiecircncia dos processos de
produccedilatildeo reduccedilatildeo de geraccedilatildeo de resiacuteduos e negociaccedilotildees junto aos
fornecedores de mateacuterias primas e insumos e neste caso a empresa como
cliente tem muito maiores condiccedilotildees de exigir preccedilos mais competitivos ou no
caso de natildeo se conseguir por tratar-se de fornecedor com excessivo poder de
negociaccedilatildeo a empresa pode sempre buscar reduccedilotildees de custos das principais
mateacuterias primas atraveacutes de mateacuterias primas substitutas Evidentemente que as
reduccedilotildees nos preccedilos das utilidades como vapor energia aacutegua devem e podem
ser otimizadas bem como a reduccedilatildeo de seus desperdiacutecios atraveacutes de
campanhas internas de sensibilizaccedilatildeo e melhoria nos processos produtivos
E onde entra a Quiacutemica Verde em todo esse raciociacutenio loacutegico
Claro estaacute que os leitores jaacute comeccedilaram a correlacionar as medidas de reduccedilatildeo
de custos de produccedilatildeo com os 12 Princiacutepios da Quiacutemica Verde senatildeo vejamos
Reduzir custo de produccedilatildeo eacute aumentar os rendimentos dos processos
evitando-se assim a geraccedilatildeo de resiacuteduos e de subprodutos indesejaacuteveis e as
necessidades e custos de tratamento de resiacuteduos em especial quando se trata de
resiacuteduos toacutexicos Os controles dos processos em tempo real antes da formaccedilatildeo
de substancias perigosas e de subprodutos indesejaacuteveis tambeacutem ajudam a
aumentar a eficiecircncia dos processos e por consequecircncia a reduccedilatildeo dos custos de
produccedilatildeo Aleacutem disso a alternativa de uso de mateacuteria prima renovaacutevel para ajudar
na reduccedilatildeo de custos aleacutem de contribuir com o meio ambiente apresenta-se
cada vez mais promissora nas negociaccedilotildees junto aos fornecedores atuais
Mais um princiacutepio da quiacutemica verde o seacutetimo pode e deve ser cada vez mais
usado na gestatildeo das empresas Seraacute que a sua empresa natildeo deveria ser como a
maioria dos carros nacionais flex Que tal ser uma EMPRESA FLEX Imagine se
na hora de comprar mateacuteria prima voce pudesse optar entre mateacuteria prima
convencional derivada do petroacuteleo ou de fonte renovaacutevel pela que produzisse
melhor margem operacional naquele momento do mercado Pense em como
seria maior a sua capacidade de negociaccedilatildeo junto aos seus fornecedores atuais
Aleacutem disso produzir a menores pressotildees e temperaturas e sem usar solventes eacute
reduzir custo de investimentos e de recuperaccedilatildeo aumento consequente nas
margens e reduccedilatildeo do CAPEX necessaacuterio
Pelo acima exposto e com a responsabilidade que tenho como
Reestruturador de Empresas e alavancador de resultados acredito que daqui em
diante a boa gestatildeo de empresas necessitaraacute de gestores cada vez mais
capacitados e natildeo falo apenas das empresas quiacutemicas falo das empresas em
geral precisaremos de GESTORES SUSTENTAacuteVEIS e a Escola Brasileira de
Quiacutemica Verde poderaacute contribuir muito com a formaccedilatildeo desses novos
profissionais que teratildeo desafios mais abrangentes e complementares natildeo
somente nas aacutereas mais teacutecnicas como tambeacutem em todas as aacutereas de gestatildeo de
empresas
Claro estaacute que para um gestor de visatildeo de curto prazo que a Gestatildeo
Sustentaacutevel possa parecer mais onerosa poreacutem a visatildeo contributiva do bom
gestor a meacutedio e a longo prazo segundo e segundo Warren Buffet o bom gestor
deve fazer aumentar o valor da empresa e este descontado num fluxo de
ldquovaluationrdquo normalmente usado nos processos de compra e venda de empresas
deve evitar quaisquer ldquoliabilitiesrdquotais como passivos ambientais passivos
trabalhistas e tributaacuterios que possam vir a ser deduzidos do valor de venda de
uma empresa no momento da negociaccedilatildeo
A Gestatildeo Sustentaacutevel deixa de ser algo acadecircmico e de preocupaccedilatildeo apenas
com o meio ambiente e passa a fazer parte do patrimocircnio das empresas e de
suas avaliaccedilotildees quando das apresentaccedilotildees de seus balanccedilos Empresas geridas
com sustentabilidade valem mais natildeo soacute as empresas quiacutemicas volto a dizer
todo e qualquer tipo de empresa
Apenas para exemplificar jaacute identificamos mais de 100 empresas no mundo
todo que trabalham com a utilizaccedilatildeo de mateacuterias primas renovaacuteveis para
combustiacuteveis e outras 30 empresas que jaacute possuem derivados quiacutemicos de
fontes renovaacuteveis e economicamente viaacuteveis
No Brasil temos a Petrobras a Braskem e o grande exemplo do aacutelcool
combustiacutevel e fonte para produtos alcoolquiacutemicos totalmente viabilizados e
exemplo para todo o mundo
Produccedilatildeo amp
Destribuiccedilatildeo
Custo de Aprovisionamento
Metodologia para comparaccedilatildeo de Cadeia de Valores (ALGORITMO)
BASES COMPARATIVAS
Os custos de produtos de mateacuterias primas renovaacuteveis devem ser iguais ou menores do que os
custos de produtos similares de mateacuterias primas petroquiacutemicas
CPMPR = CPMPP
OS CUSTOS DAS CADEIAS DE VALORES DEVEM SER SIMILARES E APRESENTAREM A
MESMA COMPETIVIDADE DE CUSTOS NOS MERCADOS ALVOS DESSES PRODUTOS OU
DE SUAS APLICACcedilOES NO LONGO PRAZO E COM FLUTUACcedilOES DE CUSTOS
ASSIMILAacuteVEIS PELOS MERCADOS DE APLICACcedilAO DESSES PRODUTOS AS
SAZONALIDADES DOS MERCADOS AGRO DEVEM SER COMPENSADAS POR ESTOQUES
REGULADORES E OS CUSTOS DE MANUTENCcedilAO DE TAIS ESTOQUES DEVEM SER
LEVADOS EM CONSIDERACcedilAO NAS ANAacuteLISES DE COMPETITIVIDADES DE CUSTOS DOS
PRODUTOS DE MATEacuteRIAS PRIMAS RENOVAacuteVEIS E DE SEUS SIMILARES
PETROQUIacuteMICOS
CCVR lt= CCVP
Universidade Federal do Rio de Janeiro
EXEMPLOS DE NEGOacuteCIOS SUSTENTAacuteVEIS
1 Biorrefinarias
2 Produccedilatildeo de Etanol
3 Rota Bioquiacutemica
4 Termoquiacutemica
5 Sucroquiacutemica
6 Conversatildeo de CO2 por microalgas
7 Fitoteraacutepicos
8 Biopesticidas de Origem Vegetal
9 Aromas Fragracircncias e Oacuteleos Essenciais
10Fitoquiacutemica
11Energias Renovaacuteveis
12 Produccedilatildeo Bioloacutegica de Hidrogecircnio
MP renovaacutevel
Transporte MP
Lavagem Moagem
Unidade de fermentaccedilatildeo
Destilaccedilatildeo
Controle de qualidade e
estocagem de agravelcool
Transporte do aacutelcool
(caminhotildees)
Estoque de agravelcool nos
clientes
MP Petroquiacutemica
Transporte do MP
Craqueamento Separaccedilatildeo
Estocagem do eteno
Transporte Tubovias
Hidrataccedilatildeo
Transporte Etanol
Tubovias ou caminhotildees
Estoque nos clientes
Etanol de
cana de
accedilucar
Etanol
Petroquiacutemico
Cana de
accedilucar
Caminhotildees
Bagaccedilo Cogeraccedilatildeo de vapor
energia eletrica
Tubovias
Co produtos
Propeno
Buteno
Outros
Nafta
MP renovaacutevel
Transporte MP
Estoque Etanol
Unidade de aldeido aceacutetico
Unidade produccedilatildeo
ac aceacutetico Destilaccedilatildeo
Transporte de ac
aceacutetico
Estoque de Ac Aceacutetico nos clientes
MP Gaacutes natural
C O Carboxilaccedilatildeo Unidade de remoccedilatildeo de
Leves
Controle de qualidade
Estoque de aacutecido
aceacutetico
Transporte de Ac aceacutetico
Estoque de ac Aceacutetico nos clientes
Aacutecido Aceacutetico
Alcool
Quiacutemico
Aacutecido aceacutetico
a partir do
metanol
Etanol
Caminhotildees
Caminhotildees
Gaacutes natural
Metanol
Off - gas
Caminhotildees
MP renovaacutevel
Transporte MP
Lavagem Moagem
Unidade de fermentaccedilatildeo
Destilaccedilatildeo
Controle de qualidade e
estocagem de agravelcool
Transporte do aacutelcool
(caminhotildees)
Estoque de agravelcool nos
clientes
MP Petroquiacutemica
Transporte do MP
Craqueamento Separaccedilatildeo
Estocagem do eteno
Etanol de
cana de
accedilucar
Eteno
Petroquiacutemico
Cana de
accedilucar
Caminhotildees
Bagaccedilo Cogeraccedilatildeo de vapor
energia eletrica
Tubovias Co produtos
Propeno
Buteno
Outros
Nafta
MP renovaacutevel
Transporte MP
Estoque Etanol
Desidrataccedilatildeo Estoque Eteno
Etanol Caminhotildees
Eteno Alcool
Quiacutemico
Outros Sites AS 30 maiores Empresas em Produtos Quiacutemicos Renovaacuteveis e Biomateriais
(2011-12) Referencias Biofuels Digest ndashe sites das empresas
1 Genomatica
We develop our processes using our proprietary biotechnology platform The resulting processes can convert multiple renewable
feedstocks into numerous existing chemicals that meet industry specifications for large established markets
2 Solazyme
Solazymes proprietary biotechnology platform creates renewable oils by harnessing microalgaes prolific oil production capabilities
Through world-class molecular biology and chemical engineering capabilities were able to cost-effectively produce high-value tailored oils
3 Amyris
The basis of our production is a well-established fermentation process that uses our genetically-engineered yeast strains to convert
the sugar source into target molecules such as farnesene
4 Gevo
We plan to produce isobutanol a versatile platform chemical for the liquid fuels and petrochemical market
5 LS9
LS9rsquos industrial biotechnology platform converts diverse renewable feedstocks to drop-in fuel and chemical products
6 Dupont
Through DuPont innovation key building blocks for many of the materials we use every day can now be derived from renewable
resources mdash creating a much smaller environmental footprint than their petroleum-based predecessors with no compromise in performance
7 Codexis
Products and technology from Codexis can help the chemicals industry reduce supply chain volatility replace petroleum-based
environmentally sensitive raw materials with plentiful biomass and gain a competitive advantage in the marketplace
AS 30 maiores Empresas em Produtos Quiacutemicos Renovaacuteveis e Biomateriais (2011-12) ndash cont
8 Genencor
As a leader in the development of renewable alternatives for petroleum-based chemicals and fuels Genencor is helping to build the road
towards a more sustainable future
9 Novozymes
A number of technologies are involved in these steps and this part of ldquoOur technologyrdquo gives you an understanding of how these
technologies are employed in the work of researchers at Novozymes
10 ZeaChem
ZeaChem Inc has developed a cellulose-based biorefinery platform capable of producing advanced ethanol fuels and chemicals
Our indirect approach leapfrogs the yield and carbon dioxide (CO2) problems associated with traditional and cellulosic based processes
11 Cargill
Cargillrsquos range of nature-based products are suited to a number of industrial applications and markets We offer a growing number
of products derived from renewable sources designed to replace or offset non-renewable ingredients
12 Cobalt Technologies
Cobalts technology features a continuous process to efficiently convert diverse low cost feedstocks ndash beginning with bagasse and
waste wood ndash into biobutanol
13 Waste Management
Thatrsquos why Waste Management makes such a good fit Our mission is to bring you professional dependable services and innovative
solutions that create value for you ndash and a better future for us all
14 Ceres
Our technology platforms are helping make biofuels bio-based chemicals and biopower more economical and scalable It starts with
improving the crops themselves a process as old as farming but now coupled with the latest genomics-based breakthroughs
AS 30 maiores Empresas em Produtos Quiacutemicos Renovaacuteveis e Biomateriais (2011-12) ndash cont
15 Elevance Renewable Sciences
As the leader in transforming natural renewable oils into high-performing specialty products and materials Elevance is uniquely
positioned to meet consumer demand in a market exceeding $100 billion annually in these segments
Performance waxesNature Wax productsPersonal care productsDetergents and cleanersAntimicrobials
16 Dow Chemical
At Dow we are already creating solutions for a more sustainable future by helping develop paints that scrub the formaldehyde
from the air designing intelligent packaging that keeps food fresher longer and communicates its condition as well as more efficient
batteries to power vehicles
17 Enerkem
Chemicals used to make thousands of industrial and consumer products have traditionally been derived from fossil fuels such as petroleum
With an innovative process that uses waste and residues instead of fossil fuels Enerkem helps meet the increasing demand for greener
everyday products
18 Coskata
Coskata is a biology-based renewable energy company whose low-cost platform technology allows for the production of fuels and
chemicals from a variety of input material (including biomass agricultural and municipal wastes and other carbonaceous material)
Using proprietary microorganisms and patented bioreactor designs we are ready today to produce feedstock flexible ethanol
to fuel energy security economic growth and environmental sustainability
19 OPX Biotechnologies
OPXBIO developed and piloted the microbe and process that will produce its first biochemical product ndash BioAcrylic ndash at 30 to 50
percent lower cost and a 75 percent reduction in greenhouse gas emissions over current petrol-based acrylic Todayrsquos petro-acrylic has
an $10 billion global market in applications such as paints adhesives diapers and detergents In 2011 OPXBIO began collaborating
with The Dow Chemical Company to develop an industrial-scale process for producing BioAcrylic OPXBIO anticipates
full commercialization of BioAcrylic within three to five years
20 DSM
Bio-based materials The DSM Innovation Center is currently developing a platform of bio-based performance materials Examples
include investment in the green-chemistry company Segetis an agreement with Novomer to develop the first green resin for coatings
and the launch of EcoPaXXtrade a bio-based high-performance engineering plastic polymer
Approximately 70 of EcoPaXXtrade consists of building blocks derived from castor oil ndash a renewable resource This results in a
carbon footprint of zero lsquofrom cradle to the DSM gatersquo Itrsquos a strong selling point in todayrsquos plastics market as well as being fully compatible
with our strategy of sustainable innovation
AS 30 maiores Empresas em Produtos Quiacutemicos Renovaacuteveis e Biomateriais (2011-12) ndash cont
21 Myriant
Biobased specialty chemicals are a reality today because of Myriants commitment to development of technology with direct
commercial applicability Our integrated approach which links RampD efforts with the business strategy throughout the value chain and
across key aspects of company operations has resulted in a novel biocatalyst platform with proven commercialization success a robust
product pipeline and an extensive intellectual property suite
22 Cosan
O aacutelcool etiacutelico ou etanol eacute produzido pela fermentaccedilatildeo da cana-de-accediluacutecar A Raiacutezen se destaca como uma das maiores produtoras de
etanol no paiacutes com produccedilatildeo anual de22 bilhotildees de litros Em linha com sua visatildeo de ser reconhecida globalmente pela
excelecircncia no desenvolvimento produccedilatildeo e comercializaccedilatildeo de energia sustentaacutevel investe no combustiacutevel de matriz limpa e renovaacutevel
com tecnologia e talento que satildeo referecircncia no Brasil e no mundo
23 Mascoma
Ethanolrsquos energy is derived from plants that in turn obtain their energy from the sun In this way ethanol acts as a means of storing solar
power in liquid form Cellulosic ethanol is ethanol that is obtained from the non-edible portion of plant material Cellulosic ethanol is
identical in composition and performance to ethanol derived from corn or sugar cane Cellulosic ethanol however has important
environmental economic and sustainability advantages over conventional sources due to its source and method of production
24 KiOR
KiOR has developed a proprietary technology platform to convert sustainable low-cost non-food biomass into a hydrocarbon-based
renewable crude oil Using standard refining equipment the company processes its renewable crude into gasoline and diesel blendstocks
that can utilize the existing transportation fuel infrastructure for use in vehicles on the road today
25 DuPont Danisco
DuPont is applying its deep knowledge and experience in crop technology microbiology bioprocessing and engineering to
enable proprietary cost-effective cellulosic ethanol solutions for the market At DuPont we believe that science-powered innovation
and collaboration are required to meet the food energy and protection challenges of unprecedented population growth Our cel lulosic
ethanol team is leading the way in advanced biofuels by developing comprehensive integrated solutions for a range of feedstocks and
designing innovative enzymes to accelerate the commercial production of cellulosic biofuels in markets across the world
AS 30 maiores Empresas em Produtos Quiacutemicos Renovaacuteveis e Biomateriais (2011-12) ndash cont
26 Virent
Virent is replacing crude oil by creating the chemicals and fuels the world demands through utilization of a wide variety of naturally
occurring renewable resources Our patented BioFormingreg technology features catalytic chemistry which converts plant-based sugars into
a full range of hydrocarbon productsidentical to those made from petroleum including gasoline diesel jet fuel and chemicals for plastics
and fibers Our products are ldquodrop-inrdquo replacements that enable full utilization of todayrsquos existing processing pipeline storage and
transportation infrastructure Virent produces its hydrocarbon chemicals and fuels from plant sugars in a few hours compared to the
millions of years required for petroleum
27 LanzaTech
LanzaTech is very much part of this new field of innovators and by challenging our preconceptions of waste and energy sources we see
a future where access to energy is universal
28 POET
POET devotes tremendous resources to developing cellulosic ethanol Every day our researchers work to make it more affordable
Weve invested heavily in cellulosic research over the past decade and we will invest much more as we begin construction on our first
commercial cellulosic ethanol plant in Emmetsburg Iowa which we anticipate will produce 25 million gallons per year
29 Metabolix
Metabolix is developing commercially viable chemicals from biobased sources as opposed to fossil fuels which produce the vast majority of
chemicals today
Today four carbon (C4) chemicals are produced from non-renewable fossil-based hydrocarbons and are used to make spandex fibers
polyurethanes engineering resins and personal care products
Biobased chemicals allow us to address the global market demand for products and processing that reduce fossil energy use and greenhouse
gas emissions
30 Honeywellrsquos UOP
In 2008 UOP and Ensyn Corporation created the joint venture Envergent Technologies
Envergent is focused on the conversion of forest and agricultural waste residues to a liquid renewable oil to generate renewable heat and power
We do this through the RTPregprocess or rapid thermal processing which has been in commercial operation for more than 25 years
The RTP process produces a clean burning minimal sulfur content biofuel that can be used for the generation of renewable heat and power It is
a cost-effective solution to reduce greenhouse gas emissions up to 90 compared to petroleum-based fuels
The process is scalable to meet the needs of diverse applications It has a relatively compact footprint due to its modular construction and is
feedstock-flexible in that RTP can be designed to process a wide variety of lignocellulosic feedstocks
For more information on the advantages of pyrolysis oil and our RTP technology please visit us atwwwEnvergentTechcom
InstitutosEmpresaOutros
Nacionais
Instituto Nacional de Tecnologia
Empresa Brasileira de Pesquisas Agropecuaacuterias
PetrobraacutesCENPES
Centro de Energias Alternativas e Meio Ambiente
Centro de Tecnologia Canavieira
Instituto de Pesquisa Tecnoloacutegica do Estado de Satildeo Paulo
Instituto Nacional de Pesquisas Espaciais
Centro Brasileiro de Pesquisas Fiacutesicas
Instituto Nacional de Pesquisas da Amazocircnia
Conselho de Desenvolvimento Cientifico e Tecnoloacutegico
CNEN
Museu Paraense Emilio Goeldi Paraacute
FIOCRUZ
Instituto Nacional do Cacircncer
Instituto Adolfo Lutz
TOTAL GERAL 15 instituiccedilotildees
Universidade Federal do Rio de Janeiro
InstitutosDepartamentos
Internacionais
National Renewable Energy Laboratories EUA
US Department of Agriculture Agricultural Research
Service (USDA ARS) EUA
Chinese Academy of Science China
Agriculture ampAgri Food Canada Canadaacute
Institut National de la Recherche Agronomique Franccedila
Consejo Superior de Investigaciones Cientificas (CSIC)
Espanha
Russian Academy of Science Ruacutessia
Indian Institute of Technology Iacutendia
Natural Renewable Energy Laboratory EUA
National Institute of Advanced Industrial Science and
Technology Japatildeo
Institute Francais du Petrole (IFP)
Polish Academy of Science Polocircnia
Indian Institute of Chemical Technology India
Max Planck Institut Alemanha
French National Institute for Agricultural Research (INRA)
Franccedila
Tokyo Institute of Technology Japatildeo
Centre National de la Recherche Scientifique (CNRS)
Franccedila
National Chemical Laboratory Iacutendia
National Institute of Advanced Industrial Science and
Technology Japatildeo
Korea Institute of Science amp Technology Coreacuteia do Sul
US Geology Survey EUA
Marine Biotechnology Institute Japatildeo
Korea Institute of Energy Research (KIER) Coreacuteia do Sul
Centre National de la Recherche Scientifique (CNRS)
Franccedila
Kamaishi Labs Marine Biotechnology Institute Japatildeo
Alfred Wegener Institute for Polar and Marine Research
Alemanha
Australian National University Austraacutelia
Chonbuk National University Coreacuteia do Sul
Centre de Recherche en Ecologie Marine et Aquaculture
(IFREMER) Franccedila
Mitsubishi Heavy Ind Ltd (Advanced Technoly Research
Centre) Japatildeo
Oak Ridge National Laboratory (ORNL) EUA
Research Institute of Innovative Technology for the Earth
(RITE) Japatildeo
Central Institute of Medicinal and Aromatic Plants Iacutendia
Consiglio Nazional delle Ricerche (CNR) Itaacutelia
NASA EUA
Beijing Yixintang Medicine Research Institute
TOTAL GERAL 36 instituiccedilotildees
Universidade Federal do Rio de Janeiro
Empresas Internacionais
Novozymes AS
Genencor Int Inc
Kao Corp
Novo Nordisk AS
Novozymes Inc
Novo-Nordisk AS
Henkel KGAA
Iogen Energy Corp
Danisco US Inc Genencor Division
Novozymes Biotech Inc
Novozymes North America Inc
Goedegebuur F
Midwest Research Institute
Du Pont De Nemours amp Co
Dunn- Coleman N
AE Biofuels EUA
Blue Fire Ethanol EUAJapatildeo
Chempolis Ou
Iogen
KL Energy
Lignol Energy
Sekab
Sun Opta
Verenium
Chevron USA Inc
Shell International Research Maatshappij BV
Exxon Mobil Res ampEng Co
Sasol Technology Pty Ltd
Shell Oil Co
Conoco Phillips Co
ENI Spa
Exxon Res amp Eng Co
Exxon Mobil Res amp Eng Co
Roquette Freres As
Basf AG
General Electric Co
Exxon Mobil Chem Patents Inc
LrsquoOreal SA
Basf SE
Bayer AG
Wellington SL
Vinegar HJ
Berchenko IE
Dow Global Technologies Inc
Degussa AG
Bayer Material Science AG
Samsung SDI Co Ltd
Stegemeir GL
Henkel KGAA
Zhang E
Ryan RC
Fowler TD
Rouffi gnac EPD
Universidade Federal do Rio de Janeiro
Council of Scientific and Industrial Research of India
Li Y
Ye M
Wang Y
Zhang L
Jiang J
Liu Y
Yin K
Jiang L
Syngenta Part AG
Novartis AG
Basf SE
Bayer Cropscience AG
Dow Corning Corporation
Genoptera LLC
Monsanto Technology
US Secretary of Agriculture
Bayer Cropscience GMBH
Toyota Jidosha KK
TOTAL GERAL 88 instituiccedilotildees
Empresas Internacionais
Fowler TD
Rouffi gnac EPD
Merck Patent GMBH
Procter amp Gamble Co
Yokohama Rubber Co Ltd
Colgate Palmolive
Bridgestone Corp
Henkel KGAA
Goodyear Tire amp Rubber Co
LG Electronics Inc 507
Matsushita Denki Sangyo KK
Toshiba KK
Canon KK
Hitachi Ltd
Mitsubshi Electric Co
Mitsubishi Jukogyo KK
Universidade Federal do Rio de Janeiro
CURSOS
Ofertados nas instituiccedilotildees de ensino nacionais ou internacionais
Introduccedilatildeo a Quiacutemica Verde
Quiacutemica Verde e Quiacutemica Sustentaacutevel
Engenharia Ecoloacutegica e Quiacutemica Verde
ldquoQuiacutemica Verde Fundamentos e Aplicaccedilotildeesrdquo
Quiacutemica Verde na Atualidade
A Quiacutemica Verde e o papel da cataacutelise no contexto da
Inovaccedilatildeo e do Desenvolvimento Tecnoloacutegico
Universidade Federal do Rio de Janeiro
Universidade Federal do Rio de Janeiro
FONTES CONSULTADAS
Quiacutemica verde no Brasil 2010 ndash 2030 Ediccedilatildeo revista e atualizada
Centro de Gestatildeo e Estudos Estrateacutegicos
Ciecircncia Tecnologia e Inovaccedilatildeo
httpwwwsciencedirectcom
httpwwwperiodicoscapesgovbr
LINHAS DE PESQUISA
Luiz Felipe Miranda de Jesus
Universidade Federal do Rio de Janeiro
Linhas de Pesquisa
Buscas Associadas
ldquoQuiacutemica Verderdquo
ldquoQuiacutemica Ambientalrdquo
ldquoQuiacutemica Sustentaacutevelrdquo
ldquoGreen Chemistryrdquo
ldquoQuiacutemica Verde PampDrdquo
ldquoGreen Chemistry RampDrdquo
ldquoUS Green Chemistryrdquo
ldquoEurope Green Chemistryrdquo
Universidade Federal do Rio de Janeiro
Linhas de Pesquisa
Principais Fontes
Identificaccedilatildeo de Instituiccedilotildees citadas em artigos e outras publicaccedilotildees
CAPES
CNPQ
ABQ
SBPC
Instituiccedilotildees de Fomento (FINEP FAPESPetc)
CGEE
MCT
Sites das Universidades
EPA
IUPAC
ACS
Green Chemistry Network
Royal Society of Chemistry
European Environment Agency
Universidade Federal do Rio de Janeiro
The Interuniversity National Consortium Chemistry for the Environment (INCA Consortium) Gathers 33 Italian universities and about 90 research units headquarters in Venezia and Roma Italy
NSF Science and Technology Center for Environmentally Responsible Solvents and Processes University of North Carolina Chapel Hill Queens University Ionic Liquid Laboratories (QUILL)
Queens University of Belfast The Clean Technology Research Group University of Nottingham The Green Chemistry Group (see below now called centre of excellence)
University of York Centre for Green Chemistry University of Monash Centre for Green Manufacturing University of Alabama Chemical Process Engineering Research Institute Centre for Research amp Technology University of Leicester (UK) Leicester Green Chemistry Group
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
University of Leeds (UK) Leeds Cleaner Synthesis Group Institute of Applied Catalysis (UK) A research network for catalysis Carnegie Mellon University (USA) Institute for Green Oxidation Chemistry Institute for a Sustainable Environment (USA) University of Oregon Center for Sustainable and Green Chemistry (DEN) httpwwwcsgdtudk Green Chemistry Centre of Excellence (UK) httpwwwyorkacukresgcgsiteindexhtm Center for Green Chemistry at UMass Boston (US) httpwwwgreenchemistryumbedu Center for Green Chemistry at UMass Lowell (US) httpwwwgreenchemistryumledu University of Notre Dame Energy Centre (USA) httpwwwndedu~ndenergy Goumlteborg Universitys Centre for Environment and Sustainability (SWE) httpwwwchalmerssegmvEN
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
MSc in Green Chemistry and Sustainable Industrial Technology
Department of Chemistry at the University of York
Master en Quimica Sostenible
Faculty of Sciences at the University of Zaragoza
MSc in Green Chemistry Energy and the Environment
Imperical College London
MSc in Chemical Research (Green Chemistry with Industry)
CTA funding to the University of Leicester
1st year Master of Science Chemistry Specializing in Green Chemistry
University Louis Pasteur (Strasbourg I)
Master of Chemistry and EST
Universiteacute de Savoie
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
Schools with Green Chemistry Programs
United States
Eastern Connecticut
Yale University
Massachusetts
Bridgewater State College
Gordon College
University of Massachusetts Boston
University of Massachusetts Lowell Center for Green Chemistry
Pennsylvania
Carnegie Mellon Institute for Green Oxidation Chemistry
University of Scranton
Arkansas
Hendrix College (green organic chemistry)
Illinois
University of Illinois-Urbana-Champaign
Minnesota
St Olaf College
Alabama
University of Alabama
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
Linhas de Pesquisa California
Berkeley Center for Green Chemistry
UC Berkeley Extension
Colorado
Colorado School of Mines
Oregon
University of Oregon
Schools with Green Chemistry Programs - International
Australia
Monash University Centre for Green Chemistry
Murdoch University Sustainable ChemistryGreen Chemistry
Netherlands
Delft University of Technology Biocatalysis and Organic Chemistry
Italy
Interuniversity Consortium Chemistry for the Environment (INCA)
Universidade Federal do Rio de Janeiro
Northern Ireland
Queens University of Belfast Ionic Liquid Laboratories
Spain
Institute of Science and Technology (IUCT)
Green Chemistry Network of Spain (REDQS - Red Espantildeola de Quiacutemica Sostenible)
Sweden
Centre for Environment and Sustainability - Chalmers University of
TechnologyGoumlteborg University
United Kingdom
Green Chemistry Centre of Excellence at York
University of Leicester Green Chemistry Group
University of Nottingham Green and Analytical Chemistry
Brazil
Universidade do Vale do Itajaiacute Center for Technological Earth and Sea Sciences
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
Linhas de Pesquisa
Observaccedilotildees
Poucos programas especiacuteficos em ldquoQuiacutemica Verderdquo
Perfil multidisciplinar
Descriccedilatildeo de diversas linhas abrange somente um ou
alguns dos princiacutepios da ldquoQuiacutemica Verderdquo
Associaccedilatildeo inadequada ao tema
Necessidade de ampliaccedilatildeo de escopo
Movimento inicial de fomento aos projetos na aacuterea
Universidade Federal do Rio de Janeiro
CONGRESSOS E OUTROS SITES
Natasha Kelber
Universidade Federal do Rio de Janeiro
Universidade Federal do Rio de Janeiro
CONGRESSOS NACIONAIS
5ordm Simpoacutesio Nacional de Biocombustiacuteveis ndash BIOCOM ndash 14 a15Abril2012 ndash Canoas
RS
4ordf Escola de Quiacutemica Verde - JaneiroFevereiro2012 - Satildeo Paulo SP
VII Congresso Brasileiro de Biosseguranccedila - 19-23Setembro2011 - Joinville SC
II Semana de Biotecnologia Industrial - 20-22Outubro2010 - Lorena SP
5ordm Congresso Internacional de Bioenergia - 10-13Agosto2010 - Curitiba PR
II Semana de Biotecnologia Industrial - Julho2009 - Lorena SP
VI Congresso Brasileiro de Biosseguranccedila
VI Simpoacutesio Latino-Americano de Produtos Biotecnoloacutegicos
I Simpoacutesio Internacional de Biosseguridade e Pesquisa de Duplo Uso
I Feira de Equipamentos e Dispositivos de Biosseguranccedila ndash 22-25 Setembro2009 -
Rio de Janeiro RJ
1ordm Encontro Franco-Brasileiro de Quiacutemica Verde - 11 a 13Outubro2011
Universidade Federal do Rio de Janeiro
CONGRESSOS INTERNACIONAIS
3nd Brazilian Conference on Natural Products - 29Outubro-02Novembro2011 -
Ouro Preto MG
Biodiesel Congress - 27-29Julho2011 - Satildeo Paulo SP
IGCW 2011 Industrial Green Chemistry World Symposium amp Expo - December 4-6
2011 - Mumbai Iacutendia
3rd Asia-Oceania Conference on Green and Sustainable Chemistry (AOC-3) -
December 4-7 2011 - Melbourne Austraacutelia
3rd International Congress on Green Process Engineering - December 6-8 2011 -
Kuala Lumpur Malaysia
Minnesota Green Chemistry Conference - January 26 2012 - Minneapolis MN
The Asian Conference on Sustainability Energy amp the Environment - May 3-6 2012 -
Osaka Japan
16th Annual Green Chemistry amp Engineering Conference - June 18-20 2012 -
Washington DC
Gordon Research Seminar and Conference on Green Chemistry - July 21-27 2012 -
Lucca (Barga) Italy
4th International IUPAC Conference on Green Chemistry - August 25-29 2012 - Foz
do IguaccediluPR Brazil
Universidade Federal do Rio de Janeiro
OUTROS SITES
httpportalacsorgportalacscorgcontent_nfpb=trueamp_pageLabel=PP_SUPERAR
TICLEampnode_id=1401ampuse_sec=falseampsec_url_var=region1amp__uuid=6e2273c5-5e7f-
4c7b-8931-530d244f1650P15_704
httpwwwcleanproductionorgGreenphp
wwwrscorgMembershipNetworkingInternationalActivitiesPanAfricaindexasp
httpwwworganic-chemistryorgtopicsgreen-chemistryshtm
httpagenciafapespbr12992
httpacademicscrantonedufacultycannm1greenchemistryporthtml
httpwwwabqorgbrsimpequi2010trabalhos122-7744htm
httpbrlinkedincominquimicaverde
httpwwwcinprorgbrFreeComponent10435content149251shtml
httpquiverdeblogspotcom201006os-12-principios-da-quimica-verdehtml
httpwwwufpeltchebriqgwwverde
httpwwwbrasilescolacomquimicaprincipios-quimica-verdehtm
httpwwwsustentabilidaderesultadoscombrgreen-chemistry-a-sustainable-
opportunity
httpwwwgreenchemistrynetworkorg
httpwwwepagovgreenchemistry
PUBLICACcedilOtildeES E PERIOacuteDICOS
Renato Soares
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS
Base de Dados
Royal Society of Chemistry (30)
SpringerLink (MetaPress) (30)
Wiley Online Library (30)
ACS Journals Search (30)
Nature (NPG) (30)
Science (AAAS) (30)
IOPscience (Institute of Phsics) (30)
Oxford Journals (Oxford University Press) (30)
ScienceDirect (Elsevier) (30)
Annual Reviews (29)
AIP Scitation ndash American Institute of Physics (28)
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS
Annual Review of Biochemistry (6)
Scientific American (5)
Ecological Indicators (5)
Green Chemistry Educat (4)
Nature Chemistry (4)
J Chem Educ (3)
Autobiographies by Nob (3)
J Appl Phys (3)
Food Hydrocolloids (3)
Chem Soc Rev (2)
Annual Review of Environment and Resources (2)
J Am Chem Soc (2)
The Excitement and Fascination of Science (2)
Environmental Science and Pollution Research (2)
Universidade Federal do Rio de Janeiro
COLECcedilOtildeES E TEXTOS
Murilo Alves
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS REVISTAS E JORNAIS CIENTIacuteFICOS Revistas Cientiacuteficas com conteuacutedos sobre ensino de ciecircnciasquiacutemica e
quiacutemica verde
O primeiro artigo que atendeu aos criteacuterios adotados
neste trabalho e cujo tiacutetulo conteacutem a expressatildeo Green Chemistry (Quiacutemica Verde) - Design for the
environment and Green Chemistry the heart and soul
of industrial ecology - foi publicado em 1997
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS REVISTAS E JORNAIS CIENTIacuteFICOS Revistas Cientiacuteficas com conteuacutedos sobre ensino de ciecircnciasquiacutemica e
quiacutemica verde
Revista Quiacutemica Nova na Escola - QNEsc A Revista Quiacutemica Nova na Escola (QNEsc) com uma periodicidade trimestral propotildee-se a subsidiar o trabalho a formaccedilatildeo e a atualizaccedilatildeo da comunidade do Ensino de Quiacutemica brasileiro QNEsc integra-se agrave linha editorial da Sociedade Brasileira de Quiacutemica que publica tambeacutem a revista Quiacutemica Nova e o Journal of the Brazillian Chemical Society Quiacutemica Nova na Escola eacute um espaccedilo aberto ao educador suscitando debates e reflexotildees sobre o ensino e a aprendizagem de quiacutemica Assim contribui para a tarefa fundamental de formar verdadeiros cidadatildeos Nesse sentido a Divisatildeo de Ensino disponibiliza neste portal na iacutentegra e de forma totalmente gratuita todos os artigos publicados no formato PDF Estatildeo disponiacuteveis tambeacutem os Cadernos Temaacuteticos publicados desde 2001 pela Divisatildeo de Ensino
Green Chemistry - Journal Jornal publicado pela Royal Society of Chemistry - RCS que se apresenta como um espaccedilo para publicaccedilatildeo sobre
pesquisas de ponta no desenvolvimento de tecnologias alternativas sustentaacuteveis
Green Green - revista italiana do Consoacutercio Interuniversitaacuterio Quiacutemica Nacional do Meio Ambiente (INCA) em colaboraccedilatildeo com a Sociedade Quiacutemica Italiana (SCI) 1 5 ACS Publications A Divisatildeo de Publicaccedilotildees da Sociedade Americana de Quiacutemica (American Chemical Society - ACS) oferece a comunidade cientiacutefica mundial uma coleccedilatildeo abrangente dos perioacutedicos mais citados revisados por pares em ciecircncias quiacutemicas e afins
Universidade Federal do Rio de Janeiro
Universidade Federal do Rio de Janeiro
FONTES CONSULTADAS
httpwwwqmcufscbrgieqindexphplinkshtml
httpwwwperiodicoscapesgovbr
httpwwwscielocom
Organizaccediloes - 100 maiores empresas em Bioenergia 2011-12 Referencia Biofuels Digest online publication
November 9 2011 author Jim Lane
1 Solazyme
2 Amyris
3 Gevo
4 POET
5 LS9
6 Novozymes
7 Enerkem
8 LanzaTech
9 UOP
10 ZeaChem
11 Codexis
12 Abengoa Bioenergy
13 KiOR
14 Virent Energy Systems
15 Sapphire Energy
16 Ceres
17 Coskata
18 DuPont Cellulosic
19 Terrabon
20 Mascoma
21 Cobalt Technologies
22 Petrobras
23 Joule Unlimited
24 BP Biofuels
25 Neste
26 Waste Management
27 Rentech
28 Qteros
29 INEOS Bio
30 Genencor
31 Genomatica
32 Shell
33 Synthetic Genomics
34 Chemtex
100 maiores empresas em Bioenergia 2011-12 Referencia Biofuels Digest online publication November 9 2011
author Jim Lane
35 Algenol
36 Elevance Renewable Sciences
37 OriginOil
38 SG Biofuels
39 Cosan
40 HCL CleanTech
41 Fulcrum Bioenergy
42 Cargill
43 Chevron
44 Bluefire Renewables
45 Dynamic Fuels
46 Mendel
47 OPX Biotechnologies
48 Inbicon
49 Renmatix
50 Monsanto
51 Butamax
52 Iogen
53 DuPont
54 Verenium
55 PetroAlgae
56 DSM
57 ExxonMobil
58 Envergent
59 Aurora Algae
60 Syngenta
61 Praj Industries
62 Phycal
63 Renewable Energy Group
64 Clear Fuels Technology
65 ArborGen
66 KL Energy
67 Solix Biofuels
100 maiores empresas em Bioenergia 2011-12 Referencia Biofuels Digest online publication November 9 2011
author Jim Lane
68 Catchlight Energy
69 Dyadic
70 AE Biofuels
71 Myriant
72 EdeniQ
73 Avantium
74 Propel Fuels
75 GlycosBio
76 ETH Bioenergia
77 Chemrec
78 Ensyn
79 Green Plains Renewable Energy
80 Range Fuels
81 Bioprocess Algae
82 SynGest
83 TMO Renewables
84 Chromatin
85 Blue Marble Biomaterials
86 Genera Energy
87 ICM
88 Albemarle
89 Lignol
90 Raizen
91 Verdezyne
92 Greenfuel Ethanol
93 Atlantic Biomass Conversions
94 Pacific Ethanol
95 Dong Energy
96 SEKAB
97 Borregaard Industries
98 Dynamotive
99 Allard Research
100 Targeted Growth
Valor Estrateacutegico do Desenvolvimento Sustentaacutevel
1048708 Casos de Valor
1048708 As empresas desempenham um papel importante na proteccedilatildeo ao meio
ambiente e na melhoria da qualidade de vida para todos
1048708 Proteccedilatildeo ao Negoacutecio propriamente dito
1048708 Reduccedilatildeo dos riscos ndash exposiccedilatildeo ao risco de ativos fiacutesicos humanos e
intangiacuteveis
1048708 Reforccedilo na permissatildeo para funcionar ndash reduzindo riscos poliacuteticos e
melhorando o grau de aceitaccedilatildeo
1048708 Aumento do valor da marca e da reputaccedilatildeo
Apenas com a visatildeo do gestor de empresas que diante de seus resultados
que natildeo correspondem agraves expectativas dos acionistas nem de seus
funcionaacuterios clientes e demais ldquoshareholdersrdquo proponho-lhes a seguinte
decisatildeo a tomar e evidente coloco minha resposta e observaccedilotildees correndo o
risco de ser mal interpretado poreacutem respaldado por anos de
responsabilidade pelos resultados de empresas de grande e de meacutedio porte
nos meus trinta anos de mercado
Suponhamos uma empresa que apresenta um faturamento liacutequido anual igual
a 100 unidades monetaacuterias Deste faturamento jaacute foram abatidos os impostos
e taxas bem como as despesas com vendas Deduzimos deste faturamento
liacutequido o CP (custo de produccedilatildeo) no total de 80 e chegamos a uma margem
de contribuiccedilatildeo de 20
Evidente que desta margem operacional para chegarmos ao resultado final
da empresa teremos que abater outros itens tais como impostos
investimentos etc poreacutem proponho-lhes ficarmos com a margem
operacional apenas uma vez que o nosso objetivo seraacute a otimizaccedilatildeo dos
resultados via melhoria da margem operacional
Gestatildeo Sustentaacutevel
Na primeira alternativa aumentamos em 10 o faturamento liacutequido e
consequentemente em 10 o CP e chegamos a um aumento de 10 na Margem
operacional ou seja Fat Liacuteq = 110 CP igual a 88 e Moper= 22 ou aumento de
(22-20)20=10
Numa segunda alternativa opta-se por aumentar a margem operacional em
10 atraveacutes da reduccedilatildeo do CP Temos entatildeo Fat Liacuteq=100 CP igual a 78
chegando-se assim a uma margem operacional de 22 ou seja 10 superior
Isto significa que para obtermos o mesmo resultado sem alterarmos o
faturamento liacutequido conseguimos atraveacutes de uma reduccedilatildeo de (78-80) 80=25
Ou seja para esta estrutura de resultados um aumento no faturamento de 10
produz o mesmo resultado que uma reduccedilatildeo de 25 no Custo de produccedilatildeo
Isto significa que o gestor deve decidir entre reduzir 1 no CP ou aumentar o
Fat Liacutequido em 4 para obter o mesmo aumento na margem operacional
Qual eacute a melhor decisatildeo a ser tomada para aumentar a margem liacutequida em 10
Com base neste raciociacutenio um aumento do faturamento natildeo depende apenas
da decisatildeo da empresa depende e muito do mercado onde a empresa atua
depende do mercado e nem sempre a empresa consegue aumentaacute-lo sem
perder volume de vendas a decisatildeo fica por conta do aumento de volume e em
consequecircncia por aumento da oferta o preccedilo meacutedio cai e consequentemente
para se compensar a perda de preccedilos o volume tem que ser ainda maior do que
os 10 desejados no aumento do faturamento por exemplo
A segunda alternativa a reduccedilatildeo no custo de produccedilatildeo de 25 pode ser
conseguida internamente com aumento na eficiecircncia dos processos de
produccedilatildeo reduccedilatildeo de geraccedilatildeo de resiacuteduos e negociaccedilotildees junto aos
fornecedores de mateacuterias primas e insumos e neste caso a empresa como
cliente tem muito maiores condiccedilotildees de exigir preccedilos mais competitivos ou no
caso de natildeo se conseguir por tratar-se de fornecedor com excessivo poder de
negociaccedilatildeo a empresa pode sempre buscar reduccedilotildees de custos das principais
mateacuterias primas atraveacutes de mateacuterias primas substitutas Evidentemente que as
reduccedilotildees nos preccedilos das utilidades como vapor energia aacutegua devem e podem
ser otimizadas bem como a reduccedilatildeo de seus desperdiacutecios atraveacutes de
campanhas internas de sensibilizaccedilatildeo e melhoria nos processos produtivos
E onde entra a Quiacutemica Verde em todo esse raciociacutenio loacutegico
Claro estaacute que os leitores jaacute comeccedilaram a correlacionar as medidas de reduccedilatildeo
de custos de produccedilatildeo com os 12 Princiacutepios da Quiacutemica Verde senatildeo vejamos
Reduzir custo de produccedilatildeo eacute aumentar os rendimentos dos processos
evitando-se assim a geraccedilatildeo de resiacuteduos e de subprodutos indesejaacuteveis e as
necessidades e custos de tratamento de resiacuteduos em especial quando se trata de
resiacuteduos toacutexicos Os controles dos processos em tempo real antes da formaccedilatildeo
de substancias perigosas e de subprodutos indesejaacuteveis tambeacutem ajudam a
aumentar a eficiecircncia dos processos e por consequecircncia a reduccedilatildeo dos custos de
produccedilatildeo Aleacutem disso a alternativa de uso de mateacuteria prima renovaacutevel para ajudar
na reduccedilatildeo de custos aleacutem de contribuir com o meio ambiente apresenta-se
cada vez mais promissora nas negociaccedilotildees junto aos fornecedores atuais
Mais um princiacutepio da quiacutemica verde o seacutetimo pode e deve ser cada vez mais
usado na gestatildeo das empresas Seraacute que a sua empresa natildeo deveria ser como a
maioria dos carros nacionais flex Que tal ser uma EMPRESA FLEX Imagine se
na hora de comprar mateacuteria prima voce pudesse optar entre mateacuteria prima
convencional derivada do petroacuteleo ou de fonte renovaacutevel pela que produzisse
melhor margem operacional naquele momento do mercado Pense em como
seria maior a sua capacidade de negociaccedilatildeo junto aos seus fornecedores atuais
Aleacutem disso produzir a menores pressotildees e temperaturas e sem usar solventes eacute
reduzir custo de investimentos e de recuperaccedilatildeo aumento consequente nas
margens e reduccedilatildeo do CAPEX necessaacuterio
Pelo acima exposto e com a responsabilidade que tenho como
Reestruturador de Empresas e alavancador de resultados acredito que daqui em
diante a boa gestatildeo de empresas necessitaraacute de gestores cada vez mais
capacitados e natildeo falo apenas das empresas quiacutemicas falo das empresas em
geral precisaremos de GESTORES SUSTENTAacuteVEIS e a Escola Brasileira de
Quiacutemica Verde poderaacute contribuir muito com a formaccedilatildeo desses novos
profissionais que teratildeo desafios mais abrangentes e complementares natildeo
somente nas aacutereas mais teacutecnicas como tambeacutem em todas as aacutereas de gestatildeo de
empresas
Claro estaacute que para um gestor de visatildeo de curto prazo que a Gestatildeo
Sustentaacutevel possa parecer mais onerosa poreacutem a visatildeo contributiva do bom
gestor a meacutedio e a longo prazo segundo e segundo Warren Buffet o bom gestor
deve fazer aumentar o valor da empresa e este descontado num fluxo de
ldquovaluationrdquo normalmente usado nos processos de compra e venda de empresas
deve evitar quaisquer ldquoliabilitiesrdquotais como passivos ambientais passivos
trabalhistas e tributaacuterios que possam vir a ser deduzidos do valor de venda de
uma empresa no momento da negociaccedilatildeo
A Gestatildeo Sustentaacutevel deixa de ser algo acadecircmico e de preocupaccedilatildeo apenas
com o meio ambiente e passa a fazer parte do patrimocircnio das empresas e de
suas avaliaccedilotildees quando das apresentaccedilotildees de seus balanccedilos Empresas geridas
com sustentabilidade valem mais natildeo soacute as empresas quiacutemicas volto a dizer
todo e qualquer tipo de empresa
Apenas para exemplificar jaacute identificamos mais de 100 empresas no mundo
todo que trabalham com a utilizaccedilatildeo de mateacuterias primas renovaacuteveis para
combustiacuteveis e outras 30 empresas que jaacute possuem derivados quiacutemicos de
fontes renovaacuteveis e economicamente viaacuteveis
No Brasil temos a Petrobras a Braskem e o grande exemplo do aacutelcool
combustiacutevel e fonte para produtos alcoolquiacutemicos totalmente viabilizados e
exemplo para todo o mundo
Produccedilatildeo amp
Destribuiccedilatildeo
Custo de Aprovisionamento
Metodologia para comparaccedilatildeo de Cadeia de Valores (ALGORITMO)
BASES COMPARATIVAS
Os custos de produtos de mateacuterias primas renovaacuteveis devem ser iguais ou menores do que os
custos de produtos similares de mateacuterias primas petroquiacutemicas
CPMPR = CPMPP
OS CUSTOS DAS CADEIAS DE VALORES DEVEM SER SIMILARES E APRESENTAREM A
MESMA COMPETIVIDADE DE CUSTOS NOS MERCADOS ALVOS DESSES PRODUTOS OU
DE SUAS APLICACcedilOES NO LONGO PRAZO E COM FLUTUACcedilOES DE CUSTOS
ASSIMILAacuteVEIS PELOS MERCADOS DE APLICACcedilAO DESSES PRODUTOS AS
SAZONALIDADES DOS MERCADOS AGRO DEVEM SER COMPENSADAS POR ESTOQUES
REGULADORES E OS CUSTOS DE MANUTENCcedilAO DE TAIS ESTOQUES DEVEM SER
LEVADOS EM CONSIDERACcedilAO NAS ANAacuteLISES DE COMPETITIVIDADES DE CUSTOS DOS
PRODUTOS DE MATEacuteRIAS PRIMAS RENOVAacuteVEIS E DE SEUS SIMILARES
PETROQUIacuteMICOS
CCVR lt= CCVP
Universidade Federal do Rio de Janeiro
EXEMPLOS DE NEGOacuteCIOS SUSTENTAacuteVEIS
1 Biorrefinarias
2 Produccedilatildeo de Etanol
3 Rota Bioquiacutemica
4 Termoquiacutemica
5 Sucroquiacutemica
6 Conversatildeo de CO2 por microalgas
7 Fitoteraacutepicos
8 Biopesticidas de Origem Vegetal
9 Aromas Fragracircncias e Oacuteleos Essenciais
10Fitoquiacutemica
11Energias Renovaacuteveis
12 Produccedilatildeo Bioloacutegica de Hidrogecircnio
MP renovaacutevel
Transporte MP
Lavagem Moagem
Unidade de fermentaccedilatildeo
Destilaccedilatildeo
Controle de qualidade e
estocagem de agravelcool
Transporte do aacutelcool
(caminhotildees)
Estoque de agravelcool nos
clientes
MP Petroquiacutemica
Transporte do MP
Craqueamento Separaccedilatildeo
Estocagem do eteno
Transporte Tubovias
Hidrataccedilatildeo
Transporte Etanol
Tubovias ou caminhotildees
Estoque nos clientes
Etanol de
cana de
accedilucar
Etanol
Petroquiacutemico
Cana de
accedilucar
Caminhotildees
Bagaccedilo Cogeraccedilatildeo de vapor
energia eletrica
Tubovias
Co produtos
Propeno
Buteno
Outros
Nafta
MP renovaacutevel
Transporte MP
Estoque Etanol
Unidade de aldeido aceacutetico
Unidade produccedilatildeo
ac aceacutetico Destilaccedilatildeo
Transporte de ac
aceacutetico
Estoque de Ac Aceacutetico nos clientes
MP Gaacutes natural
C O Carboxilaccedilatildeo Unidade de remoccedilatildeo de
Leves
Controle de qualidade
Estoque de aacutecido
aceacutetico
Transporte de Ac aceacutetico
Estoque de ac Aceacutetico nos clientes
Aacutecido Aceacutetico
Alcool
Quiacutemico
Aacutecido aceacutetico
a partir do
metanol
Etanol
Caminhotildees
Caminhotildees
Gaacutes natural
Metanol
Off - gas
Caminhotildees
MP renovaacutevel
Transporte MP
Lavagem Moagem
Unidade de fermentaccedilatildeo
Destilaccedilatildeo
Controle de qualidade e
estocagem de agravelcool
Transporte do aacutelcool
(caminhotildees)
Estoque de agravelcool nos
clientes
MP Petroquiacutemica
Transporte do MP
Craqueamento Separaccedilatildeo
Estocagem do eteno
Etanol de
cana de
accedilucar
Eteno
Petroquiacutemico
Cana de
accedilucar
Caminhotildees
Bagaccedilo Cogeraccedilatildeo de vapor
energia eletrica
Tubovias Co produtos
Propeno
Buteno
Outros
Nafta
MP renovaacutevel
Transporte MP
Estoque Etanol
Desidrataccedilatildeo Estoque Eteno
Etanol Caminhotildees
Eteno Alcool
Quiacutemico
Outros Sites AS 30 maiores Empresas em Produtos Quiacutemicos Renovaacuteveis e Biomateriais
(2011-12) Referencias Biofuels Digest ndashe sites das empresas
1 Genomatica
We develop our processes using our proprietary biotechnology platform The resulting processes can convert multiple renewable
feedstocks into numerous existing chemicals that meet industry specifications for large established markets
2 Solazyme
Solazymes proprietary biotechnology platform creates renewable oils by harnessing microalgaes prolific oil production capabilities
Through world-class molecular biology and chemical engineering capabilities were able to cost-effectively produce high-value tailored oils
3 Amyris
The basis of our production is a well-established fermentation process that uses our genetically-engineered yeast strains to convert
the sugar source into target molecules such as farnesene
4 Gevo
We plan to produce isobutanol a versatile platform chemical for the liquid fuels and petrochemical market
5 LS9
LS9rsquos industrial biotechnology platform converts diverse renewable feedstocks to drop-in fuel and chemical products
6 Dupont
Through DuPont innovation key building blocks for many of the materials we use every day can now be derived from renewable
resources mdash creating a much smaller environmental footprint than their petroleum-based predecessors with no compromise in performance
7 Codexis
Products and technology from Codexis can help the chemicals industry reduce supply chain volatility replace petroleum-based
environmentally sensitive raw materials with plentiful biomass and gain a competitive advantage in the marketplace
AS 30 maiores Empresas em Produtos Quiacutemicos Renovaacuteveis e Biomateriais (2011-12) ndash cont
8 Genencor
As a leader in the development of renewable alternatives for petroleum-based chemicals and fuels Genencor is helping to build the road
towards a more sustainable future
9 Novozymes
A number of technologies are involved in these steps and this part of ldquoOur technologyrdquo gives you an understanding of how these
technologies are employed in the work of researchers at Novozymes
10 ZeaChem
ZeaChem Inc has developed a cellulose-based biorefinery platform capable of producing advanced ethanol fuels and chemicals
Our indirect approach leapfrogs the yield and carbon dioxide (CO2) problems associated with traditional and cellulosic based processes
11 Cargill
Cargillrsquos range of nature-based products are suited to a number of industrial applications and markets We offer a growing number
of products derived from renewable sources designed to replace or offset non-renewable ingredients
12 Cobalt Technologies
Cobalts technology features a continuous process to efficiently convert diverse low cost feedstocks ndash beginning with bagasse and
waste wood ndash into biobutanol
13 Waste Management
Thatrsquos why Waste Management makes such a good fit Our mission is to bring you professional dependable services and innovative
solutions that create value for you ndash and a better future for us all
14 Ceres
Our technology platforms are helping make biofuels bio-based chemicals and biopower more economical and scalable It starts with
improving the crops themselves a process as old as farming but now coupled with the latest genomics-based breakthroughs
AS 30 maiores Empresas em Produtos Quiacutemicos Renovaacuteveis e Biomateriais (2011-12) ndash cont
15 Elevance Renewable Sciences
As the leader in transforming natural renewable oils into high-performing specialty products and materials Elevance is uniquely
positioned to meet consumer demand in a market exceeding $100 billion annually in these segments
Performance waxesNature Wax productsPersonal care productsDetergents and cleanersAntimicrobials
16 Dow Chemical
At Dow we are already creating solutions for a more sustainable future by helping develop paints that scrub the formaldehyde
from the air designing intelligent packaging that keeps food fresher longer and communicates its condition as well as more efficient
batteries to power vehicles
17 Enerkem
Chemicals used to make thousands of industrial and consumer products have traditionally been derived from fossil fuels such as petroleum
With an innovative process that uses waste and residues instead of fossil fuels Enerkem helps meet the increasing demand for greener
everyday products
18 Coskata
Coskata is a biology-based renewable energy company whose low-cost platform technology allows for the production of fuels and
chemicals from a variety of input material (including biomass agricultural and municipal wastes and other carbonaceous material)
Using proprietary microorganisms and patented bioreactor designs we are ready today to produce feedstock flexible ethanol
to fuel energy security economic growth and environmental sustainability
19 OPX Biotechnologies
OPXBIO developed and piloted the microbe and process that will produce its first biochemical product ndash BioAcrylic ndash at 30 to 50
percent lower cost and a 75 percent reduction in greenhouse gas emissions over current petrol-based acrylic Todayrsquos petro-acrylic has
an $10 billion global market in applications such as paints adhesives diapers and detergents In 2011 OPXBIO began collaborating
with The Dow Chemical Company to develop an industrial-scale process for producing BioAcrylic OPXBIO anticipates
full commercialization of BioAcrylic within three to five years
20 DSM
Bio-based materials The DSM Innovation Center is currently developing a platform of bio-based performance materials Examples
include investment in the green-chemistry company Segetis an agreement with Novomer to develop the first green resin for coatings
and the launch of EcoPaXXtrade a bio-based high-performance engineering plastic polymer
Approximately 70 of EcoPaXXtrade consists of building blocks derived from castor oil ndash a renewable resource This results in a
carbon footprint of zero lsquofrom cradle to the DSM gatersquo Itrsquos a strong selling point in todayrsquos plastics market as well as being fully compatible
with our strategy of sustainable innovation
AS 30 maiores Empresas em Produtos Quiacutemicos Renovaacuteveis e Biomateriais (2011-12) ndash cont
21 Myriant
Biobased specialty chemicals are a reality today because of Myriants commitment to development of technology with direct
commercial applicability Our integrated approach which links RampD efforts with the business strategy throughout the value chain and
across key aspects of company operations has resulted in a novel biocatalyst platform with proven commercialization success a robust
product pipeline and an extensive intellectual property suite
22 Cosan
O aacutelcool etiacutelico ou etanol eacute produzido pela fermentaccedilatildeo da cana-de-accediluacutecar A Raiacutezen se destaca como uma das maiores produtoras de
etanol no paiacutes com produccedilatildeo anual de22 bilhotildees de litros Em linha com sua visatildeo de ser reconhecida globalmente pela
excelecircncia no desenvolvimento produccedilatildeo e comercializaccedilatildeo de energia sustentaacutevel investe no combustiacutevel de matriz limpa e renovaacutevel
com tecnologia e talento que satildeo referecircncia no Brasil e no mundo
23 Mascoma
Ethanolrsquos energy is derived from plants that in turn obtain their energy from the sun In this way ethanol acts as a means of storing solar
power in liquid form Cellulosic ethanol is ethanol that is obtained from the non-edible portion of plant material Cellulosic ethanol is
identical in composition and performance to ethanol derived from corn or sugar cane Cellulosic ethanol however has important
environmental economic and sustainability advantages over conventional sources due to its source and method of production
24 KiOR
KiOR has developed a proprietary technology platform to convert sustainable low-cost non-food biomass into a hydrocarbon-based
renewable crude oil Using standard refining equipment the company processes its renewable crude into gasoline and diesel blendstocks
that can utilize the existing transportation fuel infrastructure for use in vehicles on the road today
25 DuPont Danisco
DuPont is applying its deep knowledge and experience in crop technology microbiology bioprocessing and engineering to
enable proprietary cost-effective cellulosic ethanol solutions for the market At DuPont we believe that science-powered innovation
and collaboration are required to meet the food energy and protection challenges of unprecedented population growth Our cel lulosic
ethanol team is leading the way in advanced biofuels by developing comprehensive integrated solutions for a range of feedstocks and
designing innovative enzymes to accelerate the commercial production of cellulosic biofuels in markets across the world
AS 30 maiores Empresas em Produtos Quiacutemicos Renovaacuteveis e Biomateriais (2011-12) ndash cont
26 Virent
Virent is replacing crude oil by creating the chemicals and fuels the world demands through utilization of a wide variety of naturally
occurring renewable resources Our patented BioFormingreg technology features catalytic chemistry which converts plant-based sugars into
a full range of hydrocarbon productsidentical to those made from petroleum including gasoline diesel jet fuel and chemicals for plastics
and fibers Our products are ldquodrop-inrdquo replacements that enable full utilization of todayrsquos existing processing pipeline storage and
transportation infrastructure Virent produces its hydrocarbon chemicals and fuels from plant sugars in a few hours compared to the
millions of years required for petroleum
27 LanzaTech
LanzaTech is very much part of this new field of innovators and by challenging our preconceptions of waste and energy sources we see
a future where access to energy is universal
28 POET
POET devotes tremendous resources to developing cellulosic ethanol Every day our researchers work to make it more affordable
Weve invested heavily in cellulosic research over the past decade and we will invest much more as we begin construction on our first
commercial cellulosic ethanol plant in Emmetsburg Iowa which we anticipate will produce 25 million gallons per year
29 Metabolix
Metabolix is developing commercially viable chemicals from biobased sources as opposed to fossil fuels which produce the vast majority of
chemicals today
Today four carbon (C4) chemicals are produced from non-renewable fossil-based hydrocarbons and are used to make spandex fibers
polyurethanes engineering resins and personal care products
Biobased chemicals allow us to address the global market demand for products and processing that reduce fossil energy use and greenhouse
gas emissions
30 Honeywellrsquos UOP
In 2008 UOP and Ensyn Corporation created the joint venture Envergent Technologies
Envergent is focused on the conversion of forest and agricultural waste residues to a liquid renewable oil to generate renewable heat and power
We do this through the RTPregprocess or rapid thermal processing which has been in commercial operation for more than 25 years
The RTP process produces a clean burning minimal sulfur content biofuel that can be used for the generation of renewable heat and power It is
a cost-effective solution to reduce greenhouse gas emissions up to 90 compared to petroleum-based fuels
The process is scalable to meet the needs of diverse applications It has a relatively compact footprint due to its modular construction and is
feedstock-flexible in that RTP can be designed to process a wide variety of lignocellulosic feedstocks
For more information on the advantages of pyrolysis oil and our RTP technology please visit us atwwwEnvergentTechcom
InstitutosEmpresaOutros
Nacionais
Instituto Nacional de Tecnologia
Empresa Brasileira de Pesquisas Agropecuaacuterias
PetrobraacutesCENPES
Centro de Energias Alternativas e Meio Ambiente
Centro de Tecnologia Canavieira
Instituto de Pesquisa Tecnoloacutegica do Estado de Satildeo Paulo
Instituto Nacional de Pesquisas Espaciais
Centro Brasileiro de Pesquisas Fiacutesicas
Instituto Nacional de Pesquisas da Amazocircnia
Conselho de Desenvolvimento Cientifico e Tecnoloacutegico
CNEN
Museu Paraense Emilio Goeldi Paraacute
FIOCRUZ
Instituto Nacional do Cacircncer
Instituto Adolfo Lutz
TOTAL GERAL 15 instituiccedilotildees
Universidade Federal do Rio de Janeiro
InstitutosDepartamentos
Internacionais
National Renewable Energy Laboratories EUA
US Department of Agriculture Agricultural Research
Service (USDA ARS) EUA
Chinese Academy of Science China
Agriculture ampAgri Food Canada Canadaacute
Institut National de la Recherche Agronomique Franccedila
Consejo Superior de Investigaciones Cientificas (CSIC)
Espanha
Russian Academy of Science Ruacutessia
Indian Institute of Technology Iacutendia
Natural Renewable Energy Laboratory EUA
National Institute of Advanced Industrial Science and
Technology Japatildeo
Institute Francais du Petrole (IFP)
Polish Academy of Science Polocircnia
Indian Institute of Chemical Technology India
Max Planck Institut Alemanha
French National Institute for Agricultural Research (INRA)
Franccedila
Tokyo Institute of Technology Japatildeo
Centre National de la Recherche Scientifique (CNRS)
Franccedila
National Chemical Laboratory Iacutendia
National Institute of Advanced Industrial Science and
Technology Japatildeo
Korea Institute of Science amp Technology Coreacuteia do Sul
US Geology Survey EUA
Marine Biotechnology Institute Japatildeo
Korea Institute of Energy Research (KIER) Coreacuteia do Sul
Centre National de la Recherche Scientifique (CNRS)
Franccedila
Kamaishi Labs Marine Biotechnology Institute Japatildeo
Alfred Wegener Institute for Polar and Marine Research
Alemanha
Australian National University Austraacutelia
Chonbuk National University Coreacuteia do Sul
Centre de Recherche en Ecologie Marine et Aquaculture
(IFREMER) Franccedila
Mitsubishi Heavy Ind Ltd (Advanced Technoly Research
Centre) Japatildeo
Oak Ridge National Laboratory (ORNL) EUA
Research Institute of Innovative Technology for the Earth
(RITE) Japatildeo
Central Institute of Medicinal and Aromatic Plants Iacutendia
Consiglio Nazional delle Ricerche (CNR) Itaacutelia
NASA EUA
Beijing Yixintang Medicine Research Institute
TOTAL GERAL 36 instituiccedilotildees
Universidade Federal do Rio de Janeiro
Empresas Internacionais
Novozymes AS
Genencor Int Inc
Kao Corp
Novo Nordisk AS
Novozymes Inc
Novo-Nordisk AS
Henkel KGAA
Iogen Energy Corp
Danisco US Inc Genencor Division
Novozymes Biotech Inc
Novozymes North America Inc
Goedegebuur F
Midwest Research Institute
Du Pont De Nemours amp Co
Dunn- Coleman N
AE Biofuels EUA
Blue Fire Ethanol EUAJapatildeo
Chempolis Ou
Iogen
KL Energy
Lignol Energy
Sekab
Sun Opta
Verenium
Chevron USA Inc
Shell International Research Maatshappij BV
Exxon Mobil Res ampEng Co
Sasol Technology Pty Ltd
Shell Oil Co
Conoco Phillips Co
ENI Spa
Exxon Res amp Eng Co
Exxon Mobil Res amp Eng Co
Roquette Freres As
Basf AG
General Electric Co
Exxon Mobil Chem Patents Inc
LrsquoOreal SA
Basf SE
Bayer AG
Wellington SL
Vinegar HJ
Berchenko IE
Dow Global Technologies Inc
Degussa AG
Bayer Material Science AG
Samsung SDI Co Ltd
Stegemeir GL
Henkel KGAA
Zhang E
Ryan RC
Fowler TD
Rouffi gnac EPD
Universidade Federal do Rio de Janeiro
Council of Scientific and Industrial Research of India
Li Y
Ye M
Wang Y
Zhang L
Jiang J
Liu Y
Yin K
Jiang L
Syngenta Part AG
Novartis AG
Basf SE
Bayer Cropscience AG
Dow Corning Corporation
Genoptera LLC
Monsanto Technology
US Secretary of Agriculture
Bayer Cropscience GMBH
Toyota Jidosha KK
TOTAL GERAL 88 instituiccedilotildees
Empresas Internacionais
Fowler TD
Rouffi gnac EPD
Merck Patent GMBH
Procter amp Gamble Co
Yokohama Rubber Co Ltd
Colgate Palmolive
Bridgestone Corp
Henkel KGAA
Goodyear Tire amp Rubber Co
LG Electronics Inc 507
Matsushita Denki Sangyo KK
Toshiba KK
Canon KK
Hitachi Ltd
Mitsubshi Electric Co
Mitsubishi Jukogyo KK
Universidade Federal do Rio de Janeiro
CURSOS
Ofertados nas instituiccedilotildees de ensino nacionais ou internacionais
Introduccedilatildeo a Quiacutemica Verde
Quiacutemica Verde e Quiacutemica Sustentaacutevel
Engenharia Ecoloacutegica e Quiacutemica Verde
ldquoQuiacutemica Verde Fundamentos e Aplicaccedilotildeesrdquo
Quiacutemica Verde na Atualidade
A Quiacutemica Verde e o papel da cataacutelise no contexto da
Inovaccedilatildeo e do Desenvolvimento Tecnoloacutegico
Universidade Federal do Rio de Janeiro
Universidade Federal do Rio de Janeiro
FONTES CONSULTADAS
Quiacutemica verde no Brasil 2010 ndash 2030 Ediccedilatildeo revista e atualizada
Centro de Gestatildeo e Estudos Estrateacutegicos
Ciecircncia Tecnologia e Inovaccedilatildeo
httpwwwsciencedirectcom
httpwwwperiodicoscapesgovbr
LINHAS DE PESQUISA
Luiz Felipe Miranda de Jesus
Universidade Federal do Rio de Janeiro
Linhas de Pesquisa
Buscas Associadas
ldquoQuiacutemica Verderdquo
ldquoQuiacutemica Ambientalrdquo
ldquoQuiacutemica Sustentaacutevelrdquo
ldquoGreen Chemistryrdquo
ldquoQuiacutemica Verde PampDrdquo
ldquoGreen Chemistry RampDrdquo
ldquoUS Green Chemistryrdquo
ldquoEurope Green Chemistryrdquo
Universidade Federal do Rio de Janeiro
Linhas de Pesquisa
Principais Fontes
Identificaccedilatildeo de Instituiccedilotildees citadas em artigos e outras publicaccedilotildees
CAPES
CNPQ
ABQ
SBPC
Instituiccedilotildees de Fomento (FINEP FAPESPetc)
CGEE
MCT
Sites das Universidades
EPA
IUPAC
ACS
Green Chemistry Network
Royal Society of Chemistry
European Environment Agency
Universidade Federal do Rio de Janeiro
The Interuniversity National Consortium Chemistry for the Environment (INCA Consortium) Gathers 33 Italian universities and about 90 research units headquarters in Venezia and Roma Italy
NSF Science and Technology Center for Environmentally Responsible Solvents and Processes University of North Carolina Chapel Hill Queens University Ionic Liquid Laboratories (QUILL)
Queens University of Belfast The Clean Technology Research Group University of Nottingham The Green Chemistry Group (see below now called centre of excellence)
University of York Centre for Green Chemistry University of Monash Centre for Green Manufacturing University of Alabama Chemical Process Engineering Research Institute Centre for Research amp Technology University of Leicester (UK) Leicester Green Chemistry Group
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
University of Leeds (UK) Leeds Cleaner Synthesis Group Institute of Applied Catalysis (UK) A research network for catalysis Carnegie Mellon University (USA) Institute for Green Oxidation Chemistry Institute for a Sustainable Environment (USA) University of Oregon Center for Sustainable and Green Chemistry (DEN) httpwwwcsgdtudk Green Chemistry Centre of Excellence (UK) httpwwwyorkacukresgcgsiteindexhtm Center for Green Chemistry at UMass Boston (US) httpwwwgreenchemistryumbedu Center for Green Chemistry at UMass Lowell (US) httpwwwgreenchemistryumledu University of Notre Dame Energy Centre (USA) httpwwwndedu~ndenergy Goumlteborg Universitys Centre for Environment and Sustainability (SWE) httpwwwchalmerssegmvEN
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
MSc in Green Chemistry and Sustainable Industrial Technology
Department of Chemistry at the University of York
Master en Quimica Sostenible
Faculty of Sciences at the University of Zaragoza
MSc in Green Chemistry Energy and the Environment
Imperical College London
MSc in Chemical Research (Green Chemistry with Industry)
CTA funding to the University of Leicester
1st year Master of Science Chemistry Specializing in Green Chemistry
University Louis Pasteur (Strasbourg I)
Master of Chemistry and EST
Universiteacute de Savoie
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
Schools with Green Chemistry Programs
United States
Eastern Connecticut
Yale University
Massachusetts
Bridgewater State College
Gordon College
University of Massachusetts Boston
University of Massachusetts Lowell Center for Green Chemistry
Pennsylvania
Carnegie Mellon Institute for Green Oxidation Chemistry
University of Scranton
Arkansas
Hendrix College (green organic chemistry)
Illinois
University of Illinois-Urbana-Champaign
Minnesota
St Olaf College
Alabama
University of Alabama
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
Linhas de Pesquisa California
Berkeley Center for Green Chemistry
UC Berkeley Extension
Colorado
Colorado School of Mines
Oregon
University of Oregon
Schools with Green Chemistry Programs - International
Australia
Monash University Centre for Green Chemistry
Murdoch University Sustainable ChemistryGreen Chemistry
Netherlands
Delft University of Technology Biocatalysis and Organic Chemistry
Italy
Interuniversity Consortium Chemistry for the Environment (INCA)
Universidade Federal do Rio de Janeiro
Northern Ireland
Queens University of Belfast Ionic Liquid Laboratories
Spain
Institute of Science and Technology (IUCT)
Green Chemistry Network of Spain (REDQS - Red Espantildeola de Quiacutemica Sostenible)
Sweden
Centre for Environment and Sustainability - Chalmers University of
TechnologyGoumlteborg University
United Kingdom
Green Chemistry Centre of Excellence at York
University of Leicester Green Chemistry Group
University of Nottingham Green and Analytical Chemistry
Brazil
Universidade do Vale do Itajaiacute Center for Technological Earth and Sea Sciences
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
Linhas de Pesquisa
Observaccedilotildees
Poucos programas especiacuteficos em ldquoQuiacutemica Verderdquo
Perfil multidisciplinar
Descriccedilatildeo de diversas linhas abrange somente um ou
alguns dos princiacutepios da ldquoQuiacutemica Verderdquo
Associaccedilatildeo inadequada ao tema
Necessidade de ampliaccedilatildeo de escopo
Movimento inicial de fomento aos projetos na aacuterea
Universidade Federal do Rio de Janeiro
CONGRESSOS E OUTROS SITES
Natasha Kelber
Universidade Federal do Rio de Janeiro
Universidade Federal do Rio de Janeiro
CONGRESSOS NACIONAIS
5ordm Simpoacutesio Nacional de Biocombustiacuteveis ndash BIOCOM ndash 14 a15Abril2012 ndash Canoas
RS
4ordf Escola de Quiacutemica Verde - JaneiroFevereiro2012 - Satildeo Paulo SP
VII Congresso Brasileiro de Biosseguranccedila - 19-23Setembro2011 - Joinville SC
II Semana de Biotecnologia Industrial - 20-22Outubro2010 - Lorena SP
5ordm Congresso Internacional de Bioenergia - 10-13Agosto2010 - Curitiba PR
II Semana de Biotecnologia Industrial - Julho2009 - Lorena SP
VI Congresso Brasileiro de Biosseguranccedila
VI Simpoacutesio Latino-Americano de Produtos Biotecnoloacutegicos
I Simpoacutesio Internacional de Biosseguridade e Pesquisa de Duplo Uso
I Feira de Equipamentos e Dispositivos de Biosseguranccedila ndash 22-25 Setembro2009 -
Rio de Janeiro RJ
1ordm Encontro Franco-Brasileiro de Quiacutemica Verde - 11 a 13Outubro2011
Universidade Federal do Rio de Janeiro
CONGRESSOS INTERNACIONAIS
3nd Brazilian Conference on Natural Products - 29Outubro-02Novembro2011 -
Ouro Preto MG
Biodiesel Congress - 27-29Julho2011 - Satildeo Paulo SP
IGCW 2011 Industrial Green Chemistry World Symposium amp Expo - December 4-6
2011 - Mumbai Iacutendia
3rd Asia-Oceania Conference on Green and Sustainable Chemistry (AOC-3) -
December 4-7 2011 - Melbourne Austraacutelia
3rd International Congress on Green Process Engineering - December 6-8 2011 -
Kuala Lumpur Malaysia
Minnesota Green Chemistry Conference - January 26 2012 - Minneapolis MN
The Asian Conference on Sustainability Energy amp the Environment - May 3-6 2012 -
Osaka Japan
16th Annual Green Chemistry amp Engineering Conference - June 18-20 2012 -
Washington DC
Gordon Research Seminar and Conference on Green Chemistry - July 21-27 2012 -
Lucca (Barga) Italy
4th International IUPAC Conference on Green Chemistry - August 25-29 2012 - Foz
do IguaccediluPR Brazil
Universidade Federal do Rio de Janeiro
OUTROS SITES
httpportalacsorgportalacscorgcontent_nfpb=trueamp_pageLabel=PP_SUPERAR
TICLEampnode_id=1401ampuse_sec=falseampsec_url_var=region1amp__uuid=6e2273c5-5e7f-
4c7b-8931-530d244f1650P15_704
httpwwwcleanproductionorgGreenphp
wwwrscorgMembershipNetworkingInternationalActivitiesPanAfricaindexasp
httpwwworganic-chemistryorgtopicsgreen-chemistryshtm
httpagenciafapespbr12992
httpacademicscrantonedufacultycannm1greenchemistryporthtml
httpwwwabqorgbrsimpequi2010trabalhos122-7744htm
httpbrlinkedincominquimicaverde
httpwwwcinprorgbrFreeComponent10435content149251shtml
httpquiverdeblogspotcom201006os-12-principios-da-quimica-verdehtml
httpwwwufpeltchebriqgwwverde
httpwwwbrasilescolacomquimicaprincipios-quimica-verdehtm
httpwwwsustentabilidaderesultadoscombrgreen-chemistry-a-sustainable-
opportunity
httpwwwgreenchemistrynetworkorg
httpwwwepagovgreenchemistry
PUBLICACcedilOtildeES E PERIOacuteDICOS
Renato Soares
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS
Base de Dados
Royal Society of Chemistry (30)
SpringerLink (MetaPress) (30)
Wiley Online Library (30)
ACS Journals Search (30)
Nature (NPG) (30)
Science (AAAS) (30)
IOPscience (Institute of Phsics) (30)
Oxford Journals (Oxford University Press) (30)
ScienceDirect (Elsevier) (30)
Annual Reviews (29)
AIP Scitation ndash American Institute of Physics (28)
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS
Annual Review of Biochemistry (6)
Scientific American (5)
Ecological Indicators (5)
Green Chemistry Educat (4)
Nature Chemistry (4)
J Chem Educ (3)
Autobiographies by Nob (3)
J Appl Phys (3)
Food Hydrocolloids (3)
Chem Soc Rev (2)
Annual Review of Environment and Resources (2)
J Am Chem Soc (2)
The Excitement and Fascination of Science (2)
Environmental Science and Pollution Research (2)
Universidade Federal do Rio de Janeiro
COLECcedilOtildeES E TEXTOS
Murilo Alves
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS REVISTAS E JORNAIS CIENTIacuteFICOS Revistas Cientiacuteficas com conteuacutedos sobre ensino de ciecircnciasquiacutemica e
quiacutemica verde
O primeiro artigo que atendeu aos criteacuterios adotados
neste trabalho e cujo tiacutetulo conteacutem a expressatildeo Green Chemistry (Quiacutemica Verde) - Design for the
environment and Green Chemistry the heart and soul
of industrial ecology - foi publicado em 1997
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS REVISTAS E JORNAIS CIENTIacuteFICOS Revistas Cientiacuteficas com conteuacutedos sobre ensino de ciecircnciasquiacutemica e
quiacutemica verde
Revista Quiacutemica Nova na Escola - QNEsc A Revista Quiacutemica Nova na Escola (QNEsc) com uma periodicidade trimestral propotildee-se a subsidiar o trabalho a formaccedilatildeo e a atualizaccedilatildeo da comunidade do Ensino de Quiacutemica brasileiro QNEsc integra-se agrave linha editorial da Sociedade Brasileira de Quiacutemica que publica tambeacutem a revista Quiacutemica Nova e o Journal of the Brazillian Chemical Society Quiacutemica Nova na Escola eacute um espaccedilo aberto ao educador suscitando debates e reflexotildees sobre o ensino e a aprendizagem de quiacutemica Assim contribui para a tarefa fundamental de formar verdadeiros cidadatildeos Nesse sentido a Divisatildeo de Ensino disponibiliza neste portal na iacutentegra e de forma totalmente gratuita todos os artigos publicados no formato PDF Estatildeo disponiacuteveis tambeacutem os Cadernos Temaacuteticos publicados desde 2001 pela Divisatildeo de Ensino
Green Chemistry - Journal Jornal publicado pela Royal Society of Chemistry - RCS que se apresenta como um espaccedilo para publicaccedilatildeo sobre
pesquisas de ponta no desenvolvimento de tecnologias alternativas sustentaacuteveis
Green Green - revista italiana do Consoacutercio Interuniversitaacuterio Quiacutemica Nacional do Meio Ambiente (INCA) em colaboraccedilatildeo com a Sociedade Quiacutemica Italiana (SCI) 1 5 ACS Publications A Divisatildeo de Publicaccedilotildees da Sociedade Americana de Quiacutemica (American Chemical Society - ACS) oferece a comunidade cientiacutefica mundial uma coleccedilatildeo abrangente dos perioacutedicos mais citados revisados por pares em ciecircncias quiacutemicas e afins
Universidade Federal do Rio de Janeiro
Universidade Federal do Rio de Janeiro
FONTES CONSULTADAS
httpwwwqmcufscbrgieqindexphplinkshtml
httpwwwperiodicoscapesgovbr
httpwwwscielocom
Organizaccediloes - 100 maiores empresas em Bioenergia 2011-12 Referencia Biofuels Digest online publication
November 9 2011 author Jim Lane
1 Solazyme
2 Amyris
3 Gevo
4 POET
5 LS9
6 Novozymes
7 Enerkem
8 LanzaTech
9 UOP
10 ZeaChem
11 Codexis
12 Abengoa Bioenergy
13 KiOR
14 Virent Energy Systems
15 Sapphire Energy
16 Ceres
17 Coskata
18 DuPont Cellulosic
19 Terrabon
20 Mascoma
21 Cobalt Technologies
22 Petrobras
23 Joule Unlimited
24 BP Biofuels
25 Neste
26 Waste Management
27 Rentech
28 Qteros
29 INEOS Bio
30 Genencor
31 Genomatica
32 Shell
33 Synthetic Genomics
34 Chemtex
100 maiores empresas em Bioenergia 2011-12 Referencia Biofuels Digest online publication November 9 2011
author Jim Lane
35 Algenol
36 Elevance Renewable Sciences
37 OriginOil
38 SG Biofuels
39 Cosan
40 HCL CleanTech
41 Fulcrum Bioenergy
42 Cargill
43 Chevron
44 Bluefire Renewables
45 Dynamic Fuels
46 Mendel
47 OPX Biotechnologies
48 Inbicon
49 Renmatix
50 Monsanto
51 Butamax
52 Iogen
53 DuPont
54 Verenium
55 PetroAlgae
56 DSM
57 ExxonMobil
58 Envergent
59 Aurora Algae
60 Syngenta
61 Praj Industries
62 Phycal
63 Renewable Energy Group
64 Clear Fuels Technology
65 ArborGen
66 KL Energy
67 Solix Biofuels
100 maiores empresas em Bioenergia 2011-12 Referencia Biofuels Digest online publication November 9 2011
author Jim Lane
68 Catchlight Energy
69 Dyadic
70 AE Biofuels
71 Myriant
72 EdeniQ
73 Avantium
74 Propel Fuels
75 GlycosBio
76 ETH Bioenergia
77 Chemrec
78 Ensyn
79 Green Plains Renewable Energy
80 Range Fuels
81 Bioprocess Algae
82 SynGest
83 TMO Renewables
84 Chromatin
85 Blue Marble Biomaterials
86 Genera Energy
87 ICM
88 Albemarle
89 Lignol
90 Raizen
91 Verdezyne
92 Greenfuel Ethanol
93 Atlantic Biomass Conversions
94 Pacific Ethanol
95 Dong Energy
96 SEKAB
97 Borregaard Industries
98 Dynamotive
99 Allard Research
100 Targeted Growth
Apenas com a visatildeo do gestor de empresas que diante de seus resultados
que natildeo correspondem agraves expectativas dos acionistas nem de seus
funcionaacuterios clientes e demais ldquoshareholdersrdquo proponho-lhes a seguinte
decisatildeo a tomar e evidente coloco minha resposta e observaccedilotildees correndo o
risco de ser mal interpretado poreacutem respaldado por anos de
responsabilidade pelos resultados de empresas de grande e de meacutedio porte
nos meus trinta anos de mercado
Suponhamos uma empresa que apresenta um faturamento liacutequido anual igual
a 100 unidades monetaacuterias Deste faturamento jaacute foram abatidos os impostos
e taxas bem como as despesas com vendas Deduzimos deste faturamento
liacutequido o CP (custo de produccedilatildeo) no total de 80 e chegamos a uma margem
de contribuiccedilatildeo de 20
Evidente que desta margem operacional para chegarmos ao resultado final
da empresa teremos que abater outros itens tais como impostos
investimentos etc poreacutem proponho-lhes ficarmos com a margem
operacional apenas uma vez que o nosso objetivo seraacute a otimizaccedilatildeo dos
resultados via melhoria da margem operacional
Gestatildeo Sustentaacutevel
Na primeira alternativa aumentamos em 10 o faturamento liacutequido e
consequentemente em 10 o CP e chegamos a um aumento de 10 na Margem
operacional ou seja Fat Liacuteq = 110 CP igual a 88 e Moper= 22 ou aumento de
(22-20)20=10
Numa segunda alternativa opta-se por aumentar a margem operacional em
10 atraveacutes da reduccedilatildeo do CP Temos entatildeo Fat Liacuteq=100 CP igual a 78
chegando-se assim a uma margem operacional de 22 ou seja 10 superior
Isto significa que para obtermos o mesmo resultado sem alterarmos o
faturamento liacutequido conseguimos atraveacutes de uma reduccedilatildeo de (78-80) 80=25
Ou seja para esta estrutura de resultados um aumento no faturamento de 10
produz o mesmo resultado que uma reduccedilatildeo de 25 no Custo de produccedilatildeo
Isto significa que o gestor deve decidir entre reduzir 1 no CP ou aumentar o
Fat Liacutequido em 4 para obter o mesmo aumento na margem operacional
Qual eacute a melhor decisatildeo a ser tomada para aumentar a margem liacutequida em 10
Com base neste raciociacutenio um aumento do faturamento natildeo depende apenas
da decisatildeo da empresa depende e muito do mercado onde a empresa atua
depende do mercado e nem sempre a empresa consegue aumentaacute-lo sem
perder volume de vendas a decisatildeo fica por conta do aumento de volume e em
consequecircncia por aumento da oferta o preccedilo meacutedio cai e consequentemente
para se compensar a perda de preccedilos o volume tem que ser ainda maior do que
os 10 desejados no aumento do faturamento por exemplo
A segunda alternativa a reduccedilatildeo no custo de produccedilatildeo de 25 pode ser
conseguida internamente com aumento na eficiecircncia dos processos de
produccedilatildeo reduccedilatildeo de geraccedilatildeo de resiacuteduos e negociaccedilotildees junto aos
fornecedores de mateacuterias primas e insumos e neste caso a empresa como
cliente tem muito maiores condiccedilotildees de exigir preccedilos mais competitivos ou no
caso de natildeo se conseguir por tratar-se de fornecedor com excessivo poder de
negociaccedilatildeo a empresa pode sempre buscar reduccedilotildees de custos das principais
mateacuterias primas atraveacutes de mateacuterias primas substitutas Evidentemente que as
reduccedilotildees nos preccedilos das utilidades como vapor energia aacutegua devem e podem
ser otimizadas bem como a reduccedilatildeo de seus desperdiacutecios atraveacutes de
campanhas internas de sensibilizaccedilatildeo e melhoria nos processos produtivos
E onde entra a Quiacutemica Verde em todo esse raciociacutenio loacutegico
Claro estaacute que os leitores jaacute comeccedilaram a correlacionar as medidas de reduccedilatildeo
de custos de produccedilatildeo com os 12 Princiacutepios da Quiacutemica Verde senatildeo vejamos
Reduzir custo de produccedilatildeo eacute aumentar os rendimentos dos processos
evitando-se assim a geraccedilatildeo de resiacuteduos e de subprodutos indesejaacuteveis e as
necessidades e custos de tratamento de resiacuteduos em especial quando se trata de
resiacuteduos toacutexicos Os controles dos processos em tempo real antes da formaccedilatildeo
de substancias perigosas e de subprodutos indesejaacuteveis tambeacutem ajudam a
aumentar a eficiecircncia dos processos e por consequecircncia a reduccedilatildeo dos custos de
produccedilatildeo Aleacutem disso a alternativa de uso de mateacuteria prima renovaacutevel para ajudar
na reduccedilatildeo de custos aleacutem de contribuir com o meio ambiente apresenta-se
cada vez mais promissora nas negociaccedilotildees junto aos fornecedores atuais
Mais um princiacutepio da quiacutemica verde o seacutetimo pode e deve ser cada vez mais
usado na gestatildeo das empresas Seraacute que a sua empresa natildeo deveria ser como a
maioria dos carros nacionais flex Que tal ser uma EMPRESA FLEX Imagine se
na hora de comprar mateacuteria prima voce pudesse optar entre mateacuteria prima
convencional derivada do petroacuteleo ou de fonte renovaacutevel pela que produzisse
melhor margem operacional naquele momento do mercado Pense em como
seria maior a sua capacidade de negociaccedilatildeo junto aos seus fornecedores atuais
Aleacutem disso produzir a menores pressotildees e temperaturas e sem usar solventes eacute
reduzir custo de investimentos e de recuperaccedilatildeo aumento consequente nas
margens e reduccedilatildeo do CAPEX necessaacuterio
Pelo acima exposto e com a responsabilidade que tenho como
Reestruturador de Empresas e alavancador de resultados acredito que daqui em
diante a boa gestatildeo de empresas necessitaraacute de gestores cada vez mais
capacitados e natildeo falo apenas das empresas quiacutemicas falo das empresas em
geral precisaremos de GESTORES SUSTENTAacuteVEIS e a Escola Brasileira de
Quiacutemica Verde poderaacute contribuir muito com a formaccedilatildeo desses novos
profissionais que teratildeo desafios mais abrangentes e complementares natildeo
somente nas aacutereas mais teacutecnicas como tambeacutem em todas as aacutereas de gestatildeo de
empresas
Claro estaacute que para um gestor de visatildeo de curto prazo que a Gestatildeo
Sustentaacutevel possa parecer mais onerosa poreacutem a visatildeo contributiva do bom
gestor a meacutedio e a longo prazo segundo e segundo Warren Buffet o bom gestor
deve fazer aumentar o valor da empresa e este descontado num fluxo de
ldquovaluationrdquo normalmente usado nos processos de compra e venda de empresas
deve evitar quaisquer ldquoliabilitiesrdquotais como passivos ambientais passivos
trabalhistas e tributaacuterios que possam vir a ser deduzidos do valor de venda de
uma empresa no momento da negociaccedilatildeo
A Gestatildeo Sustentaacutevel deixa de ser algo acadecircmico e de preocupaccedilatildeo apenas
com o meio ambiente e passa a fazer parte do patrimocircnio das empresas e de
suas avaliaccedilotildees quando das apresentaccedilotildees de seus balanccedilos Empresas geridas
com sustentabilidade valem mais natildeo soacute as empresas quiacutemicas volto a dizer
todo e qualquer tipo de empresa
Apenas para exemplificar jaacute identificamos mais de 100 empresas no mundo
todo que trabalham com a utilizaccedilatildeo de mateacuterias primas renovaacuteveis para
combustiacuteveis e outras 30 empresas que jaacute possuem derivados quiacutemicos de
fontes renovaacuteveis e economicamente viaacuteveis
No Brasil temos a Petrobras a Braskem e o grande exemplo do aacutelcool
combustiacutevel e fonte para produtos alcoolquiacutemicos totalmente viabilizados e
exemplo para todo o mundo
Produccedilatildeo amp
Destribuiccedilatildeo
Custo de Aprovisionamento
Metodologia para comparaccedilatildeo de Cadeia de Valores (ALGORITMO)
BASES COMPARATIVAS
Os custos de produtos de mateacuterias primas renovaacuteveis devem ser iguais ou menores do que os
custos de produtos similares de mateacuterias primas petroquiacutemicas
CPMPR = CPMPP
OS CUSTOS DAS CADEIAS DE VALORES DEVEM SER SIMILARES E APRESENTAREM A
MESMA COMPETIVIDADE DE CUSTOS NOS MERCADOS ALVOS DESSES PRODUTOS OU
DE SUAS APLICACcedilOES NO LONGO PRAZO E COM FLUTUACcedilOES DE CUSTOS
ASSIMILAacuteVEIS PELOS MERCADOS DE APLICACcedilAO DESSES PRODUTOS AS
SAZONALIDADES DOS MERCADOS AGRO DEVEM SER COMPENSADAS POR ESTOQUES
REGULADORES E OS CUSTOS DE MANUTENCcedilAO DE TAIS ESTOQUES DEVEM SER
LEVADOS EM CONSIDERACcedilAO NAS ANAacuteLISES DE COMPETITIVIDADES DE CUSTOS DOS
PRODUTOS DE MATEacuteRIAS PRIMAS RENOVAacuteVEIS E DE SEUS SIMILARES
PETROQUIacuteMICOS
CCVR lt= CCVP
Universidade Federal do Rio de Janeiro
EXEMPLOS DE NEGOacuteCIOS SUSTENTAacuteVEIS
1 Biorrefinarias
2 Produccedilatildeo de Etanol
3 Rota Bioquiacutemica
4 Termoquiacutemica
5 Sucroquiacutemica
6 Conversatildeo de CO2 por microalgas
7 Fitoteraacutepicos
8 Biopesticidas de Origem Vegetal
9 Aromas Fragracircncias e Oacuteleos Essenciais
10Fitoquiacutemica
11Energias Renovaacuteveis
12 Produccedilatildeo Bioloacutegica de Hidrogecircnio
MP renovaacutevel
Transporte MP
Lavagem Moagem
Unidade de fermentaccedilatildeo
Destilaccedilatildeo
Controle de qualidade e
estocagem de agravelcool
Transporte do aacutelcool
(caminhotildees)
Estoque de agravelcool nos
clientes
MP Petroquiacutemica
Transporte do MP
Craqueamento Separaccedilatildeo
Estocagem do eteno
Transporte Tubovias
Hidrataccedilatildeo
Transporte Etanol
Tubovias ou caminhotildees
Estoque nos clientes
Etanol de
cana de
accedilucar
Etanol
Petroquiacutemico
Cana de
accedilucar
Caminhotildees
Bagaccedilo Cogeraccedilatildeo de vapor
energia eletrica
Tubovias
Co produtos
Propeno
Buteno
Outros
Nafta
MP renovaacutevel
Transporte MP
Estoque Etanol
Unidade de aldeido aceacutetico
Unidade produccedilatildeo
ac aceacutetico Destilaccedilatildeo
Transporte de ac
aceacutetico
Estoque de Ac Aceacutetico nos clientes
MP Gaacutes natural
C O Carboxilaccedilatildeo Unidade de remoccedilatildeo de
Leves
Controle de qualidade
Estoque de aacutecido
aceacutetico
Transporte de Ac aceacutetico
Estoque de ac Aceacutetico nos clientes
Aacutecido Aceacutetico
Alcool
Quiacutemico
Aacutecido aceacutetico
a partir do
metanol
Etanol
Caminhotildees
Caminhotildees
Gaacutes natural
Metanol
Off - gas
Caminhotildees
MP renovaacutevel
Transporte MP
Lavagem Moagem
Unidade de fermentaccedilatildeo
Destilaccedilatildeo
Controle de qualidade e
estocagem de agravelcool
Transporte do aacutelcool
(caminhotildees)
Estoque de agravelcool nos
clientes
MP Petroquiacutemica
Transporte do MP
Craqueamento Separaccedilatildeo
Estocagem do eteno
Etanol de
cana de
accedilucar
Eteno
Petroquiacutemico
Cana de
accedilucar
Caminhotildees
Bagaccedilo Cogeraccedilatildeo de vapor
energia eletrica
Tubovias Co produtos
Propeno
Buteno
Outros
Nafta
MP renovaacutevel
Transporte MP
Estoque Etanol
Desidrataccedilatildeo Estoque Eteno
Etanol Caminhotildees
Eteno Alcool
Quiacutemico
Outros Sites AS 30 maiores Empresas em Produtos Quiacutemicos Renovaacuteveis e Biomateriais
(2011-12) Referencias Biofuels Digest ndashe sites das empresas
1 Genomatica
We develop our processes using our proprietary biotechnology platform The resulting processes can convert multiple renewable
feedstocks into numerous existing chemicals that meet industry specifications for large established markets
2 Solazyme
Solazymes proprietary biotechnology platform creates renewable oils by harnessing microalgaes prolific oil production capabilities
Through world-class molecular biology and chemical engineering capabilities were able to cost-effectively produce high-value tailored oils
3 Amyris
The basis of our production is a well-established fermentation process that uses our genetically-engineered yeast strains to convert
the sugar source into target molecules such as farnesene
4 Gevo
We plan to produce isobutanol a versatile platform chemical for the liquid fuels and petrochemical market
5 LS9
LS9rsquos industrial biotechnology platform converts diverse renewable feedstocks to drop-in fuel and chemical products
6 Dupont
Through DuPont innovation key building blocks for many of the materials we use every day can now be derived from renewable
resources mdash creating a much smaller environmental footprint than their petroleum-based predecessors with no compromise in performance
7 Codexis
Products and technology from Codexis can help the chemicals industry reduce supply chain volatility replace petroleum-based
environmentally sensitive raw materials with plentiful biomass and gain a competitive advantage in the marketplace
AS 30 maiores Empresas em Produtos Quiacutemicos Renovaacuteveis e Biomateriais (2011-12) ndash cont
8 Genencor
As a leader in the development of renewable alternatives for petroleum-based chemicals and fuels Genencor is helping to build the road
towards a more sustainable future
9 Novozymes
A number of technologies are involved in these steps and this part of ldquoOur technologyrdquo gives you an understanding of how these
technologies are employed in the work of researchers at Novozymes
10 ZeaChem
ZeaChem Inc has developed a cellulose-based biorefinery platform capable of producing advanced ethanol fuels and chemicals
Our indirect approach leapfrogs the yield and carbon dioxide (CO2) problems associated with traditional and cellulosic based processes
11 Cargill
Cargillrsquos range of nature-based products are suited to a number of industrial applications and markets We offer a growing number
of products derived from renewable sources designed to replace or offset non-renewable ingredients
12 Cobalt Technologies
Cobalts technology features a continuous process to efficiently convert diverse low cost feedstocks ndash beginning with bagasse and
waste wood ndash into biobutanol
13 Waste Management
Thatrsquos why Waste Management makes such a good fit Our mission is to bring you professional dependable services and innovative
solutions that create value for you ndash and a better future for us all
14 Ceres
Our technology platforms are helping make biofuels bio-based chemicals and biopower more economical and scalable It starts with
improving the crops themselves a process as old as farming but now coupled with the latest genomics-based breakthroughs
AS 30 maiores Empresas em Produtos Quiacutemicos Renovaacuteveis e Biomateriais (2011-12) ndash cont
15 Elevance Renewable Sciences
As the leader in transforming natural renewable oils into high-performing specialty products and materials Elevance is uniquely
positioned to meet consumer demand in a market exceeding $100 billion annually in these segments
Performance waxesNature Wax productsPersonal care productsDetergents and cleanersAntimicrobials
16 Dow Chemical
At Dow we are already creating solutions for a more sustainable future by helping develop paints that scrub the formaldehyde
from the air designing intelligent packaging that keeps food fresher longer and communicates its condition as well as more efficient
batteries to power vehicles
17 Enerkem
Chemicals used to make thousands of industrial and consumer products have traditionally been derived from fossil fuels such as petroleum
With an innovative process that uses waste and residues instead of fossil fuels Enerkem helps meet the increasing demand for greener
everyday products
18 Coskata
Coskata is a biology-based renewable energy company whose low-cost platform technology allows for the production of fuels and
chemicals from a variety of input material (including biomass agricultural and municipal wastes and other carbonaceous material)
Using proprietary microorganisms and patented bioreactor designs we are ready today to produce feedstock flexible ethanol
to fuel energy security economic growth and environmental sustainability
19 OPX Biotechnologies
OPXBIO developed and piloted the microbe and process that will produce its first biochemical product ndash BioAcrylic ndash at 30 to 50
percent lower cost and a 75 percent reduction in greenhouse gas emissions over current petrol-based acrylic Todayrsquos petro-acrylic has
an $10 billion global market in applications such as paints adhesives diapers and detergents In 2011 OPXBIO began collaborating
with The Dow Chemical Company to develop an industrial-scale process for producing BioAcrylic OPXBIO anticipates
full commercialization of BioAcrylic within three to five years
20 DSM
Bio-based materials The DSM Innovation Center is currently developing a platform of bio-based performance materials Examples
include investment in the green-chemistry company Segetis an agreement with Novomer to develop the first green resin for coatings
and the launch of EcoPaXXtrade a bio-based high-performance engineering plastic polymer
Approximately 70 of EcoPaXXtrade consists of building blocks derived from castor oil ndash a renewable resource This results in a
carbon footprint of zero lsquofrom cradle to the DSM gatersquo Itrsquos a strong selling point in todayrsquos plastics market as well as being fully compatible
with our strategy of sustainable innovation
AS 30 maiores Empresas em Produtos Quiacutemicos Renovaacuteveis e Biomateriais (2011-12) ndash cont
21 Myriant
Biobased specialty chemicals are a reality today because of Myriants commitment to development of technology with direct
commercial applicability Our integrated approach which links RampD efforts with the business strategy throughout the value chain and
across key aspects of company operations has resulted in a novel biocatalyst platform with proven commercialization success a robust
product pipeline and an extensive intellectual property suite
22 Cosan
O aacutelcool etiacutelico ou etanol eacute produzido pela fermentaccedilatildeo da cana-de-accediluacutecar A Raiacutezen se destaca como uma das maiores produtoras de
etanol no paiacutes com produccedilatildeo anual de22 bilhotildees de litros Em linha com sua visatildeo de ser reconhecida globalmente pela
excelecircncia no desenvolvimento produccedilatildeo e comercializaccedilatildeo de energia sustentaacutevel investe no combustiacutevel de matriz limpa e renovaacutevel
com tecnologia e talento que satildeo referecircncia no Brasil e no mundo
23 Mascoma
Ethanolrsquos energy is derived from plants that in turn obtain their energy from the sun In this way ethanol acts as a means of storing solar
power in liquid form Cellulosic ethanol is ethanol that is obtained from the non-edible portion of plant material Cellulosic ethanol is
identical in composition and performance to ethanol derived from corn or sugar cane Cellulosic ethanol however has important
environmental economic and sustainability advantages over conventional sources due to its source and method of production
24 KiOR
KiOR has developed a proprietary technology platform to convert sustainable low-cost non-food biomass into a hydrocarbon-based
renewable crude oil Using standard refining equipment the company processes its renewable crude into gasoline and diesel blendstocks
that can utilize the existing transportation fuel infrastructure for use in vehicles on the road today
25 DuPont Danisco
DuPont is applying its deep knowledge and experience in crop technology microbiology bioprocessing and engineering to
enable proprietary cost-effective cellulosic ethanol solutions for the market At DuPont we believe that science-powered innovation
and collaboration are required to meet the food energy and protection challenges of unprecedented population growth Our cel lulosic
ethanol team is leading the way in advanced biofuels by developing comprehensive integrated solutions for a range of feedstocks and
designing innovative enzymes to accelerate the commercial production of cellulosic biofuels in markets across the world
AS 30 maiores Empresas em Produtos Quiacutemicos Renovaacuteveis e Biomateriais (2011-12) ndash cont
26 Virent
Virent is replacing crude oil by creating the chemicals and fuels the world demands through utilization of a wide variety of naturally
occurring renewable resources Our patented BioFormingreg technology features catalytic chemistry which converts plant-based sugars into
a full range of hydrocarbon productsidentical to those made from petroleum including gasoline diesel jet fuel and chemicals for plastics
and fibers Our products are ldquodrop-inrdquo replacements that enable full utilization of todayrsquos existing processing pipeline storage and
transportation infrastructure Virent produces its hydrocarbon chemicals and fuels from plant sugars in a few hours compared to the
millions of years required for petroleum
27 LanzaTech
LanzaTech is very much part of this new field of innovators and by challenging our preconceptions of waste and energy sources we see
a future where access to energy is universal
28 POET
POET devotes tremendous resources to developing cellulosic ethanol Every day our researchers work to make it more affordable
Weve invested heavily in cellulosic research over the past decade and we will invest much more as we begin construction on our first
commercial cellulosic ethanol plant in Emmetsburg Iowa which we anticipate will produce 25 million gallons per year
29 Metabolix
Metabolix is developing commercially viable chemicals from biobased sources as opposed to fossil fuels which produce the vast majority of
chemicals today
Today four carbon (C4) chemicals are produced from non-renewable fossil-based hydrocarbons and are used to make spandex fibers
polyurethanes engineering resins and personal care products
Biobased chemicals allow us to address the global market demand for products and processing that reduce fossil energy use and greenhouse
gas emissions
30 Honeywellrsquos UOP
In 2008 UOP and Ensyn Corporation created the joint venture Envergent Technologies
Envergent is focused on the conversion of forest and agricultural waste residues to a liquid renewable oil to generate renewable heat and power
We do this through the RTPregprocess or rapid thermal processing which has been in commercial operation for more than 25 years
The RTP process produces a clean burning minimal sulfur content biofuel that can be used for the generation of renewable heat and power It is
a cost-effective solution to reduce greenhouse gas emissions up to 90 compared to petroleum-based fuels
The process is scalable to meet the needs of diverse applications It has a relatively compact footprint due to its modular construction and is
feedstock-flexible in that RTP can be designed to process a wide variety of lignocellulosic feedstocks
For more information on the advantages of pyrolysis oil and our RTP technology please visit us atwwwEnvergentTechcom
InstitutosEmpresaOutros
Nacionais
Instituto Nacional de Tecnologia
Empresa Brasileira de Pesquisas Agropecuaacuterias
PetrobraacutesCENPES
Centro de Energias Alternativas e Meio Ambiente
Centro de Tecnologia Canavieira
Instituto de Pesquisa Tecnoloacutegica do Estado de Satildeo Paulo
Instituto Nacional de Pesquisas Espaciais
Centro Brasileiro de Pesquisas Fiacutesicas
Instituto Nacional de Pesquisas da Amazocircnia
Conselho de Desenvolvimento Cientifico e Tecnoloacutegico
CNEN
Museu Paraense Emilio Goeldi Paraacute
FIOCRUZ
Instituto Nacional do Cacircncer
Instituto Adolfo Lutz
TOTAL GERAL 15 instituiccedilotildees
Universidade Federal do Rio de Janeiro
InstitutosDepartamentos
Internacionais
National Renewable Energy Laboratories EUA
US Department of Agriculture Agricultural Research
Service (USDA ARS) EUA
Chinese Academy of Science China
Agriculture ampAgri Food Canada Canadaacute
Institut National de la Recherche Agronomique Franccedila
Consejo Superior de Investigaciones Cientificas (CSIC)
Espanha
Russian Academy of Science Ruacutessia
Indian Institute of Technology Iacutendia
Natural Renewable Energy Laboratory EUA
National Institute of Advanced Industrial Science and
Technology Japatildeo
Institute Francais du Petrole (IFP)
Polish Academy of Science Polocircnia
Indian Institute of Chemical Technology India
Max Planck Institut Alemanha
French National Institute for Agricultural Research (INRA)
Franccedila
Tokyo Institute of Technology Japatildeo
Centre National de la Recherche Scientifique (CNRS)
Franccedila
National Chemical Laboratory Iacutendia
National Institute of Advanced Industrial Science and
Technology Japatildeo
Korea Institute of Science amp Technology Coreacuteia do Sul
US Geology Survey EUA
Marine Biotechnology Institute Japatildeo
Korea Institute of Energy Research (KIER) Coreacuteia do Sul
Centre National de la Recherche Scientifique (CNRS)
Franccedila
Kamaishi Labs Marine Biotechnology Institute Japatildeo
Alfred Wegener Institute for Polar and Marine Research
Alemanha
Australian National University Austraacutelia
Chonbuk National University Coreacuteia do Sul
Centre de Recherche en Ecologie Marine et Aquaculture
(IFREMER) Franccedila
Mitsubishi Heavy Ind Ltd (Advanced Technoly Research
Centre) Japatildeo
Oak Ridge National Laboratory (ORNL) EUA
Research Institute of Innovative Technology for the Earth
(RITE) Japatildeo
Central Institute of Medicinal and Aromatic Plants Iacutendia
Consiglio Nazional delle Ricerche (CNR) Itaacutelia
NASA EUA
Beijing Yixintang Medicine Research Institute
TOTAL GERAL 36 instituiccedilotildees
Universidade Federal do Rio de Janeiro
Empresas Internacionais
Novozymes AS
Genencor Int Inc
Kao Corp
Novo Nordisk AS
Novozymes Inc
Novo-Nordisk AS
Henkel KGAA
Iogen Energy Corp
Danisco US Inc Genencor Division
Novozymes Biotech Inc
Novozymes North America Inc
Goedegebuur F
Midwest Research Institute
Du Pont De Nemours amp Co
Dunn- Coleman N
AE Biofuels EUA
Blue Fire Ethanol EUAJapatildeo
Chempolis Ou
Iogen
KL Energy
Lignol Energy
Sekab
Sun Opta
Verenium
Chevron USA Inc
Shell International Research Maatshappij BV
Exxon Mobil Res ampEng Co
Sasol Technology Pty Ltd
Shell Oil Co
Conoco Phillips Co
ENI Spa
Exxon Res amp Eng Co
Exxon Mobil Res amp Eng Co
Roquette Freres As
Basf AG
General Electric Co
Exxon Mobil Chem Patents Inc
LrsquoOreal SA
Basf SE
Bayer AG
Wellington SL
Vinegar HJ
Berchenko IE
Dow Global Technologies Inc
Degussa AG
Bayer Material Science AG
Samsung SDI Co Ltd
Stegemeir GL
Henkel KGAA
Zhang E
Ryan RC
Fowler TD
Rouffi gnac EPD
Universidade Federal do Rio de Janeiro
Council of Scientific and Industrial Research of India
Li Y
Ye M
Wang Y
Zhang L
Jiang J
Liu Y
Yin K
Jiang L
Syngenta Part AG
Novartis AG
Basf SE
Bayer Cropscience AG
Dow Corning Corporation
Genoptera LLC
Monsanto Technology
US Secretary of Agriculture
Bayer Cropscience GMBH
Toyota Jidosha KK
TOTAL GERAL 88 instituiccedilotildees
Empresas Internacionais
Fowler TD
Rouffi gnac EPD
Merck Patent GMBH
Procter amp Gamble Co
Yokohama Rubber Co Ltd
Colgate Palmolive
Bridgestone Corp
Henkel KGAA
Goodyear Tire amp Rubber Co
LG Electronics Inc 507
Matsushita Denki Sangyo KK
Toshiba KK
Canon KK
Hitachi Ltd
Mitsubshi Electric Co
Mitsubishi Jukogyo KK
Universidade Federal do Rio de Janeiro
CURSOS
Ofertados nas instituiccedilotildees de ensino nacionais ou internacionais
Introduccedilatildeo a Quiacutemica Verde
Quiacutemica Verde e Quiacutemica Sustentaacutevel
Engenharia Ecoloacutegica e Quiacutemica Verde
ldquoQuiacutemica Verde Fundamentos e Aplicaccedilotildeesrdquo
Quiacutemica Verde na Atualidade
A Quiacutemica Verde e o papel da cataacutelise no contexto da
Inovaccedilatildeo e do Desenvolvimento Tecnoloacutegico
Universidade Federal do Rio de Janeiro
Universidade Federal do Rio de Janeiro
FONTES CONSULTADAS
Quiacutemica verde no Brasil 2010 ndash 2030 Ediccedilatildeo revista e atualizada
Centro de Gestatildeo e Estudos Estrateacutegicos
Ciecircncia Tecnologia e Inovaccedilatildeo
httpwwwsciencedirectcom
httpwwwperiodicoscapesgovbr
LINHAS DE PESQUISA
Luiz Felipe Miranda de Jesus
Universidade Federal do Rio de Janeiro
Linhas de Pesquisa
Buscas Associadas
ldquoQuiacutemica Verderdquo
ldquoQuiacutemica Ambientalrdquo
ldquoQuiacutemica Sustentaacutevelrdquo
ldquoGreen Chemistryrdquo
ldquoQuiacutemica Verde PampDrdquo
ldquoGreen Chemistry RampDrdquo
ldquoUS Green Chemistryrdquo
ldquoEurope Green Chemistryrdquo
Universidade Federal do Rio de Janeiro
Linhas de Pesquisa
Principais Fontes
Identificaccedilatildeo de Instituiccedilotildees citadas em artigos e outras publicaccedilotildees
CAPES
CNPQ
ABQ
SBPC
Instituiccedilotildees de Fomento (FINEP FAPESPetc)
CGEE
MCT
Sites das Universidades
EPA
IUPAC
ACS
Green Chemistry Network
Royal Society of Chemistry
European Environment Agency
Universidade Federal do Rio de Janeiro
The Interuniversity National Consortium Chemistry for the Environment (INCA Consortium) Gathers 33 Italian universities and about 90 research units headquarters in Venezia and Roma Italy
NSF Science and Technology Center for Environmentally Responsible Solvents and Processes University of North Carolina Chapel Hill Queens University Ionic Liquid Laboratories (QUILL)
Queens University of Belfast The Clean Technology Research Group University of Nottingham The Green Chemistry Group (see below now called centre of excellence)
University of York Centre for Green Chemistry University of Monash Centre for Green Manufacturing University of Alabama Chemical Process Engineering Research Institute Centre for Research amp Technology University of Leicester (UK) Leicester Green Chemistry Group
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
University of Leeds (UK) Leeds Cleaner Synthesis Group Institute of Applied Catalysis (UK) A research network for catalysis Carnegie Mellon University (USA) Institute for Green Oxidation Chemistry Institute for a Sustainable Environment (USA) University of Oregon Center for Sustainable and Green Chemistry (DEN) httpwwwcsgdtudk Green Chemistry Centre of Excellence (UK) httpwwwyorkacukresgcgsiteindexhtm Center for Green Chemistry at UMass Boston (US) httpwwwgreenchemistryumbedu Center for Green Chemistry at UMass Lowell (US) httpwwwgreenchemistryumledu University of Notre Dame Energy Centre (USA) httpwwwndedu~ndenergy Goumlteborg Universitys Centre for Environment and Sustainability (SWE) httpwwwchalmerssegmvEN
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
MSc in Green Chemistry and Sustainable Industrial Technology
Department of Chemistry at the University of York
Master en Quimica Sostenible
Faculty of Sciences at the University of Zaragoza
MSc in Green Chemistry Energy and the Environment
Imperical College London
MSc in Chemical Research (Green Chemistry with Industry)
CTA funding to the University of Leicester
1st year Master of Science Chemistry Specializing in Green Chemistry
University Louis Pasteur (Strasbourg I)
Master of Chemistry and EST
Universiteacute de Savoie
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
Schools with Green Chemistry Programs
United States
Eastern Connecticut
Yale University
Massachusetts
Bridgewater State College
Gordon College
University of Massachusetts Boston
University of Massachusetts Lowell Center for Green Chemistry
Pennsylvania
Carnegie Mellon Institute for Green Oxidation Chemistry
University of Scranton
Arkansas
Hendrix College (green organic chemistry)
Illinois
University of Illinois-Urbana-Champaign
Minnesota
St Olaf College
Alabama
University of Alabama
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
Linhas de Pesquisa California
Berkeley Center for Green Chemistry
UC Berkeley Extension
Colorado
Colorado School of Mines
Oregon
University of Oregon
Schools with Green Chemistry Programs - International
Australia
Monash University Centre for Green Chemistry
Murdoch University Sustainable ChemistryGreen Chemistry
Netherlands
Delft University of Technology Biocatalysis and Organic Chemistry
Italy
Interuniversity Consortium Chemistry for the Environment (INCA)
Universidade Federal do Rio de Janeiro
Northern Ireland
Queens University of Belfast Ionic Liquid Laboratories
Spain
Institute of Science and Technology (IUCT)
Green Chemistry Network of Spain (REDQS - Red Espantildeola de Quiacutemica Sostenible)
Sweden
Centre for Environment and Sustainability - Chalmers University of
TechnologyGoumlteborg University
United Kingdom
Green Chemistry Centre of Excellence at York
University of Leicester Green Chemistry Group
University of Nottingham Green and Analytical Chemistry
Brazil
Universidade do Vale do Itajaiacute Center for Technological Earth and Sea Sciences
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
Linhas de Pesquisa
Observaccedilotildees
Poucos programas especiacuteficos em ldquoQuiacutemica Verderdquo
Perfil multidisciplinar
Descriccedilatildeo de diversas linhas abrange somente um ou
alguns dos princiacutepios da ldquoQuiacutemica Verderdquo
Associaccedilatildeo inadequada ao tema
Necessidade de ampliaccedilatildeo de escopo
Movimento inicial de fomento aos projetos na aacuterea
Universidade Federal do Rio de Janeiro
CONGRESSOS E OUTROS SITES
Natasha Kelber
Universidade Federal do Rio de Janeiro
Universidade Federal do Rio de Janeiro
CONGRESSOS NACIONAIS
5ordm Simpoacutesio Nacional de Biocombustiacuteveis ndash BIOCOM ndash 14 a15Abril2012 ndash Canoas
RS
4ordf Escola de Quiacutemica Verde - JaneiroFevereiro2012 - Satildeo Paulo SP
VII Congresso Brasileiro de Biosseguranccedila - 19-23Setembro2011 - Joinville SC
II Semana de Biotecnologia Industrial - 20-22Outubro2010 - Lorena SP
5ordm Congresso Internacional de Bioenergia - 10-13Agosto2010 - Curitiba PR
II Semana de Biotecnologia Industrial - Julho2009 - Lorena SP
VI Congresso Brasileiro de Biosseguranccedila
VI Simpoacutesio Latino-Americano de Produtos Biotecnoloacutegicos
I Simpoacutesio Internacional de Biosseguridade e Pesquisa de Duplo Uso
I Feira de Equipamentos e Dispositivos de Biosseguranccedila ndash 22-25 Setembro2009 -
Rio de Janeiro RJ
1ordm Encontro Franco-Brasileiro de Quiacutemica Verde - 11 a 13Outubro2011
Universidade Federal do Rio de Janeiro
CONGRESSOS INTERNACIONAIS
3nd Brazilian Conference on Natural Products - 29Outubro-02Novembro2011 -
Ouro Preto MG
Biodiesel Congress - 27-29Julho2011 - Satildeo Paulo SP
IGCW 2011 Industrial Green Chemistry World Symposium amp Expo - December 4-6
2011 - Mumbai Iacutendia
3rd Asia-Oceania Conference on Green and Sustainable Chemistry (AOC-3) -
December 4-7 2011 - Melbourne Austraacutelia
3rd International Congress on Green Process Engineering - December 6-8 2011 -
Kuala Lumpur Malaysia
Minnesota Green Chemistry Conference - January 26 2012 - Minneapolis MN
The Asian Conference on Sustainability Energy amp the Environment - May 3-6 2012 -
Osaka Japan
16th Annual Green Chemistry amp Engineering Conference - June 18-20 2012 -
Washington DC
Gordon Research Seminar and Conference on Green Chemistry - July 21-27 2012 -
Lucca (Barga) Italy
4th International IUPAC Conference on Green Chemistry - August 25-29 2012 - Foz
do IguaccediluPR Brazil
Universidade Federal do Rio de Janeiro
OUTROS SITES
httpportalacsorgportalacscorgcontent_nfpb=trueamp_pageLabel=PP_SUPERAR
TICLEampnode_id=1401ampuse_sec=falseampsec_url_var=region1amp__uuid=6e2273c5-5e7f-
4c7b-8931-530d244f1650P15_704
httpwwwcleanproductionorgGreenphp
wwwrscorgMembershipNetworkingInternationalActivitiesPanAfricaindexasp
httpwwworganic-chemistryorgtopicsgreen-chemistryshtm
httpagenciafapespbr12992
httpacademicscrantonedufacultycannm1greenchemistryporthtml
httpwwwabqorgbrsimpequi2010trabalhos122-7744htm
httpbrlinkedincominquimicaverde
httpwwwcinprorgbrFreeComponent10435content149251shtml
httpquiverdeblogspotcom201006os-12-principios-da-quimica-verdehtml
httpwwwufpeltchebriqgwwverde
httpwwwbrasilescolacomquimicaprincipios-quimica-verdehtm
httpwwwsustentabilidaderesultadoscombrgreen-chemistry-a-sustainable-
opportunity
httpwwwgreenchemistrynetworkorg
httpwwwepagovgreenchemistry
PUBLICACcedilOtildeES E PERIOacuteDICOS
Renato Soares
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS
Base de Dados
Royal Society of Chemistry (30)
SpringerLink (MetaPress) (30)
Wiley Online Library (30)
ACS Journals Search (30)
Nature (NPG) (30)
Science (AAAS) (30)
IOPscience (Institute of Phsics) (30)
Oxford Journals (Oxford University Press) (30)
ScienceDirect (Elsevier) (30)
Annual Reviews (29)
AIP Scitation ndash American Institute of Physics (28)
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS
Annual Review of Biochemistry (6)
Scientific American (5)
Ecological Indicators (5)
Green Chemistry Educat (4)
Nature Chemistry (4)
J Chem Educ (3)
Autobiographies by Nob (3)
J Appl Phys (3)
Food Hydrocolloids (3)
Chem Soc Rev (2)
Annual Review of Environment and Resources (2)
J Am Chem Soc (2)
The Excitement and Fascination of Science (2)
Environmental Science and Pollution Research (2)
Universidade Federal do Rio de Janeiro
COLECcedilOtildeES E TEXTOS
Murilo Alves
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS REVISTAS E JORNAIS CIENTIacuteFICOS Revistas Cientiacuteficas com conteuacutedos sobre ensino de ciecircnciasquiacutemica e
quiacutemica verde
O primeiro artigo que atendeu aos criteacuterios adotados
neste trabalho e cujo tiacutetulo conteacutem a expressatildeo Green Chemistry (Quiacutemica Verde) - Design for the
environment and Green Chemistry the heart and soul
of industrial ecology - foi publicado em 1997
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS REVISTAS E JORNAIS CIENTIacuteFICOS Revistas Cientiacuteficas com conteuacutedos sobre ensino de ciecircnciasquiacutemica e
quiacutemica verde
Revista Quiacutemica Nova na Escola - QNEsc A Revista Quiacutemica Nova na Escola (QNEsc) com uma periodicidade trimestral propotildee-se a subsidiar o trabalho a formaccedilatildeo e a atualizaccedilatildeo da comunidade do Ensino de Quiacutemica brasileiro QNEsc integra-se agrave linha editorial da Sociedade Brasileira de Quiacutemica que publica tambeacutem a revista Quiacutemica Nova e o Journal of the Brazillian Chemical Society Quiacutemica Nova na Escola eacute um espaccedilo aberto ao educador suscitando debates e reflexotildees sobre o ensino e a aprendizagem de quiacutemica Assim contribui para a tarefa fundamental de formar verdadeiros cidadatildeos Nesse sentido a Divisatildeo de Ensino disponibiliza neste portal na iacutentegra e de forma totalmente gratuita todos os artigos publicados no formato PDF Estatildeo disponiacuteveis tambeacutem os Cadernos Temaacuteticos publicados desde 2001 pela Divisatildeo de Ensino
Green Chemistry - Journal Jornal publicado pela Royal Society of Chemistry - RCS que se apresenta como um espaccedilo para publicaccedilatildeo sobre
pesquisas de ponta no desenvolvimento de tecnologias alternativas sustentaacuteveis
Green Green - revista italiana do Consoacutercio Interuniversitaacuterio Quiacutemica Nacional do Meio Ambiente (INCA) em colaboraccedilatildeo com a Sociedade Quiacutemica Italiana (SCI) 1 5 ACS Publications A Divisatildeo de Publicaccedilotildees da Sociedade Americana de Quiacutemica (American Chemical Society - ACS) oferece a comunidade cientiacutefica mundial uma coleccedilatildeo abrangente dos perioacutedicos mais citados revisados por pares em ciecircncias quiacutemicas e afins
Universidade Federal do Rio de Janeiro
Universidade Federal do Rio de Janeiro
FONTES CONSULTADAS
httpwwwqmcufscbrgieqindexphplinkshtml
httpwwwperiodicoscapesgovbr
httpwwwscielocom
Organizaccediloes - 100 maiores empresas em Bioenergia 2011-12 Referencia Biofuels Digest online publication
November 9 2011 author Jim Lane
1 Solazyme
2 Amyris
3 Gevo
4 POET
5 LS9
6 Novozymes
7 Enerkem
8 LanzaTech
9 UOP
10 ZeaChem
11 Codexis
12 Abengoa Bioenergy
13 KiOR
14 Virent Energy Systems
15 Sapphire Energy
16 Ceres
17 Coskata
18 DuPont Cellulosic
19 Terrabon
20 Mascoma
21 Cobalt Technologies
22 Petrobras
23 Joule Unlimited
24 BP Biofuels
25 Neste
26 Waste Management
27 Rentech
28 Qteros
29 INEOS Bio
30 Genencor
31 Genomatica
32 Shell
33 Synthetic Genomics
34 Chemtex
100 maiores empresas em Bioenergia 2011-12 Referencia Biofuels Digest online publication November 9 2011
author Jim Lane
35 Algenol
36 Elevance Renewable Sciences
37 OriginOil
38 SG Biofuels
39 Cosan
40 HCL CleanTech
41 Fulcrum Bioenergy
42 Cargill
43 Chevron
44 Bluefire Renewables
45 Dynamic Fuels
46 Mendel
47 OPX Biotechnologies
48 Inbicon
49 Renmatix
50 Monsanto
51 Butamax
52 Iogen
53 DuPont
54 Verenium
55 PetroAlgae
56 DSM
57 ExxonMobil
58 Envergent
59 Aurora Algae
60 Syngenta
61 Praj Industries
62 Phycal
63 Renewable Energy Group
64 Clear Fuels Technology
65 ArborGen
66 KL Energy
67 Solix Biofuels
100 maiores empresas em Bioenergia 2011-12 Referencia Biofuels Digest online publication November 9 2011
author Jim Lane
68 Catchlight Energy
69 Dyadic
70 AE Biofuels
71 Myriant
72 EdeniQ
73 Avantium
74 Propel Fuels
75 GlycosBio
76 ETH Bioenergia
77 Chemrec
78 Ensyn
79 Green Plains Renewable Energy
80 Range Fuels
81 Bioprocess Algae
82 SynGest
83 TMO Renewables
84 Chromatin
85 Blue Marble Biomaterials
86 Genera Energy
87 ICM
88 Albemarle
89 Lignol
90 Raizen
91 Verdezyne
92 Greenfuel Ethanol
93 Atlantic Biomass Conversions
94 Pacific Ethanol
95 Dong Energy
96 SEKAB
97 Borregaard Industries
98 Dynamotive
99 Allard Research
100 Targeted Growth
Na primeira alternativa aumentamos em 10 o faturamento liacutequido e
consequentemente em 10 o CP e chegamos a um aumento de 10 na Margem
operacional ou seja Fat Liacuteq = 110 CP igual a 88 e Moper= 22 ou aumento de
(22-20)20=10
Numa segunda alternativa opta-se por aumentar a margem operacional em
10 atraveacutes da reduccedilatildeo do CP Temos entatildeo Fat Liacuteq=100 CP igual a 78
chegando-se assim a uma margem operacional de 22 ou seja 10 superior
Isto significa que para obtermos o mesmo resultado sem alterarmos o
faturamento liacutequido conseguimos atraveacutes de uma reduccedilatildeo de (78-80) 80=25
Ou seja para esta estrutura de resultados um aumento no faturamento de 10
produz o mesmo resultado que uma reduccedilatildeo de 25 no Custo de produccedilatildeo
Isto significa que o gestor deve decidir entre reduzir 1 no CP ou aumentar o
Fat Liacutequido em 4 para obter o mesmo aumento na margem operacional
Qual eacute a melhor decisatildeo a ser tomada para aumentar a margem liacutequida em 10
Com base neste raciociacutenio um aumento do faturamento natildeo depende apenas
da decisatildeo da empresa depende e muito do mercado onde a empresa atua
depende do mercado e nem sempre a empresa consegue aumentaacute-lo sem
perder volume de vendas a decisatildeo fica por conta do aumento de volume e em
consequecircncia por aumento da oferta o preccedilo meacutedio cai e consequentemente
para se compensar a perda de preccedilos o volume tem que ser ainda maior do que
os 10 desejados no aumento do faturamento por exemplo
A segunda alternativa a reduccedilatildeo no custo de produccedilatildeo de 25 pode ser
conseguida internamente com aumento na eficiecircncia dos processos de
produccedilatildeo reduccedilatildeo de geraccedilatildeo de resiacuteduos e negociaccedilotildees junto aos
fornecedores de mateacuterias primas e insumos e neste caso a empresa como
cliente tem muito maiores condiccedilotildees de exigir preccedilos mais competitivos ou no
caso de natildeo se conseguir por tratar-se de fornecedor com excessivo poder de
negociaccedilatildeo a empresa pode sempre buscar reduccedilotildees de custos das principais
mateacuterias primas atraveacutes de mateacuterias primas substitutas Evidentemente que as
reduccedilotildees nos preccedilos das utilidades como vapor energia aacutegua devem e podem
ser otimizadas bem como a reduccedilatildeo de seus desperdiacutecios atraveacutes de
campanhas internas de sensibilizaccedilatildeo e melhoria nos processos produtivos
E onde entra a Quiacutemica Verde em todo esse raciociacutenio loacutegico
Claro estaacute que os leitores jaacute comeccedilaram a correlacionar as medidas de reduccedilatildeo
de custos de produccedilatildeo com os 12 Princiacutepios da Quiacutemica Verde senatildeo vejamos
Reduzir custo de produccedilatildeo eacute aumentar os rendimentos dos processos
evitando-se assim a geraccedilatildeo de resiacuteduos e de subprodutos indesejaacuteveis e as
necessidades e custos de tratamento de resiacuteduos em especial quando se trata de
resiacuteduos toacutexicos Os controles dos processos em tempo real antes da formaccedilatildeo
de substancias perigosas e de subprodutos indesejaacuteveis tambeacutem ajudam a
aumentar a eficiecircncia dos processos e por consequecircncia a reduccedilatildeo dos custos de
produccedilatildeo Aleacutem disso a alternativa de uso de mateacuteria prima renovaacutevel para ajudar
na reduccedilatildeo de custos aleacutem de contribuir com o meio ambiente apresenta-se
cada vez mais promissora nas negociaccedilotildees junto aos fornecedores atuais
Mais um princiacutepio da quiacutemica verde o seacutetimo pode e deve ser cada vez mais
usado na gestatildeo das empresas Seraacute que a sua empresa natildeo deveria ser como a
maioria dos carros nacionais flex Que tal ser uma EMPRESA FLEX Imagine se
na hora de comprar mateacuteria prima voce pudesse optar entre mateacuteria prima
convencional derivada do petroacuteleo ou de fonte renovaacutevel pela que produzisse
melhor margem operacional naquele momento do mercado Pense em como
seria maior a sua capacidade de negociaccedilatildeo junto aos seus fornecedores atuais
Aleacutem disso produzir a menores pressotildees e temperaturas e sem usar solventes eacute
reduzir custo de investimentos e de recuperaccedilatildeo aumento consequente nas
margens e reduccedilatildeo do CAPEX necessaacuterio
Pelo acima exposto e com a responsabilidade que tenho como
Reestruturador de Empresas e alavancador de resultados acredito que daqui em
diante a boa gestatildeo de empresas necessitaraacute de gestores cada vez mais
capacitados e natildeo falo apenas das empresas quiacutemicas falo das empresas em
geral precisaremos de GESTORES SUSTENTAacuteVEIS e a Escola Brasileira de
Quiacutemica Verde poderaacute contribuir muito com a formaccedilatildeo desses novos
profissionais que teratildeo desafios mais abrangentes e complementares natildeo
somente nas aacutereas mais teacutecnicas como tambeacutem em todas as aacutereas de gestatildeo de
empresas
Claro estaacute que para um gestor de visatildeo de curto prazo que a Gestatildeo
Sustentaacutevel possa parecer mais onerosa poreacutem a visatildeo contributiva do bom
gestor a meacutedio e a longo prazo segundo e segundo Warren Buffet o bom gestor
deve fazer aumentar o valor da empresa e este descontado num fluxo de
ldquovaluationrdquo normalmente usado nos processos de compra e venda de empresas
deve evitar quaisquer ldquoliabilitiesrdquotais como passivos ambientais passivos
trabalhistas e tributaacuterios que possam vir a ser deduzidos do valor de venda de
uma empresa no momento da negociaccedilatildeo
A Gestatildeo Sustentaacutevel deixa de ser algo acadecircmico e de preocupaccedilatildeo apenas
com o meio ambiente e passa a fazer parte do patrimocircnio das empresas e de
suas avaliaccedilotildees quando das apresentaccedilotildees de seus balanccedilos Empresas geridas
com sustentabilidade valem mais natildeo soacute as empresas quiacutemicas volto a dizer
todo e qualquer tipo de empresa
Apenas para exemplificar jaacute identificamos mais de 100 empresas no mundo
todo que trabalham com a utilizaccedilatildeo de mateacuterias primas renovaacuteveis para
combustiacuteveis e outras 30 empresas que jaacute possuem derivados quiacutemicos de
fontes renovaacuteveis e economicamente viaacuteveis
No Brasil temos a Petrobras a Braskem e o grande exemplo do aacutelcool
combustiacutevel e fonte para produtos alcoolquiacutemicos totalmente viabilizados e
exemplo para todo o mundo
Produccedilatildeo amp
Destribuiccedilatildeo
Custo de Aprovisionamento
Metodologia para comparaccedilatildeo de Cadeia de Valores (ALGORITMO)
BASES COMPARATIVAS
Os custos de produtos de mateacuterias primas renovaacuteveis devem ser iguais ou menores do que os
custos de produtos similares de mateacuterias primas petroquiacutemicas
CPMPR = CPMPP
OS CUSTOS DAS CADEIAS DE VALORES DEVEM SER SIMILARES E APRESENTAREM A
MESMA COMPETIVIDADE DE CUSTOS NOS MERCADOS ALVOS DESSES PRODUTOS OU
DE SUAS APLICACcedilOES NO LONGO PRAZO E COM FLUTUACcedilOES DE CUSTOS
ASSIMILAacuteVEIS PELOS MERCADOS DE APLICACcedilAO DESSES PRODUTOS AS
SAZONALIDADES DOS MERCADOS AGRO DEVEM SER COMPENSADAS POR ESTOQUES
REGULADORES E OS CUSTOS DE MANUTENCcedilAO DE TAIS ESTOQUES DEVEM SER
LEVADOS EM CONSIDERACcedilAO NAS ANAacuteLISES DE COMPETITIVIDADES DE CUSTOS DOS
PRODUTOS DE MATEacuteRIAS PRIMAS RENOVAacuteVEIS E DE SEUS SIMILARES
PETROQUIacuteMICOS
CCVR lt= CCVP
Universidade Federal do Rio de Janeiro
EXEMPLOS DE NEGOacuteCIOS SUSTENTAacuteVEIS
1 Biorrefinarias
2 Produccedilatildeo de Etanol
3 Rota Bioquiacutemica
4 Termoquiacutemica
5 Sucroquiacutemica
6 Conversatildeo de CO2 por microalgas
7 Fitoteraacutepicos
8 Biopesticidas de Origem Vegetal
9 Aromas Fragracircncias e Oacuteleos Essenciais
10Fitoquiacutemica
11Energias Renovaacuteveis
12 Produccedilatildeo Bioloacutegica de Hidrogecircnio
MP renovaacutevel
Transporte MP
Lavagem Moagem
Unidade de fermentaccedilatildeo
Destilaccedilatildeo
Controle de qualidade e
estocagem de agravelcool
Transporte do aacutelcool
(caminhotildees)
Estoque de agravelcool nos
clientes
MP Petroquiacutemica
Transporte do MP
Craqueamento Separaccedilatildeo
Estocagem do eteno
Transporte Tubovias
Hidrataccedilatildeo
Transporte Etanol
Tubovias ou caminhotildees
Estoque nos clientes
Etanol de
cana de
accedilucar
Etanol
Petroquiacutemico
Cana de
accedilucar
Caminhotildees
Bagaccedilo Cogeraccedilatildeo de vapor
energia eletrica
Tubovias
Co produtos
Propeno
Buteno
Outros
Nafta
MP renovaacutevel
Transporte MP
Estoque Etanol
Unidade de aldeido aceacutetico
Unidade produccedilatildeo
ac aceacutetico Destilaccedilatildeo
Transporte de ac
aceacutetico
Estoque de Ac Aceacutetico nos clientes
MP Gaacutes natural
C O Carboxilaccedilatildeo Unidade de remoccedilatildeo de
Leves
Controle de qualidade
Estoque de aacutecido
aceacutetico
Transporte de Ac aceacutetico
Estoque de ac Aceacutetico nos clientes
Aacutecido Aceacutetico
Alcool
Quiacutemico
Aacutecido aceacutetico
a partir do
metanol
Etanol
Caminhotildees
Caminhotildees
Gaacutes natural
Metanol
Off - gas
Caminhotildees
MP renovaacutevel
Transporte MP
Lavagem Moagem
Unidade de fermentaccedilatildeo
Destilaccedilatildeo
Controle de qualidade e
estocagem de agravelcool
Transporte do aacutelcool
(caminhotildees)
Estoque de agravelcool nos
clientes
MP Petroquiacutemica
Transporte do MP
Craqueamento Separaccedilatildeo
Estocagem do eteno
Etanol de
cana de
accedilucar
Eteno
Petroquiacutemico
Cana de
accedilucar
Caminhotildees
Bagaccedilo Cogeraccedilatildeo de vapor
energia eletrica
Tubovias Co produtos
Propeno
Buteno
Outros
Nafta
MP renovaacutevel
Transporte MP
Estoque Etanol
Desidrataccedilatildeo Estoque Eteno
Etanol Caminhotildees
Eteno Alcool
Quiacutemico
Outros Sites AS 30 maiores Empresas em Produtos Quiacutemicos Renovaacuteveis e Biomateriais
(2011-12) Referencias Biofuels Digest ndashe sites das empresas
1 Genomatica
We develop our processes using our proprietary biotechnology platform The resulting processes can convert multiple renewable
feedstocks into numerous existing chemicals that meet industry specifications for large established markets
2 Solazyme
Solazymes proprietary biotechnology platform creates renewable oils by harnessing microalgaes prolific oil production capabilities
Through world-class molecular biology and chemical engineering capabilities were able to cost-effectively produce high-value tailored oils
3 Amyris
The basis of our production is a well-established fermentation process that uses our genetically-engineered yeast strains to convert
the sugar source into target molecules such as farnesene
4 Gevo
We plan to produce isobutanol a versatile platform chemical for the liquid fuels and petrochemical market
5 LS9
LS9rsquos industrial biotechnology platform converts diverse renewable feedstocks to drop-in fuel and chemical products
6 Dupont
Through DuPont innovation key building blocks for many of the materials we use every day can now be derived from renewable
resources mdash creating a much smaller environmental footprint than their petroleum-based predecessors with no compromise in performance
7 Codexis
Products and technology from Codexis can help the chemicals industry reduce supply chain volatility replace petroleum-based
environmentally sensitive raw materials with plentiful biomass and gain a competitive advantage in the marketplace
AS 30 maiores Empresas em Produtos Quiacutemicos Renovaacuteveis e Biomateriais (2011-12) ndash cont
8 Genencor
As a leader in the development of renewable alternatives for petroleum-based chemicals and fuels Genencor is helping to build the road
towards a more sustainable future
9 Novozymes
A number of technologies are involved in these steps and this part of ldquoOur technologyrdquo gives you an understanding of how these
technologies are employed in the work of researchers at Novozymes
10 ZeaChem
ZeaChem Inc has developed a cellulose-based biorefinery platform capable of producing advanced ethanol fuels and chemicals
Our indirect approach leapfrogs the yield and carbon dioxide (CO2) problems associated with traditional and cellulosic based processes
11 Cargill
Cargillrsquos range of nature-based products are suited to a number of industrial applications and markets We offer a growing number
of products derived from renewable sources designed to replace or offset non-renewable ingredients
12 Cobalt Technologies
Cobalts technology features a continuous process to efficiently convert diverse low cost feedstocks ndash beginning with bagasse and
waste wood ndash into biobutanol
13 Waste Management
Thatrsquos why Waste Management makes such a good fit Our mission is to bring you professional dependable services and innovative
solutions that create value for you ndash and a better future for us all
14 Ceres
Our technology platforms are helping make biofuels bio-based chemicals and biopower more economical and scalable It starts with
improving the crops themselves a process as old as farming but now coupled with the latest genomics-based breakthroughs
AS 30 maiores Empresas em Produtos Quiacutemicos Renovaacuteveis e Biomateriais (2011-12) ndash cont
15 Elevance Renewable Sciences
As the leader in transforming natural renewable oils into high-performing specialty products and materials Elevance is uniquely
positioned to meet consumer demand in a market exceeding $100 billion annually in these segments
Performance waxesNature Wax productsPersonal care productsDetergents and cleanersAntimicrobials
16 Dow Chemical
At Dow we are already creating solutions for a more sustainable future by helping develop paints that scrub the formaldehyde
from the air designing intelligent packaging that keeps food fresher longer and communicates its condition as well as more efficient
batteries to power vehicles
17 Enerkem
Chemicals used to make thousands of industrial and consumer products have traditionally been derived from fossil fuels such as petroleum
With an innovative process that uses waste and residues instead of fossil fuels Enerkem helps meet the increasing demand for greener
everyday products
18 Coskata
Coskata is a biology-based renewable energy company whose low-cost platform technology allows for the production of fuels and
chemicals from a variety of input material (including biomass agricultural and municipal wastes and other carbonaceous material)
Using proprietary microorganisms and patented bioreactor designs we are ready today to produce feedstock flexible ethanol
to fuel energy security economic growth and environmental sustainability
19 OPX Biotechnologies
OPXBIO developed and piloted the microbe and process that will produce its first biochemical product ndash BioAcrylic ndash at 30 to 50
percent lower cost and a 75 percent reduction in greenhouse gas emissions over current petrol-based acrylic Todayrsquos petro-acrylic has
an $10 billion global market in applications such as paints adhesives diapers and detergents In 2011 OPXBIO began collaborating
with The Dow Chemical Company to develop an industrial-scale process for producing BioAcrylic OPXBIO anticipates
full commercialization of BioAcrylic within three to five years
20 DSM
Bio-based materials The DSM Innovation Center is currently developing a platform of bio-based performance materials Examples
include investment in the green-chemistry company Segetis an agreement with Novomer to develop the first green resin for coatings
and the launch of EcoPaXXtrade a bio-based high-performance engineering plastic polymer
Approximately 70 of EcoPaXXtrade consists of building blocks derived from castor oil ndash a renewable resource This results in a
carbon footprint of zero lsquofrom cradle to the DSM gatersquo Itrsquos a strong selling point in todayrsquos plastics market as well as being fully compatible
with our strategy of sustainable innovation
AS 30 maiores Empresas em Produtos Quiacutemicos Renovaacuteveis e Biomateriais (2011-12) ndash cont
21 Myriant
Biobased specialty chemicals are a reality today because of Myriants commitment to development of technology with direct
commercial applicability Our integrated approach which links RampD efforts with the business strategy throughout the value chain and
across key aspects of company operations has resulted in a novel biocatalyst platform with proven commercialization success a robust
product pipeline and an extensive intellectual property suite
22 Cosan
O aacutelcool etiacutelico ou etanol eacute produzido pela fermentaccedilatildeo da cana-de-accediluacutecar A Raiacutezen se destaca como uma das maiores produtoras de
etanol no paiacutes com produccedilatildeo anual de22 bilhotildees de litros Em linha com sua visatildeo de ser reconhecida globalmente pela
excelecircncia no desenvolvimento produccedilatildeo e comercializaccedilatildeo de energia sustentaacutevel investe no combustiacutevel de matriz limpa e renovaacutevel
com tecnologia e talento que satildeo referecircncia no Brasil e no mundo
23 Mascoma
Ethanolrsquos energy is derived from plants that in turn obtain their energy from the sun In this way ethanol acts as a means of storing solar
power in liquid form Cellulosic ethanol is ethanol that is obtained from the non-edible portion of plant material Cellulosic ethanol is
identical in composition and performance to ethanol derived from corn or sugar cane Cellulosic ethanol however has important
environmental economic and sustainability advantages over conventional sources due to its source and method of production
24 KiOR
KiOR has developed a proprietary technology platform to convert sustainable low-cost non-food biomass into a hydrocarbon-based
renewable crude oil Using standard refining equipment the company processes its renewable crude into gasoline and diesel blendstocks
that can utilize the existing transportation fuel infrastructure for use in vehicles on the road today
25 DuPont Danisco
DuPont is applying its deep knowledge and experience in crop technology microbiology bioprocessing and engineering to
enable proprietary cost-effective cellulosic ethanol solutions for the market At DuPont we believe that science-powered innovation
and collaboration are required to meet the food energy and protection challenges of unprecedented population growth Our cel lulosic
ethanol team is leading the way in advanced biofuels by developing comprehensive integrated solutions for a range of feedstocks and
designing innovative enzymes to accelerate the commercial production of cellulosic biofuels in markets across the world
AS 30 maiores Empresas em Produtos Quiacutemicos Renovaacuteveis e Biomateriais (2011-12) ndash cont
26 Virent
Virent is replacing crude oil by creating the chemicals and fuels the world demands through utilization of a wide variety of naturally
occurring renewable resources Our patented BioFormingreg technology features catalytic chemistry which converts plant-based sugars into
a full range of hydrocarbon productsidentical to those made from petroleum including gasoline diesel jet fuel and chemicals for plastics
and fibers Our products are ldquodrop-inrdquo replacements that enable full utilization of todayrsquos existing processing pipeline storage and
transportation infrastructure Virent produces its hydrocarbon chemicals and fuels from plant sugars in a few hours compared to the
millions of years required for petroleum
27 LanzaTech
LanzaTech is very much part of this new field of innovators and by challenging our preconceptions of waste and energy sources we see
a future where access to energy is universal
28 POET
POET devotes tremendous resources to developing cellulosic ethanol Every day our researchers work to make it more affordable
Weve invested heavily in cellulosic research over the past decade and we will invest much more as we begin construction on our first
commercial cellulosic ethanol plant in Emmetsburg Iowa which we anticipate will produce 25 million gallons per year
29 Metabolix
Metabolix is developing commercially viable chemicals from biobased sources as opposed to fossil fuels which produce the vast majority of
chemicals today
Today four carbon (C4) chemicals are produced from non-renewable fossil-based hydrocarbons and are used to make spandex fibers
polyurethanes engineering resins and personal care products
Biobased chemicals allow us to address the global market demand for products and processing that reduce fossil energy use and greenhouse
gas emissions
30 Honeywellrsquos UOP
In 2008 UOP and Ensyn Corporation created the joint venture Envergent Technologies
Envergent is focused on the conversion of forest and agricultural waste residues to a liquid renewable oil to generate renewable heat and power
We do this through the RTPregprocess or rapid thermal processing which has been in commercial operation for more than 25 years
The RTP process produces a clean burning minimal sulfur content biofuel that can be used for the generation of renewable heat and power It is
a cost-effective solution to reduce greenhouse gas emissions up to 90 compared to petroleum-based fuels
The process is scalable to meet the needs of diverse applications It has a relatively compact footprint due to its modular construction and is
feedstock-flexible in that RTP can be designed to process a wide variety of lignocellulosic feedstocks
For more information on the advantages of pyrolysis oil and our RTP technology please visit us atwwwEnvergentTechcom
InstitutosEmpresaOutros
Nacionais
Instituto Nacional de Tecnologia
Empresa Brasileira de Pesquisas Agropecuaacuterias
PetrobraacutesCENPES
Centro de Energias Alternativas e Meio Ambiente
Centro de Tecnologia Canavieira
Instituto de Pesquisa Tecnoloacutegica do Estado de Satildeo Paulo
Instituto Nacional de Pesquisas Espaciais
Centro Brasileiro de Pesquisas Fiacutesicas
Instituto Nacional de Pesquisas da Amazocircnia
Conselho de Desenvolvimento Cientifico e Tecnoloacutegico
CNEN
Museu Paraense Emilio Goeldi Paraacute
FIOCRUZ
Instituto Nacional do Cacircncer
Instituto Adolfo Lutz
TOTAL GERAL 15 instituiccedilotildees
Universidade Federal do Rio de Janeiro
InstitutosDepartamentos
Internacionais
National Renewable Energy Laboratories EUA
US Department of Agriculture Agricultural Research
Service (USDA ARS) EUA
Chinese Academy of Science China
Agriculture ampAgri Food Canada Canadaacute
Institut National de la Recherche Agronomique Franccedila
Consejo Superior de Investigaciones Cientificas (CSIC)
Espanha
Russian Academy of Science Ruacutessia
Indian Institute of Technology Iacutendia
Natural Renewable Energy Laboratory EUA
National Institute of Advanced Industrial Science and
Technology Japatildeo
Institute Francais du Petrole (IFP)
Polish Academy of Science Polocircnia
Indian Institute of Chemical Technology India
Max Planck Institut Alemanha
French National Institute for Agricultural Research (INRA)
Franccedila
Tokyo Institute of Technology Japatildeo
Centre National de la Recherche Scientifique (CNRS)
Franccedila
National Chemical Laboratory Iacutendia
National Institute of Advanced Industrial Science and
Technology Japatildeo
Korea Institute of Science amp Technology Coreacuteia do Sul
US Geology Survey EUA
Marine Biotechnology Institute Japatildeo
Korea Institute of Energy Research (KIER) Coreacuteia do Sul
Centre National de la Recherche Scientifique (CNRS)
Franccedila
Kamaishi Labs Marine Biotechnology Institute Japatildeo
Alfred Wegener Institute for Polar and Marine Research
Alemanha
Australian National University Austraacutelia
Chonbuk National University Coreacuteia do Sul
Centre de Recherche en Ecologie Marine et Aquaculture
(IFREMER) Franccedila
Mitsubishi Heavy Ind Ltd (Advanced Technoly Research
Centre) Japatildeo
Oak Ridge National Laboratory (ORNL) EUA
Research Institute of Innovative Technology for the Earth
(RITE) Japatildeo
Central Institute of Medicinal and Aromatic Plants Iacutendia
Consiglio Nazional delle Ricerche (CNR) Itaacutelia
NASA EUA
Beijing Yixintang Medicine Research Institute
TOTAL GERAL 36 instituiccedilotildees
Universidade Federal do Rio de Janeiro
Empresas Internacionais
Novozymes AS
Genencor Int Inc
Kao Corp
Novo Nordisk AS
Novozymes Inc
Novo-Nordisk AS
Henkel KGAA
Iogen Energy Corp
Danisco US Inc Genencor Division
Novozymes Biotech Inc
Novozymes North America Inc
Goedegebuur F
Midwest Research Institute
Du Pont De Nemours amp Co
Dunn- Coleman N
AE Biofuels EUA
Blue Fire Ethanol EUAJapatildeo
Chempolis Ou
Iogen
KL Energy
Lignol Energy
Sekab
Sun Opta
Verenium
Chevron USA Inc
Shell International Research Maatshappij BV
Exxon Mobil Res ampEng Co
Sasol Technology Pty Ltd
Shell Oil Co
Conoco Phillips Co
ENI Spa
Exxon Res amp Eng Co
Exxon Mobil Res amp Eng Co
Roquette Freres As
Basf AG
General Electric Co
Exxon Mobil Chem Patents Inc
LrsquoOreal SA
Basf SE
Bayer AG
Wellington SL
Vinegar HJ
Berchenko IE
Dow Global Technologies Inc
Degussa AG
Bayer Material Science AG
Samsung SDI Co Ltd
Stegemeir GL
Henkel KGAA
Zhang E
Ryan RC
Fowler TD
Rouffi gnac EPD
Universidade Federal do Rio de Janeiro
Council of Scientific and Industrial Research of India
Li Y
Ye M
Wang Y
Zhang L
Jiang J
Liu Y
Yin K
Jiang L
Syngenta Part AG
Novartis AG
Basf SE
Bayer Cropscience AG
Dow Corning Corporation
Genoptera LLC
Monsanto Technology
US Secretary of Agriculture
Bayer Cropscience GMBH
Toyota Jidosha KK
TOTAL GERAL 88 instituiccedilotildees
Empresas Internacionais
Fowler TD
Rouffi gnac EPD
Merck Patent GMBH
Procter amp Gamble Co
Yokohama Rubber Co Ltd
Colgate Palmolive
Bridgestone Corp
Henkel KGAA
Goodyear Tire amp Rubber Co
LG Electronics Inc 507
Matsushita Denki Sangyo KK
Toshiba KK
Canon KK
Hitachi Ltd
Mitsubshi Electric Co
Mitsubishi Jukogyo KK
Universidade Federal do Rio de Janeiro
CURSOS
Ofertados nas instituiccedilotildees de ensino nacionais ou internacionais
Introduccedilatildeo a Quiacutemica Verde
Quiacutemica Verde e Quiacutemica Sustentaacutevel
Engenharia Ecoloacutegica e Quiacutemica Verde
ldquoQuiacutemica Verde Fundamentos e Aplicaccedilotildeesrdquo
Quiacutemica Verde na Atualidade
A Quiacutemica Verde e o papel da cataacutelise no contexto da
Inovaccedilatildeo e do Desenvolvimento Tecnoloacutegico
Universidade Federal do Rio de Janeiro
Universidade Federal do Rio de Janeiro
FONTES CONSULTADAS
Quiacutemica verde no Brasil 2010 ndash 2030 Ediccedilatildeo revista e atualizada
Centro de Gestatildeo e Estudos Estrateacutegicos
Ciecircncia Tecnologia e Inovaccedilatildeo
httpwwwsciencedirectcom
httpwwwperiodicoscapesgovbr
LINHAS DE PESQUISA
Luiz Felipe Miranda de Jesus
Universidade Federal do Rio de Janeiro
Linhas de Pesquisa
Buscas Associadas
ldquoQuiacutemica Verderdquo
ldquoQuiacutemica Ambientalrdquo
ldquoQuiacutemica Sustentaacutevelrdquo
ldquoGreen Chemistryrdquo
ldquoQuiacutemica Verde PampDrdquo
ldquoGreen Chemistry RampDrdquo
ldquoUS Green Chemistryrdquo
ldquoEurope Green Chemistryrdquo
Universidade Federal do Rio de Janeiro
Linhas de Pesquisa
Principais Fontes
Identificaccedilatildeo de Instituiccedilotildees citadas em artigos e outras publicaccedilotildees
CAPES
CNPQ
ABQ
SBPC
Instituiccedilotildees de Fomento (FINEP FAPESPetc)
CGEE
MCT
Sites das Universidades
EPA
IUPAC
ACS
Green Chemistry Network
Royal Society of Chemistry
European Environment Agency
Universidade Federal do Rio de Janeiro
The Interuniversity National Consortium Chemistry for the Environment (INCA Consortium) Gathers 33 Italian universities and about 90 research units headquarters in Venezia and Roma Italy
NSF Science and Technology Center for Environmentally Responsible Solvents and Processes University of North Carolina Chapel Hill Queens University Ionic Liquid Laboratories (QUILL)
Queens University of Belfast The Clean Technology Research Group University of Nottingham The Green Chemistry Group (see below now called centre of excellence)
University of York Centre for Green Chemistry University of Monash Centre for Green Manufacturing University of Alabama Chemical Process Engineering Research Institute Centre for Research amp Technology University of Leicester (UK) Leicester Green Chemistry Group
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
University of Leeds (UK) Leeds Cleaner Synthesis Group Institute of Applied Catalysis (UK) A research network for catalysis Carnegie Mellon University (USA) Institute for Green Oxidation Chemistry Institute for a Sustainable Environment (USA) University of Oregon Center for Sustainable and Green Chemistry (DEN) httpwwwcsgdtudk Green Chemistry Centre of Excellence (UK) httpwwwyorkacukresgcgsiteindexhtm Center for Green Chemistry at UMass Boston (US) httpwwwgreenchemistryumbedu Center for Green Chemistry at UMass Lowell (US) httpwwwgreenchemistryumledu University of Notre Dame Energy Centre (USA) httpwwwndedu~ndenergy Goumlteborg Universitys Centre for Environment and Sustainability (SWE) httpwwwchalmerssegmvEN
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
MSc in Green Chemistry and Sustainable Industrial Technology
Department of Chemistry at the University of York
Master en Quimica Sostenible
Faculty of Sciences at the University of Zaragoza
MSc in Green Chemistry Energy and the Environment
Imperical College London
MSc in Chemical Research (Green Chemistry with Industry)
CTA funding to the University of Leicester
1st year Master of Science Chemistry Specializing in Green Chemistry
University Louis Pasteur (Strasbourg I)
Master of Chemistry and EST
Universiteacute de Savoie
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
Schools with Green Chemistry Programs
United States
Eastern Connecticut
Yale University
Massachusetts
Bridgewater State College
Gordon College
University of Massachusetts Boston
University of Massachusetts Lowell Center for Green Chemistry
Pennsylvania
Carnegie Mellon Institute for Green Oxidation Chemistry
University of Scranton
Arkansas
Hendrix College (green organic chemistry)
Illinois
University of Illinois-Urbana-Champaign
Minnesota
St Olaf College
Alabama
University of Alabama
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
Linhas de Pesquisa California
Berkeley Center for Green Chemistry
UC Berkeley Extension
Colorado
Colorado School of Mines
Oregon
University of Oregon
Schools with Green Chemistry Programs - International
Australia
Monash University Centre for Green Chemistry
Murdoch University Sustainable ChemistryGreen Chemistry
Netherlands
Delft University of Technology Biocatalysis and Organic Chemistry
Italy
Interuniversity Consortium Chemistry for the Environment (INCA)
Universidade Federal do Rio de Janeiro
Northern Ireland
Queens University of Belfast Ionic Liquid Laboratories
Spain
Institute of Science and Technology (IUCT)
Green Chemistry Network of Spain (REDQS - Red Espantildeola de Quiacutemica Sostenible)
Sweden
Centre for Environment and Sustainability - Chalmers University of
TechnologyGoumlteborg University
United Kingdom
Green Chemistry Centre of Excellence at York
University of Leicester Green Chemistry Group
University of Nottingham Green and Analytical Chemistry
Brazil
Universidade do Vale do Itajaiacute Center for Technological Earth and Sea Sciences
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
Linhas de Pesquisa
Observaccedilotildees
Poucos programas especiacuteficos em ldquoQuiacutemica Verderdquo
Perfil multidisciplinar
Descriccedilatildeo de diversas linhas abrange somente um ou
alguns dos princiacutepios da ldquoQuiacutemica Verderdquo
Associaccedilatildeo inadequada ao tema
Necessidade de ampliaccedilatildeo de escopo
Movimento inicial de fomento aos projetos na aacuterea
Universidade Federal do Rio de Janeiro
CONGRESSOS E OUTROS SITES
Natasha Kelber
Universidade Federal do Rio de Janeiro
Universidade Federal do Rio de Janeiro
CONGRESSOS NACIONAIS
5ordm Simpoacutesio Nacional de Biocombustiacuteveis ndash BIOCOM ndash 14 a15Abril2012 ndash Canoas
RS
4ordf Escola de Quiacutemica Verde - JaneiroFevereiro2012 - Satildeo Paulo SP
VII Congresso Brasileiro de Biosseguranccedila - 19-23Setembro2011 - Joinville SC
II Semana de Biotecnologia Industrial - 20-22Outubro2010 - Lorena SP
5ordm Congresso Internacional de Bioenergia - 10-13Agosto2010 - Curitiba PR
II Semana de Biotecnologia Industrial - Julho2009 - Lorena SP
VI Congresso Brasileiro de Biosseguranccedila
VI Simpoacutesio Latino-Americano de Produtos Biotecnoloacutegicos
I Simpoacutesio Internacional de Biosseguridade e Pesquisa de Duplo Uso
I Feira de Equipamentos e Dispositivos de Biosseguranccedila ndash 22-25 Setembro2009 -
Rio de Janeiro RJ
1ordm Encontro Franco-Brasileiro de Quiacutemica Verde - 11 a 13Outubro2011
Universidade Federal do Rio de Janeiro
CONGRESSOS INTERNACIONAIS
3nd Brazilian Conference on Natural Products - 29Outubro-02Novembro2011 -
Ouro Preto MG
Biodiesel Congress - 27-29Julho2011 - Satildeo Paulo SP
IGCW 2011 Industrial Green Chemistry World Symposium amp Expo - December 4-6
2011 - Mumbai Iacutendia
3rd Asia-Oceania Conference on Green and Sustainable Chemistry (AOC-3) -
December 4-7 2011 - Melbourne Austraacutelia
3rd International Congress on Green Process Engineering - December 6-8 2011 -
Kuala Lumpur Malaysia
Minnesota Green Chemistry Conference - January 26 2012 - Minneapolis MN
The Asian Conference on Sustainability Energy amp the Environment - May 3-6 2012 -
Osaka Japan
16th Annual Green Chemistry amp Engineering Conference - June 18-20 2012 -
Washington DC
Gordon Research Seminar and Conference on Green Chemistry - July 21-27 2012 -
Lucca (Barga) Italy
4th International IUPAC Conference on Green Chemistry - August 25-29 2012 - Foz
do IguaccediluPR Brazil
Universidade Federal do Rio de Janeiro
OUTROS SITES
httpportalacsorgportalacscorgcontent_nfpb=trueamp_pageLabel=PP_SUPERAR
TICLEampnode_id=1401ampuse_sec=falseampsec_url_var=region1amp__uuid=6e2273c5-5e7f-
4c7b-8931-530d244f1650P15_704
httpwwwcleanproductionorgGreenphp
wwwrscorgMembershipNetworkingInternationalActivitiesPanAfricaindexasp
httpwwworganic-chemistryorgtopicsgreen-chemistryshtm
httpagenciafapespbr12992
httpacademicscrantonedufacultycannm1greenchemistryporthtml
httpwwwabqorgbrsimpequi2010trabalhos122-7744htm
httpbrlinkedincominquimicaverde
httpwwwcinprorgbrFreeComponent10435content149251shtml
httpquiverdeblogspotcom201006os-12-principios-da-quimica-verdehtml
httpwwwufpeltchebriqgwwverde
httpwwwbrasilescolacomquimicaprincipios-quimica-verdehtm
httpwwwsustentabilidaderesultadoscombrgreen-chemistry-a-sustainable-
opportunity
httpwwwgreenchemistrynetworkorg
httpwwwepagovgreenchemistry
PUBLICACcedilOtildeES E PERIOacuteDICOS
Renato Soares
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS
Base de Dados
Royal Society of Chemistry (30)
SpringerLink (MetaPress) (30)
Wiley Online Library (30)
ACS Journals Search (30)
Nature (NPG) (30)
Science (AAAS) (30)
IOPscience (Institute of Phsics) (30)
Oxford Journals (Oxford University Press) (30)
ScienceDirect (Elsevier) (30)
Annual Reviews (29)
AIP Scitation ndash American Institute of Physics (28)
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS
Annual Review of Biochemistry (6)
Scientific American (5)
Ecological Indicators (5)
Green Chemistry Educat (4)
Nature Chemistry (4)
J Chem Educ (3)
Autobiographies by Nob (3)
J Appl Phys (3)
Food Hydrocolloids (3)
Chem Soc Rev (2)
Annual Review of Environment and Resources (2)
J Am Chem Soc (2)
The Excitement and Fascination of Science (2)
Environmental Science and Pollution Research (2)
Universidade Federal do Rio de Janeiro
COLECcedilOtildeES E TEXTOS
Murilo Alves
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS REVISTAS E JORNAIS CIENTIacuteFICOS Revistas Cientiacuteficas com conteuacutedos sobre ensino de ciecircnciasquiacutemica e
quiacutemica verde
O primeiro artigo que atendeu aos criteacuterios adotados
neste trabalho e cujo tiacutetulo conteacutem a expressatildeo Green Chemistry (Quiacutemica Verde) - Design for the
environment and Green Chemistry the heart and soul
of industrial ecology - foi publicado em 1997
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS REVISTAS E JORNAIS CIENTIacuteFICOS Revistas Cientiacuteficas com conteuacutedos sobre ensino de ciecircnciasquiacutemica e
quiacutemica verde
Revista Quiacutemica Nova na Escola - QNEsc A Revista Quiacutemica Nova na Escola (QNEsc) com uma periodicidade trimestral propotildee-se a subsidiar o trabalho a formaccedilatildeo e a atualizaccedilatildeo da comunidade do Ensino de Quiacutemica brasileiro QNEsc integra-se agrave linha editorial da Sociedade Brasileira de Quiacutemica que publica tambeacutem a revista Quiacutemica Nova e o Journal of the Brazillian Chemical Society Quiacutemica Nova na Escola eacute um espaccedilo aberto ao educador suscitando debates e reflexotildees sobre o ensino e a aprendizagem de quiacutemica Assim contribui para a tarefa fundamental de formar verdadeiros cidadatildeos Nesse sentido a Divisatildeo de Ensino disponibiliza neste portal na iacutentegra e de forma totalmente gratuita todos os artigos publicados no formato PDF Estatildeo disponiacuteveis tambeacutem os Cadernos Temaacuteticos publicados desde 2001 pela Divisatildeo de Ensino
Green Chemistry - Journal Jornal publicado pela Royal Society of Chemistry - RCS que se apresenta como um espaccedilo para publicaccedilatildeo sobre
pesquisas de ponta no desenvolvimento de tecnologias alternativas sustentaacuteveis
Green Green - revista italiana do Consoacutercio Interuniversitaacuterio Quiacutemica Nacional do Meio Ambiente (INCA) em colaboraccedilatildeo com a Sociedade Quiacutemica Italiana (SCI) 1 5 ACS Publications A Divisatildeo de Publicaccedilotildees da Sociedade Americana de Quiacutemica (American Chemical Society - ACS) oferece a comunidade cientiacutefica mundial uma coleccedilatildeo abrangente dos perioacutedicos mais citados revisados por pares em ciecircncias quiacutemicas e afins
Universidade Federal do Rio de Janeiro
Universidade Federal do Rio de Janeiro
FONTES CONSULTADAS
httpwwwqmcufscbrgieqindexphplinkshtml
httpwwwperiodicoscapesgovbr
httpwwwscielocom
Organizaccediloes - 100 maiores empresas em Bioenergia 2011-12 Referencia Biofuels Digest online publication
November 9 2011 author Jim Lane
1 Solazyme
2 Amyris
3 Gevo
4 POET
5 LS9
6 Novozymes
7 Enerkem
8 LanzaTech
9 UOP
10 ZeaChem
11 Codexis
12 Abengoa Bioenergy
13 KiOR
14 Virent Energy Systems
15 Sapphire Energy
16 Ceres
17 Coskata
18 DuPont Cellulosic
19 Terrabon
20 Mascoma
21 Cobalt Technologies
22 Petrobras
23 Joule Unlimited
24 BP Biofuels
25 Neste
26 Waste Management
27 Rentech
28 Qteros
29 INEOS Bio
30 Genencor
31 Genomatica
32 Shell
33 Synthetic Genomics
34 Chemtex
100 maiores empresas em Bioenergia 2011-12 Referencia Biofuels Digest online publication November 9 2011
author Jim Lane
35 Algenol
36 Elevance Renewable Sciences
37 OriginOil
38 SG Biofuels
39 Cosan
40 HCL CleanTech
41 Fulcrum Bioenergy
42 Cargill
43 Chevron
44 Bluefire Renewables
45 Dynamic Fuels
46 Mendel
47 OPX Biotechnologies
48 Inbicon
49 Renmatix
50 Monsanto
51 Butamax
52 Iogen
53 DuPont
54 Verenium
55 PetroAlgae
56 DSM
57 ExxonMobil
58 Envergent
59 Aurora Algae
60 Syngenta
61 Praj Industries
62 Phycal
63 Renewable Energy Group
64 Clear Fuels Technology
65 ArborGen
66 KL Energy
67 Solix Biofuels
100 maiores empresas em Bioenergia 2011-12 Referencia Biofuels Digest online publication November 9 2011
author Jim Lane
68 Catchlight Energy
69 Dyadic
70 AE Biofuels
71 Myriant
72 EdeniQ
73 Avantium
74 Propel Fuels
75 GlycosBio
76 ETH Bioenergia
77 Chemrec
78 Ensyn
79 Green Plains Renewable Energy
80 Range Fuels
81 Bioprocess Algae
82 SynGest
83 TMO Renewables
84 Chromatin
85 Blue Marble Biomaterials
86 Genera Energy
87 ICM
88 Albemarle
89 Lignol
90 Raizen
91 Verdezyne
92 Greenfuel Ethanol
93 Atlantic Biomass Conversions
94 Pacific Ethanol
95 Dong Energy
96 SEKAB
97 Borregaard Industries
98 Dynamotive
99 Allard Research
100 Targeted Growth
Com base neste raciociacutenio um aumento do faturamento natildeo depende apenas
da decisatildeo da empresa depende e muito do mercado onde a empresa atua
depende do mercado e nem sempre a empresa consegue aumentaacute-lo sem
perder volume de vendas a decisatildeo fica por conta do aumento de volume e em
consequecircncia por aumento da oferta o preccedilo meacutedio cai e consequentemente
para se compensar a perda de preccedilos o volume tem que ser ainda maior do que
os 10 desejados no aumento do faturamento por exemplo
A segunda alternativa a reduccedilatildeo no custo de produccedilatildeo de 25 pode ser
conseguida internamente com aumento na eficiecircncia dos processos de
produccedilatildeo reduccedilatildeo de geraccedilatildeo de resiacuteduos e negociaccedilotildees junto aos
fornecedores de mateacuterias primas e insumos e neste caso a empresa como
cliente tem muito maiores condiccedilotildees de exigir preccedilos mais competitivos ou no
caso de natildeo se conseguir por tratar-se de fornecedor com excessivo poder de
negociaccedilatildeo a empresa pode sempre buscar reduccedilotildees de custos das principais
mateacuterias primas atraveacutes de mateacuterias primas substitutas Evidentemente que as
reduccedilotildees nos preccedilos das utilidades como vapor energia aacutegua devem e podem
ser otimizadas bem como a reduccedilatildeo de seus desperdiacutecios atraveacutes de
campanhas internas de sensibilizaccedilatildeo e melhoria nos processos produtivos
E onde entra a Quiacutemica Verde em todo esse raciociacutenio loacutegico
Claro estaacute que os leitores jaacute comeccedilaram a correlacionar as medidas de reduccedilatildeo
de custos de produccedilatildeo com os 12 Princiacutepios da Quiacutemica Verde senatildeo vejamos
Reduzir custo de produccedilatildeo eacute aumentar os rendimentos dos processos
evitando-se assim a geraccedilatildeo de resiacuteduos e de subprodutos indesejaacuteveis e as
necessidades e custos de tratamento de resiacuteduos em especial quando se trata de
resiacuteduos toacutexicos Os controles dos processos em tempo real antes da formaccedilatildeo
de substancias perigosas e de subprodutos indesejaacuteveis tambeacutem ajudam a
aumentar a eficiecircncia dos processos e por consequecircncia a reduccedilatildeo dos custos de
produccedilatildeo Aleacutem disso a alternativa de uso de mateacuteria prima renovaacutevel para ajudar
na reduccedilatildeo de custos aleacutem de contribuir com o meio ambiente apresenta-se
cada vez mais promissora nas negociaccedilotildees junto aos fornecedores atuais
Mais um princiacutepio da quiacutemica verde o seacutetimo pode e deve ser cada vez mais
usado na gestatildeo das empresas Seraacute que a sua empresa natildeo deveria ser como a
maioria dos carros nacionais flex Que tal ser uma EMPRESA FLEX Imagine se
na hora de comprar mateacuteria prima voce pudesse optar entre mateacuteria prima
convencional derivada do petroacuteleo ou de fonte renovaacutevel pela que produzisse
melhor margem operacional naquele momento do mercado Pense em como
seria maior a sua capacidade de negociaccedilatildeo junto aos seus fornecedores atuais
Aleacutem disso produzir a menores pressotildees e temperaturas e sem usar solventes eacute
reduzir custo de investimentos e de recuperaccedilatildeo aumento consequente nas
margens e reduccedilatildeo do CAPEX necessaacuterio
Pelo acima exposto e com a responsabilidade que tenho como
Reestruturador de Empresas e alavancador de resultados acredito que daqui em
diante a boa gestatildeo de empresas necessitaraacute de gestores cada vez mais
capacitados e natildeo falo apenas das empresas quiacutemicas falo das empresas em
geral precisaremos de GESTORES SUSTENTAacuteVEIS e a Escola Brasileira de
Quiacutemica Verde poderaacute contribuir muito com a formaccedilatildeo desses novos
profissionais que teratildeo desafios mais abrangentes e complementares natildeo
somente nas aacutereas mais teacutecnicas como tambeacutem em todas as aacutereas de gestatildeo de
empresas
Claro estaacute que para um gestor de visatildeo de curto prazo que a Gestatildeo
Sustentaacutevel possa parecer mais onerosa poreacutem a visatildeo contributiva do bom
gestor a meacutedio e a longo prazo segundo e segundo Warren Buffet o bom gestor
deve fazer aumentar o valor da empresa e este descontado num fluxo de
ldquovaluationrdquo normalmente usado nos processos de compra e venda de empresas
deve evitar quaisquer ldquoliabilitiesrdquotais como passivos ambientais passivos
trabalhistas e tributaacuterios que possam vir a ser deduzidos do valor de venda de
uma empresa no momento da negociaccedilatildeo
A Gestatildeo Sustentaacutevel deixa de ser algo acadecircmico e de preocupaccedilatildeo apenas
com o meio ambiente e passa a fazer parte do patrimocircnio das empresas e de
suas avaliaccedilotildees quando das apresentaccedilotildees de seus balanccedilos Empresas geridas
com sustentabilidade valem mais natildeo soacute as empresas quiacutemicas volto a dizer
todo e qualquer tipo de empresa
Apenas para exemplificar jaacute identificamos mais de 100 empresas no mundo
todo que trabalham com a utilizaccedilatildeo de mateacuterias primas renovaacuteveis para
combustiacuteveis e outras 30 empresas que jaacute possuem derivados quiacutemicos de
fontes renovaacuteveis e economicamente viaacuteveis
No Brasil temos a Petrobras a Braskem e o grande exemplo do aacutelcool
combustiacutevel e fonte para produtos alcoolquiacutemicos totalmente viabilizados e
exemplo para todo o mundo
Produccedilatildeo amp
Destribuiccedilatildeo
Custo de Aprovisionamento
Metodologia para comparaccedilatildeo de Cadeia de Valores (ALGORITMO)
BASES COMPARATIVAS
Os custos de produtos de mateacuterias primas renovaacuteveis devem ser iguais ou menores do que os
custos de produtos similares de mateacuterias primas petroquiacutemicas
CPMPR = CPMPP
OS CUSTOS DAS CADEIAS DE VALORES DEVEM SER SIMILARES E APRESENTAREM A
MESMA COMPETIVIDADE DE CUSTOS NOS MERCADOS ALVOS DESSES PRODUTOS OU
DE SUAS APLICACcedilOES NO LONGO PRAZO E COM FLUTUACcedilOES DE CUSTOS
ASSIMILAacuteVEIS PELOS MERCADOS DE APLICACcedilAO DESSES PRODUTOS AS
SAZONALIDADES DOS MERCADOS AGRO DEVEM SER COMPENSADAS POR ESTOQUES
REGULADORES E OS CUSTOS DE MANUTENCcedilAO DE TAIS ESTOQUES DEVEM SER
LEVADOS EM CONSIDERACcedilAO NAS ANAacuteLISES DE COMPETITIVIDADES DE CUSTOS DOS
PRODUTOS DE MATEacuteRIAS PRIMAS RENOVAacuteVEIS E DE SEUS SIMILARES
PETROQUIacuteMICOS
CCVR lt= CCVP
Universidade Federal do Rio de Janeiro
EXEMPLOS DE NEGOacuteCIOS SUSTENTAacuteVEIS
1 Biorrefinarias
2 Produccedilatildeo de Etanol
3 Rota Bioquiacutemica
4 Termoquiacutemica
5 Sucroquiacutemica
6 Conversatildeo de CO2 por microalgas
7 Fitoteraacutepicos
8 Biopesticidas de Origem Vegetal
9 Aromas Fragracircncias e Oacuteleos Essenciais
10Fitoquiacutemica
11Energias Renovaacuteveis
12 Produccedilatildeo Bioloacutegica de Hidrogecircnio
MP renovaacutevel
Transporte MP
Lavagem Moagem
Unidade de fermentaccedilatildeo
Destilaccedilatildeo
Controle de qualidade e
estocagem de agravelcool
Transporte do aacutelcool
(caminhotildees)
Estoque de agravelcool nos
clientes
MP Petroquiacutemica
Transporte do MP
Craqueamento Separaccedilatildeo
Estocagem do eteno
Transporte Tubovias
Hidrataccedilatildeo
Transporte Etanol
Tubovias ou caminhotildees
Estoque nos clientes
Etanol de
cana de
accedilucar
Etanol
Petroquiacutemico
Cana de
accedilucar
Caminhotildees
Bagaccedilo Cogeraccedilatildeo de vapor
energia eletrica
Tubovias
Co produtos
Propeno
Buteno
Outros
Nafta
MP renovaacutevel
Transporte MP
Estoque Etanol
Unidade de aldeido aceacutetico
Unidade produccedilatildeo
ac aceacutetico Destilaccedilatildeo
Transporte de ac
aceacutetico
Estoque de Ac Aceacutetico nos clientes
MP Gaacutes natural
C O Carboxilaccedilatildeo Unidade de remoccedilatildeo de
Leves
Controle de qualidade
Estoque de aacutecido
aceacutetico
Transporte de Ac aceacutetico
Estoque de ac Aceacutetico nos clientes
Aacutecido Aceacutetico
Alcool
Quiacutemico
Aacutecido aceacutetico
a partir do
metanol
Etanol
Caminhotildees
Caminhotildees
Gaacutes natural
Metanol
Off - gas
Caminhotildees
MP renovaacutevel
Transporte MP
Lavagem Moagem
Unidade de fermentaccedilatildeo
Destilaccedilatildeo
Controle de qualidade e
estocagem de agravelcool
Transporte do aacutelcool
(caminhotildees)
Estoque de agravelcool nos
clientes
MP Petroquiacutemica
Transporte do MP
Craqueamento Separaccedilatildeo
Estocagem do eteno
Etanol de
cana de
accedilucar
Eteno
Petroquiacutemico
Cana de
accedilucar
Caminhotildees
Bagaccedilo Cogeraccedilatildeo de vapor
energia eletrica
Tubovias Co produtos
Propeno
Buteno
Outros
Nafta
MP renovaacutevel
Transporte MP
Estoque Etanol
Desidrataccedilatildeo Estoque Eteno
Etanol Caminhotildees
Eteno Alcool
Quiacutemico
Outros Sites AS 30 maiores Empresas em Produtos Quiacutemicos Renovaacuteveis e Biomateriais
(2011-12) Referencias Biofuels Digest ndashe sites das empresas
1 Genomatica
We develop our processes using our proprietary biotechnology platform The resulting processes can convert multiple renewable
feedstocks into numerous existing chemicals that meet industry specifications for large established markets
2 Solazyme
Solazymes proprietary biotechnology platform creates renewable oils by harnessing microalgaes prolific oil production capabilities
Through world-class molecular biology and chemical engineering capabilities were able to cost-effectively produce high-value tailored oils
3 Amyris
The basis of our production is a well-established fermentation process that uses our genetically-engineered yeast strains to convert
the sugar source into target molecules such as farnesene
4 Gevo
We plan to produce isobutanol a versatile platform chemical for the liquid fuels and petrochemical market
5 LS9
LS9rsquos industrial biotechnology platform converts diverse renewable feedstocks to drop-in fuel and chemical products
6 Dupont
Through DuPont innovation key building blocks for many of the materials we use every day can now be derived from renewable
resources mdash creating a much smaller environmental footprint than their petroleum-based predecessors with no compromise in performance
7 Codexis
Products and technology from Codexis can help the chemicals industry reduce supply chain volatility replace petroleum-based
environmentally sensitive raw materials with plentiful biomass and gain a competitive advantage in the marketplace
AS 30 maiores Empresas em Produtos Quiacutemicos Renovaacuteveis e Biomateriais (2011-12) ndash cont
8 Genencor
As a leader in the development of renewable alternatives for petroleum-based chemicals and fuels Genencor is helping to build the road
towards a more sustainable future
9 Novozymes
A number of technologies are involved in these steps and this part of ldquoOur technologyrdquo gives you an understanding of how these
technologies are employed in the work of researchers at Novozymes
10 ZeaChem
ZeaChem Inc has developed a cellulose-based biorefinery platform capable of producing advanced ethanol fuels and chemicals
Our indirect approach leapfrogs the yield and carbon dioxide (CO2) problems associated with traditional and cellulosic based processes
11 Cargill
Cargillrsquos range of nature-based products are suited to a number of industrial applications and markets We offer a growing number
of products derived from renewable sources designed to replace or offset non-renewable ingredients
12 Cobalt Technologies
Cobalts technology features a continuous process to efficiently convert diverse low cost feedstocks ndash beginning with bagasse and
waste wood ndash into biobutanol
13 Waste Management
Thatrsquos why Waste Management makes such a good fit Our mission is to bring you professional dependable services and innovative
solutions that create value for you ndash and a better future for us all
14 Ceres
Our technology platforms are helping make biofuels bio-based chemicals and biopower more economical and scalable It starts with
improving the crops themselves a process as old as farming but now coupled with the latest genomics-based breakthroughs
AS 30 maiores Empresas em Produtos Quiacutemicos Renovaacuteveis e Biomateriais (2011-12) ndash cont
15 Elevance Renewable Sciences
As the leader in transforming natural renewable oils into high-performing specialty products and materials Elevance is uniquely
positioned to meet consumer demand in a market exceeding $100 billion annually in these segments
Performance waxesNature Wax productsPersonal care productsDetergents and cleanersAntimicrobials
16 Dow Chemical
At Dow we are already creating solutions for a more sustainable future by helping develop paints that scrub the formaldehyde
from the air designing intelligent packaging that keeps food fresher longer and communicates its condition as well as more efficient
batteries to power vehicles
17 Enerkem
Chemicals used to make thousands of industrial and consumer products have traditionally been derived from fossil fuels such as petroleum
With an innovative process that uses waste and residues instead of fossil fuels Enerkem helps meet the increasing demand for greener
everyday products
18 Coskata
Coskata is a biology-based renewable energy company whose low-cost platform technology allows for the production of fuels and
chemicals from a variety of input material (including biomass agricultural and municipal wastes and other carbonaceous material)
Using proprietary microorganisms and patented bioreactor designs we are ready today to produce feedstock flexible ethanol
to fuel energy security economic growth and environmental sustainability
19 OPX Biotechnologies
OPXBIO developed and piloted the microbe and process that will produce its first biochemical product ndash BioAcrylic ndash at 30 to 50
percent lower cost and a 75 percent reduction in greenhouse gas emissions over current petrol-based acrylic Todayrsquos petro-acrylic has
an $10 billion global market in applications such as paints adhesives diapers and detergents In 2011 OPXBIO began collaborating
with The Dow Chemical Company to develop an industrial-scale process for producing BioAcrylic OPXBIO anticipates
full commercialization of BioAcrylic within three to five years
20 DSM
Bio-based materials The DSM Innovation Center is currently developing a platform of bio-based performance materials Examples
include investment in the green-chemistry company Segetis an agreement with Novomer to develop the first green resin for coatings
and the launch of EcoPaXXtrade a bio-based high-performance engineering plastic polymer
Approximately 70 of EcoPaXXtrade consists of building blocks derived from castor oil ndash a renewable resource This results in a
carbon footprint of zero lsquofrom cradle to the DSM gatersquo Itrsquos a strong selling point in todayrsquos plastics market as well as being fully compatible
with our strategy of sustainable innovation
AS 30 maiores Empresas em Produtos Quiacutemicos Renovaacuteveis e Biomateriais (2011-12) ndash cont
21 Myriant
Biobased specialty chemicals are a reality today because of Myriants commitment to development of technology with direct
commercial applicability Our integrated approach which links RampD efforts with the business strategy throughout the value chain and
across key aspects of company operations has resulted in a novel biocatalyst platform with proven commercialization success a robust
product pipeline and an extensive intellectual property suite
22 Cosan
O aacutelcool etiacutelico ou etanol eacute produzido pela fermentaccedilatildeo da cana-de-accediluacutecar A Raiacutezen se destaca como uma das maiores produtoras de
etanol no paiacutes com produccedilatildeo anual de22 bilhotildees de litros Em linha com sua visatildeo de ser reconhecida globalmente pela
excelecircncia no desenvolvimento produccedilatildeo e comercializaccedilatildeo de energia sustentaacutevel investe no combustiacutevel de matriz limpa e renovaacutevel
com tecnologia e talento que satildeo referecircncia no Brasil e no mundo
23 Mascoma
Ethanolrsquos energy is derived from plants that in turn obtain their energy from the sun In this way ethanol acts as a means of storing solar
power in liquid form Cellulosic ethanol is ethanol that is obtained from the non-edible portion of plant material Cellulosic ethanol is
identical in composition and performance to ethanol derived from corn or sugar cane Cellulosic ethanol however has important
environmental economic and sustainability advantages over conventional sources due to its source and method of production
24 KiOR
KiOR has developed a proprietary technology platform to convert sustainable low-cost non-food biomass into a hydrocarbon-based
renewable crude oil Using standard refining equipment the company processes its renewable crude into gasoline and diesel blendstocks
that can utilize the existing transportation fuel infrastructure for use in vehicles on the road today
25 DuPont Danisco
DuPont is applying its deep knowledge and experience in crop technology microbiology bioprocessing and engineering to
enable proprietary cost-effective cellulosic ethanol solutions for the market At DuPont we believe that science-powered innovation
and collaboration are required to meet the food energy and protection challenges of unprecedented population growth Our cel lulosic
ethanol team is leading the way in advanced biofuels by developing comprehensive integrated solutions for a range of feedstocks and
designing innovative enzymes to accelerate the commercial production of cellulosic biofuels in markets across the world
AS 30 maiores Empresas em Produtos Quiacutemicos Renovaacuteveis e Biomateriais (2011-12) ndash cont
26 Virent
Virent is replacing crude oil by creating the chemicals and fuels the world demands through utilization of a wide variety of naturally
occurring renewable resources Our patented BioFormingreg technology features catalytic chemistry which converts plant-based sugars into
a full range of hydrocarbon productsidentical to those made from petroleum including gasoline diesel jet fuel and chemicals for plastics
and fibers Our products are ldquodrop-inrdquo replacements that enable full utilization of todayrsquos existing processing pipeline storage and
transportation infrastructure Virent produces its hydrocarbon chemicals and fuels from plant sugars in a few hours compared to the
millions of years required for petroleum
27 LanzaTech
LanzaTech is very much part of this new field of innovators and by challenging our preconceptions of waste and energy sources we see
a future where access to energy is universal
28 POET
POET devotes tremendous resources to developing cellulosic ethanol Every day our researchers work to make it more affordable
Weve invested heavily in cellulosic research over the past decade and we will invest much more as we begin construction on our first
commercial cellulosic ethanol plant in Emmetsburg Iowa which we anticipate will produce 25 million gallons per year
29 Metabolix
Metabolix is developing commercially viable chemicals from biobased sources as opposed to fossil fuels which produce the vast majority of
chemicals today
Today four carbon (C4) chemicals are produced from non-renewable fossil-based hydrocarbons and are used to make spandex fibers
polyurethanes engineering resins and personal care products
Biobased chemicals allow us to address the global market demand for products and processing that reduce fossil energy use and greenhouse
gas emissions
30 Honeywellrsquos UOP
In 2008 UOP and Ensyn Corporation created the joint venture Envergent Technologies
Envergent is focused on the conversion of forest and agricultural waste residues to a liquid renewable oil to generate renewable heat and power
We do this through the RTPregprocess or rapid thermal processing which has been in commercial operation for more than 25 years
The RTP process produces a clean burning minimal sulfur content biofuel that can be used for the generation of renewable heat and power It is
a cost-effective solution to reduce greenhouse gas emissions up to 90 compared to petroleum-based fuels
The process is scalable to meet the needs of diverse applications It has a relatively compact footprint due to its modular construction and is
feedstock-flexible in that RTP can be designed to process a wide variety of lignocellulosic feedstocks
For more information on the advantages of pyrolysis oil and our RTP technology please visit us atwwwEnvergentTechcom
InstitutosEmpresaOutros
Nacionais
Instituto Nacional de Tecnologia
Empresa Brasileira de Pesquisas Agropecuaacuterias
PetrobraacutesCENPES
Centro de Energias Alternativas e Meio Ambiente
Centro de Tecnologia Canavieira
Instituto de Pesquisa Tecnoloacutegica do Estado de Satildeo Paulo
Instituto Nacional de Pesquisas Espaciais
Centro Brasileiro de Pesquisas Fiacutesicas
Instituto Nacional de Pesquisas da Amazocircnia
Conselho de Desenvolvimento Cientifico e Tecnoloacutegico
CNEN
Museu Paraense Emilio Goeldi Paraacute
FIOCRUZ
Instituto Nacional do Cacircncer
Instituto Adolfo Lutz
TOTAL GERAL 15 instituiccedilotildees
Universidade Federal do Rio de Janeiro
InstitutosDepartamentos
Internacionais
National Renewable Energy Laboratories EUA
US Department of Agriculture Agricultural Research
Service (USDA ARS) EUA
Chinese Academy of Science China
Agriculture ampAgri Food Canada Canadaacute
Institut National de la Recherche Agronomique Franccedila
Consejo Superior de Investigaciones Cientificas (CSIC)
Espanha
Russian Academy of Science Ruacutessia
Indian Institute of Technology Iacutendia
Natural Renewable Energy Laboratory EUA
National Institute of Advanced Industrial Science and
Technology Japatildeo
Institute Francais du Petrole (IFP)
Polish Academy of Science Polocircnia
Indian Institute of Chemical Technology India
Max Planck Institut Alemanha
French National Institute for Agricultural Research (INRA)
Franccedila
Tokyo Institute of Technology Japatildeo
Centre National de la Recherche Scientifique (CNRS)
Franccedila
National Chemical Laboratory Iacutendia
National Institute of Advanced Industrial Science and
Technology Japatildeo
Korea Institute of Science amp Technology Coreacuteia do Sul
US Geology Survey EUA
Marine Biotechnology Institute Japatildeo
Korea Institute of Energy Research (KIER) Coreacuteia do Sul
Centre National de la Recherche Scientifique (CNRS)
Franccedila
Kamaishi Labs Marine Biotechnology Institute Japatildeo
Alfred Wegener Institute for Polar and Marine Research
Alemanha
Australian National University Austraacutelia
Chonbuk National University Coreacuteia do Sul
Centre de Recherche en Ecologie Marine et Aquaculture
(IFREMER) Franccedila
Mitsubishi Heavy Ind Ltd (Advanced Technoly Research
Centre) Japatildeo
Oak Ridge National Laboratory (ORNL) EUA
Research Institute of Innovative Technology for the Earth
(RITE) Japatildeo
Central Institute of Medicinal and Aromatic Plants Iacutendia
Consiglio Nazional delle Ricerche (CNR) Itaacutelia
NASA EUA
Beijing Yixintang Medicine Research Institute
TOTAL GERAL 36 instituiccedilotildees
Universidade Federal do Rio de Janeiro
Empresas Internacionais
Novozymes AS
Genencor Int Inc
Kao Corp
Novo Nordisk AS
Novozymes Inc
Novo-Nordisk AS
Henkel KGAA
Iogen Energy Corp
Danisco US Inc Genencor Division
Novozymes Biotech Inc
Novozymes North America Inc
Goedegebuur F
Midwest Research Institute
Du Pont De Nemours amp Co
Dunn- Coleman N
AE Biofuels EUA
Blue Fire Ethanol EUAJapatildeo
Chempolis Ou
Iogen
KL Energy
Lignol Energy
Sekab
Sun Opta
Verenium
Chevron USA Inc
Shell International Research Maatshappij BV
Exxon Mobil Res ampEng Co
Sasol Technology Pty Ltd
Shell Oil Co
Conoco Phillips Co
ENI Spa
Exxon Res amp Eng Co
Exxon Mobil Res amp Eng Co
Roquette Freres As
Basf AG
General Electric Co
Exxon Mobil Chem Patents Inc
LrsquoOreal SA
Basf SE
Bayer AG
Wellington SL
Vinegar HJ
Berchenko IE
Dow Global Technologies Inc
Degussa AG
Bayer Material Science AG
Samsung SDI Co Ltd
Stegemeir GL
Henkel KGAA
Zhang E
Ryan RC
Fowler TD
Rouffi gnac EPD
Universidade Federal do Rio de Janeiro
Council of Scientific and Industrial Research of India
Li Y
Ye M
Wang Y
Zhang L
Jiang J
Liu Y
Yin K
Jiang L
Syngenta Part AG
Novartis AG
Basf SE
Bayer Cropscience AG
Dow Corning Corporation
Genoptera LLC
Monsanto Technology
US Secretary of Agriculture
Bayer Cropscience GMBH
Toyota Jidosha KK
TOTAL GERAL 88 instituiccedilotildees
Empresas Internacionais
Fowler TD
Rouffi gnac EPD
Merck Patent GMBH
Procter amp Gamble Co
Yokohama Rubber Co Ltd
Colgate Palmolive
Bridgestone Corp
Henkel KGAA
Goodyear Tire amp Rubber Co
LG Electronics Inc 507
Matsushita Denki Sangyo KK
Toshiba KK
Canon KK
Hitachi Ltd
Mitsubshi Electric Co
Mitsubishi Jukogyo KK
Universidade Federal do Rio de Janeiro
CURSOS
Ofertados nas instituiccedilotildees de ensino nacionais ou internacionais
Introduccedilatildeo a Quiacutemica Verde
Quiacutemica Verde e Quiacutemica Sustentaacutevel
Engenharia Ecoloacutegica e Quiacutemica Verde
ldquoQuiacutemica Verde Fundamentos e Aplicaccedilotildeesrdquo
Quiacutemica Verde na Atualidade
A Quiacutemica Verde e o papel da cataacutelise no contexto da
Inovaccedilatildeo e do Desenvolvimento Tecnoloacutegico
Universidade Federal do Rio de Janeiro
Universidade Federal do Rio de Janeiro
FONTES CONSULTADAS
Quiacutemica verde no Brasil 2010 ndash 2030 Ediccedilatildeo revista e atualizada
Centro de Gestatildeo e Estudos Estrateacutegicos
Ciecircncia Tecnologia e Inovaccedilatildeo
httpwwwsciencedirectcom
httpwwwperiodicoscapesgovbr
LINHAS DE PESQUISA
Luiz Felipe Miranda de Jesus
Universidade Federal do Rio de Janeiro
Linhas de Pesquisa
Buscas Associadas
ldquoQuiacutemica Verderdquo
ldquoQuiacutemica Ambientalrdquo
ldquoQuiacutemica Sustentaacutevelrdquo
ldquoGreen Chemistryrdquo
ldquoQuiacutemica Verde PampDrdquo
ldquoGreen Chemistry RampDrdquo
ldquoUS Green Chemistryrdquo
ldquoEurope Green Chemistryrdquo
Universidade Federal do Rio de Janeiro
Linhas de Pesquisa
Principais Fontes
Identificaccedilatildeo de Instituiccedilotildees citadas em artigos e outras publicaccedilotildees
CAPES
CNPQ
ABQ
SBPC
Instituiccedilotildees de Fomento (FINEP FAPESPetc)
CGEE
MCT
Sites das Universidades
EPA
IUPAC
ACS
Green Chemistry Network
Royal Society of Chemistry
European Environment Agency
Universidade Federal do Rio de Janeiro
The Interuniversity National Consortium Chemistry for the Environment (INCA Consortium) Gathers 33 Italian universities and about 90 research units headquarters in Venezia and Roma Italy
NSF Science and Technology Center for Environmentally Responsible Solvents and Processes University of North Carolina Chapel Hill Queens University Ionic Liquid Laboratories (QUILL)
Queens University of Belfast The Clean Technology Research Group University of Nottingham The Green Chemistry Group (see below now called centre of excellence)
University of York Centre for Green Chemistry University of Monash Centre for Green Manufacturing University of Alabama Chemical Process Engineering Research Institute Centre for Research amp Technology University of Leicester (UK) Leicester Green Chemistry Group
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
University of Leeds (UK) Leeds Cleaner Synthesis Group Institute of Applied Catalysis (UK) A research network for catalysis Carnegie Mellon University (USA) Institute for Green Oxidation Chemistry Institute for a Sustainable Environment (USA) University of Oregon Center for Sustainable and Green Chemistry (DEN) httpwwwcsgdtudk Green Chemistry Centre of Excellence (UK) httpwwwyorkacukresgcgsiteindexhtm Center for Green Chemistry at UMass Boston (US) httpwwwgreenchemistryumbedu Center for Green Chemistry at UMass Lowell (US) httpwwwgreenchemistryumledu University of Notre Dame Energy Centre (USA) httpwwwndedu~ndenergy Goumlteborg Universitys Centre for Environment and Sustainability (SWE) httpwwwchalmerssegmvEN
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
MSc in Green Chemistry and Sustainable Industrial Technology
Department of Chemistry at the University of York
Master en Quimica Sostenible
Faculty of Sciences at the University of Zaragoza
MSc in Green Chemistry Energy and the Environment
Imperical College London
MSc in Chemical Research (Green Chemistry with Industry)
CTA funding to the University of Leicester
1st year Master of Science Chemistry Specializing in Green Chemistry
University Louis Pasteur (Strasbourg I)
Master of Chemistry and EST
Universiteacute de Savoie
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
Schools with Green Chemistry Programs
United States
Eastern Connecticut
Yale University
Massachusetts
Bridgewater State College
Gordon College
University of Massachusetts Boston
University of Massachusetts Lowell Center for Green Chemistry
Pennsylvania
Carnegie Mellon Institute for Green Oxidation Chemistry
University of Scranton
Arkansas
Hendrix College (green organic chemistry)
Illinois
University of Illinois-Urbana-Champaign
Minnesota
St Olaf College
Alabama
University of Alabama
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
Linhas de Pesquisa California
Berkeley Center for Green Chemistry
UC Berkeley Extension
Colorado
Colorado School of Mines
Oregon
University of Oregon
Schools with Green Chemistry Programs - International
Australia
Monash University Centre for Green Chemistry
Murdoch University Sustainable ChemistryGreen Chemistry
Netherlands
Delft University of Technology Biocatalysis and Organic Chemistry
Italy
Interuniversity Consortium Chemistry for the Environment (INCA)
Universidade Federal do Rio de Janeiro
Northern Ireland
Queens University of Belfast Ionic Liquid Laboratories
Spain
Institute of Science and Technology (IUCT)
Green Chemistry Network of Spain (REDQS - Red Espantildeola de Quiacutemica Sostenible)
Sweden
Centre for Environment and Sustainability - Chalmers University of
TechnologyGoumlteborg University
United Kingdom
Green Chemistry Centre of Excellence at York
University of Leicester Green Chemistry Group
University of Nottingham Green and Analytical Chemistry
Brazil
Universidade do Vale do Itajaiacute Center for Technological Earth and Sea Sciences
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
Linhas de Pesquisa
Observaccedilotildees
Poucos programas especiacuteficos em ldquoQuiacutemica Verderdquo
Perfil multidisciplinar
Descriccedilatildeo de diversas linhas abrange somente um ou
alguns dos princiacutepios da ldquoQuiacutemica Verderdquo
Associaccedilatildeo inadequada ao tema
Necessidade de ampliaccedilatildeo de escopo
Movimento inicial de fomento aos projetos na aacuterea
Universidade Federal do Rio de Janeiro
CONGRESSOS E OUTROS SITES
Natasha Kelber
Universidade Federal do Rio de Janeiro
Universidade Federal do Rio de Janeiro
CONGRESSOS NACIONAIS
5ordm Simpoacutesio Nacional de Biocombustiacuteveis ndash BIOCOM ndash 14 a15Abril2012 ndash Canoas
RS
4ordf Escola de Quiacutemica Verde - JaneiroFevereiro2012 - Satildeo Paulo SP
VII Congresso Brasileiro de Biosseguranccedila - 19-23Setembro2011 - Joinville SC
II Semana de Biotecnologia Industrial - 20-22Outubro2010 - Lorena SP
5ordm Congresso Internacional de Bioenergia - 10-13Agosto2010 - Curitiba PR
II Semana de Biotecnologia Industrial - Julho2009 - Lorena SP
VI Congresso Brasileiro de Biosseguranccedila
VI Simpoacutesio Latino-Americano de Produtos Biotecnoloacutegicos
I Simpoacutesio Internacional de Biosseguridade e Pesquisa de Duplo Uso
I Feira de Equipamentos e Dispositivos de Biosseguranccedila ndash 22-25 Setembro2009 -
Rio de Janeiro RJ
1ordm Encontro Franco-Brasileiro de Quiacutemica Verde - 11 a 13Outubro2011
Universidade Federal do Rio de Janeiro
CONGRESSOS INTERNACIONAIS
3nd Brazilian Conference on Natural Products - 29Outubro-02Novembro2011 -
Ouro Preto MG
Biodiesel Congress - 27-29Julho2011 - Satildeo Paulo SP
IGCW 2011 Industrial Green Chemistry World Symposium amp Expo - December 4-6
2011 - Mumbai Iacutendia
3rd Asia-Oceania Conference on Green and Sustainable Chemistry (AOC-3) -
December 4-7 2011 - Melbourne Austraacutelia
3rd International Congress on Green Process Engineering - December 6-8 2011 -
Kuala Lumpur Malaysia
Minnesota Green Chemistry Conference - January 26 2012 - Minneapolis MN
The Asian Conference on Sustainability Energy amp the Environment - May 3-6 2012 -
Osaka Japan
16th Annual Green Chemistry amp Engineering Conference - June 18-20 2012 -
Washington DC
Gordon Research Seminar and Conference on Green Chemistry - July 21-27 2012 -
Lucca (Barga) Italy
4th International IUPAC Conference on Green Chemistry - August 25-29 2012 - Foz
do IguaccediluPR Brazil
Universidade Federal do Rio de Janeiro
OUTROS SITES
httpportalacsorgportalacscorgcontent_nfpb=trueamp_pageLabel=PP_SUPERAR
TICLEampnode_id=1401ampuse_sec=falseampsec_url_var=region1amp__uuid=6e2273c5-5e7f-
4c7b-8931-530d244f1650P15_704
httpwwwcleanproductionorgGreenphp
wwwrscorgMembershipNetworkingInternationalActivitiesPanAfricaindexasp
httpwwworganic-chemistryorgtopicsgreen-chemistryshtm
httpagenciafapespbr12992
httpacademicscrantonedufacultycannm1greenchemistryporthtml
httpwwwabqorgbrsimpequi2010trabalhos122-7744htm
httpbrlinkedincominquimicaverde
httpwwwcinprorgbrFreeComponent10435content149251shtml
httpquiverdeblogspotcom201006os-12-principios-da-quimica-verdehtml
httpwwwufpeltchebriqgwwverde
httpwwwbrasilescolacomquimicaprincipios-quimica-verdehtm
httpwwwsustentabilidaderesultadoscombrgreen-chemistry-a-sustainable-
opportunity
httpwwwgreenchemistrynetworkorg
httpwwwepagovgreenchemistry
PUBLICACcedilOtildeES E PERIOacuteDICOS
Renato Soares
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS
Base de Dados
Royal Society of Chemistry (30)
SpringerLink (MetaPress) (30)
Wiley Online Library (30)
ACS Journals Search (30)
Nature (NPG) (30)
Science (AAAS) (30)
IOPscience (Institute of Phsics) (30)
Oxford Journals (Oxford University Press) (30)
ScienceDirect (Elsevier) (30)
Annual Reviews (29)
AIP Scitation ndash American Institute of Physics (28)
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS
Annual Review of Biochemistry (6)
Scientific American (5)
Ecological Indicators (5)
Green Chemistry Educat (4)
Nature Chemistry (4)
J Chem Educ (3)
Autobiographies by Nob (3)
J Appl Phys (3)
Food Hydrocolloids (3)
Chem Soc Rev (2)
Annual Review of Environment and Resources (2)
J Am Chem Soc (2)
The Excitement and Fascination of Science (2)
Environmental Science and Pollution Research (2)
Universidade Federal do Rio de Janeiro
COLECcedilOtildeES E TEXTOS
Murilo Alves
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS REVISTAS E JORNAIS CIENTIacuteFICOS Revistas Cientiacuteficas com conteuacutedos sobre ensino de ciecircnciasquiacutemica e
quiacutemica verde
O primeiro artigo que atendeu aos criteacuterios adotados
neste trabalho e cujo tiacutetulo conteacutem a expressatildeo Green Chemistry (Quiacutemica Verde) - Design for the
environment and Green Chemistry the heart and soul
of industrial ecology - foi publicado em 1997
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS REVISTAS E JORNAIS CIENTIacuteFICOS Revistas Cientiacuteficas com conteuacutedos sobre ensino de ciecircnciasquiacutemica e
quiacutemica verde
Revista Quiacutemica Nova na Escola - QNEsc A Revista Quiacutemica Nova na Escola (QNEsc) com uma periodicidade trimestral propotildee-se a subsidiar o trabalho a formaccedilatildeo e a atualizaccedilatildeo da comunidade do Ensino de Quiacutemica brasileiro QNEsc integra-se agrave linha editorial da Sociedade Brasileira de Quiacutemica que publica tambeacutem a revista Quiacutemica Nova e o Journal of the Brazillian Chemical Society Quiacutemica Nova na Escola eacute um espaccedilo aberto ao educador suscitando debates e reflexotildees sobre o ensino e a aprendizagem de quiacutemica Assim contribui para a tarefa fundamental de formar verdadeiros cidadatildeos Nesse sentido a Divisatildeo de Ensino disponibiliza neste portal na iacutentegra e de forma totalmente gratuita todos os artigos publicados no formato PDF Estatildeo disponiacuteveis tambeacutem os Cadernos Temaacuteticos publicados desde 2001 pela Divisatildeo de Ensino
Green Chemistry - Journal Jornal publicado pela Royal Society of Chemistry - RCS que se apresenta como um espaccedilo para publicaccedilatildeo sobre
pesquisas de ponta no desenvolvimento de tecnologias alternativas sustentaacuteveis
Green Green - revista italiana do Consoacutercio Interuniversitaacuterio Quiacutemica Nacional do Meio Ambiente (INCA) em colaboraccedilatildeo com a Sociedade Quiacutemica Italiana (SCI) 1 5 ACS Publications A Divisatildeo de Publicaccedilotildees da Sociedade Americana de Quiacutemica (American Chemical Society - ACS) oferece a comunidade cientiacutefica mundial uma coleccedilatildeo abrangente dos perioacutedicos mais citados revisados por pares em ciecircncias quiacutemicas e afins
Universidade Federal do Rio de Janeiro
Universidade Federal do Rio de Janeiro
FONTES CONSULTADAS
httpwwwqmcufscbrgieqindexphplinkshtml
httpwwwperiodicoscapesgovbr
httpwwwscielocom
Organizaccediloes - 100 maiores empresas em Bioenergia 2011-12 Referencia Biofuels Digest online publication
November 9 2011 author Jim Lane
1 Solazyme
2 Amyris
3 Gevo
4 POET
5 LS9
6 Novozymes
7 Enerkem
8 LanzaTech
9 UOP
10 ZeaChem
11 Codexis
12 Abengoa Bioenergy
13 KiOR
14 Virent Energy Systems
15 Sapphire Energy
16 Ceres
17 Coskata
18 DuPont Cellulosic
19 Terrabon
20 Mascoma
21 Cobalt Technologies
22 Petrobras
23 Joule Unlimited
24 BP Biofuels
25 Neste
26 Waste Management
27 Rentech
28 Qteros
29 INEOS Bio
30 Genencor
31 Genomatica
32 Shell
33 Synthetic Genomics
34 Chemtex
100 maiores empresas em Bioenergia 2011-12 Referencia Biofuels Digest online publication November 9 2011
author Jim Lane
35 Algenol
36 Elevance Renewable Sciences
37 OriginOil
38 SG Biofuels
39 Cosan
40 HCL CleanTech
41 Fulcrum Bioenergy
42 Cargill
43 Chevron
44 Bluefire Renewables
45 Dynamic Fuels
46 Mendel
47 OPX Biotechnologies
48 Inbicon
49 Renmatix
50 Monsanto
51 Butamax
52 Iogen
53 DuPont
54 Verenium
55 PetroAlgae
56 DSM
57 ExxonMobil
58 Envergent
59 Aurora Algae
60 Syngenta
61 Praj Industries
62 Phycal
63 Renewable Energy Group
64 Clear Fuels Technology
65 ArborGen
66 KL Energy
67 Solix Biofuels
100 maiores empresas em Bioenergia 2011-12 Referencia Biofuels Digest online publication November 9 2011
author Jim Lane
68 Catchlight Energy
69 Dyadic
70 AE Biofuels
71 Myriant
72 EdeniQ
73 Avantium
74 Propel Fuels
75 GlycosBio
76 ETH Bioenergia
77 Chemrec
78 Ensyn
79 Green Plains Renewable Energy
80 Range Fuels
81 Bioprocess Algae
82 SynGest
83 TMO Renewables
84 Chromatin
85 Blue Marble Biomaterials
86 Genera Energy
87 ICM
88 Albemarle
89 Lignol
90 Raizen
91 Verdezyne
92 Greenfuel Ethanol
93 Atlantic Biomass Conversions
94 Pacific Ethanol
95 Dong Energy
96 SEKAB
97 Borregaard Industries
98 Dynamotive
99 Allard Research
100 Targeted Growth
E onde entra a Quiacutemica Verde em todo esse raciociacutenio loacutegico
Claro estaacute que os leitores jaacute comeccedilaram a correlacionar as medidas de reduccedilatildeo
de custos de produccedilatildeo com os 12 Princiacutepios da Quiacutemica Verde senatildeo vejamos
Reduzir custo de produccedilatildeo eacute aumentar os rendimentos dos processos
evitando-se assim a geraccedilatildeo de resiacuteduos e de subprodutos indesejaacuteveis e as
necessidades e custos de tratamento de resiacuteduos em especial quando se trata de
resiacuteduos toacutexicos Os controles dos processos em tempo real antes da formaccedilatildeo
de substancias perigosas e de subprodutos indesejaacuteveis tambeacutem ajudam a
aumentar a eficiecircncia dos processos e por consequecircncia a reduccedilatildeo dos custos de
produccedilatildeo Aleacutem disso a alternativa de uso de mateacuteria prima renovaacutevel para ajudar
na reduccedilatildeo de custos aleacutem de contribuir com o meio ambiente apresenta-se
cada vez mais promissora nas negociaccedilotildees junto aos fornecedores atuais
Mais um princiacutepio da quiacutemica verde o seacutetimo pode e deve ser cada vez mais
usado na gestatildeo das empresas Seraacute que a sua empresa natildeo deveria ser como a
maioria dos carros nacionais flex Que tal ser uma EMPRESA FLEX Imagine se
na hora de comprar mateacuteria prima voce pudesse optar entre mateacuteria prima
convencional derivada do petroacuteleo ou de fonte renovaacutevel pela que produzisse
melhor margem operacional naquele momento do mercado Pense em como
seria maior a sua capacidade de negociaccedilatildeo junto aos seus fornecedores atuais
Aleacutem disso produzir a menores pressotildees e temperaturas e sem usar solventes eacute
reduzir custo de investimentos e de recuperaccedilatildeo aumento consequente nas
margens e reduccedilatildeo do CAPEX necessaacuterio
Pelo acima exposto e com a responsabilidade que tenho como
Reestruturador de Empresas e alavancador de resultados acredito que daqui em
diante a boa gestatildeo de empresas necessitaraacute de gestores cada vez mais
capacitados e natildeo falo apenas das empresas quiacutemicas falo das empresas em
geral precisaremos de GESTORES SUSTENTAacuteVEIS e a Escola Brasileira de
Quiacutemica Verde poderaacute contribuir muito com a formaccedilatildeo desses novos
profissionais que teratildeo desafios mais abrangentes e complementares natildeo
somente nas aacutereas mais teacutecnicas como tambeacutem em todas as aacutereas de gestatildeo de
empresas
Claro estaacute que para um gestor de visatildeo de curto prazo que a Gestatildeo
Sustentaacutevel possa parecer mais onerosa poreacutem a visatildeo contributiva do bom
gestor a meacutedio e a longo prazo segundo e segundo Warren Buffet o bom gestor
deve fazer aumentar o valor da empresa e este descontado num fluxo de
ldquovaluationrdquo normalmente usado nos processos de compra e venda de empresas
deve evitar quaisquer ldquoliabilitiesrdquotais como passivos ambientais passivos
trabalhistas e tributaacuterios que possam vir a ser deduzidos do valor de venda de
uma empresa no momento da negociaccedilatildeo
A Gestatildeo Sustentaacutevel deixa de ser algo acadecircmico e de preocupaccedilatildeo apenas
com o meio ambiente e passa a fazer parte do patrimocircnio das empresas e de
suas avaliaccedilotildees quando das apresentaccedilotildees de seus balanccedilos Empresas geridas
com sustentabilidade valem mais natildeo soacute as empresas quiacutemicas volto a dizer
todo e qualquer tipo de empresa
Apenas para exemplificar jaacute identificamos mais de 100 empresas no mundo
todo que trabalham com a utilizaccedilatildeo de mateacuterias primas renovaacuteveis para
combustiacuteveis e outras 30 empresas que jaacute possuem derivados quiacutemicos de
fontes renovaacuteveis e economicamente viaacuteveis
No Brasil temos a Petrobras a Braskem e o grande exemplo do aacutelcool
combustiacutevel e fonte para produtos alcoolquiacutemicos totalmente viabilizados e
exemplo para todo o mundo
Produccedilatildeo amp
Destribuiccedilatildeo
Custo de Aprovisionamento
Metodologia para comparaccedilatildeo de Cadeia de Valores (ALGORITMO)
BASES COMPARATIVAS
Os custos de produtos de mateacuterias primas renovaacuteveis devem ser iguais ou menores do que os
custos de produtos similares de mateacuterias primas petroquiacutemicas
CPMPR = CPMPP
OS CUSTOS DAS CADEIAS DE VALORES DEVEM SER SIMILARES E APRESENTAREM A
MESMA COMPETIVIDADE DE CUSTOS NOS MERCADOS ALVOS DESSES PRODUTOS OU
DE SUAS APLICACcedilOES NO LONGO PRAZO E COM FLUTUACcedilOES DE CUSTOS
ASSIMILAacuteVEIS PELOS MERCADOS DE APLICACcedilAO DESSES PRODUTOS AS
SAZONALIDADES DOS MERCADOS AGRO DEVEM SER COMPENSADAS POR ESTOQUES
REGULADORES E OS CUSTOS DE MANUTENCcedilAO DE TAIS ESTOQUES DEVEM SER
LEVADOS EM CONSIDERACcedilAO NAS ANAacuteLISES DE COMPETITIVIDADES DE CUSTOS DOS
PRODUTOS DE MATEacuteRIAS PRIMAS RENOVAacuteVEIS E DE SEUS SIMILARES
PETROQUIacuteMICOS
CCVR lt= CCVP
Universidade Federal do Rio de Janeiro
EXEMPLOS DE NEGOacuteCIOS SUSTENTAacuteVEIS
1 Biorrefinarias
2 Produccedilatildeo de Etanol
3 Rota Bioquiacutemica
4 Termoquiacutemica
5 Sucroquiacutemica
6 Conversatildeo de CO2 por microalgas
7 Fitoteraacutepicos
8 Biopesticidas de Origem Vegetal
9 Aromas Fragracircncias e Oacuteleos Essenciais
10Fitoquiacutemica
11Energias Renovaacuteveis
12 Produccedilatildeo Bioloacutegica de Hidrogecircnio
MP renovaacutevel
Transporte MP
Lavagem Moagem
Unidade de fermentaccedilatildeo
Destilaccedilatildeo
Controle de qualidade e
estocagem de agravelcool
Transporte do aacutelcool
(caminhotildees)
Estoque de agravelcool nos
clientes
MP Petroquiacutemica
Transporte do MP
Craqueamento Separaccedilatildeo
Estocagem do eteno
Transporte Tubovias
Hidrataccedilatildeo
Transporte Etanol
Tubovias ou caminhotildees
Estoque nos clientes
Etanol de
cana de
accedilucar
Etanol
Petroquiacutemico
Cana de
accedilucar
Caminhotildees
Bagaccedilo Cogeraccedilatildeo de vapor
energia eletrica
Tubovias
Co produtos
Propeno
Buteno
Outros
Nafta
MP renovaacutevel
Transporte MP
Estoque Etanol
Unidade de aldeido aceacutetico
Unidade produccedilatildeo
ac aceacutetico Destilaccedilatildeo
Transporte de ac
aceacutetico
Estoque de Ac Aceacutetico nos clientes
MP Gaacutes natural
C O Carboxilaccedilatildeo Unidade de remoccedilatildeo de
Leves
Controle de qualidade
Estoque de aacutecido
aceacutetico
Transporte de Ac aceacutetico
Estoque de ac Aceacutetico nos clientes
Aacutecido Aceacutetico
Alcool
Quiacutemico
Aacutecido aceacutetico
a partir do
metanol
Etanol
Caminhotildees
Caminhotildees
Gaacutes natural
Metanol
Off - gas
Caminhotildees
MP renovaacutevel
Transporte MP
Lavagem Moagem
Unidade de fermentaccedilatildeo
Destilaccedilatildeo
Controle de qualidade e
estocagem de agravelcool
Transporte do aacutelcool
(caminhotildees)
Estoque de agravelcool nos
clientes
MP Petroquiacutemica
Transporte do MP
Craqueamento Separaccedilatildeo
Estocagem do eteno
Etanol de
cana de
accedilucar
Eteno
Petroquiacutemico
Cana de
accedilucar
Caminhotildees
Bagaccedilo Cogeraccedilatildeo de vapor
energia eletrica
Tubovias Co produtos
Propeno
Buteno
Outros
Nafta
MP renovaacutevel
Transporte MP
Estoque Etanol
Desidrataccedilatildeo Estoque Eteno
Etanol Caminhotildees
Eteno Alcool
Quiacutemico
Outros Sites AS 30 maiores Empresas em Produtos Quiacutemicos Renovaacuteveis e Biomateriais
(2011-12) Referencias Biofuels Digest ndashe sites das empresas
1 Genomatica
We develop our processes using our proprietary biotechnology platform The resulting processes can convert multiple renewable
feedstocks into numerous existing chemicals that meet industry specifications for large established markets
2 Solazyme
Solazymes proprietary biotechnology platform creates renewable oils by harnessing microalgaes prolific oil production capabilities
Through world-class molecular biology and chemical engineering capabilities were able to cost-effectively produce high-value tailored oils
3 Amyris
The basis of our production is a well-established fermentation process that uses our genetically-engineered yeast strains to convert
the sugar source into target molecules such as farnesene
4 Gevo
We plan to produce isobutanol a versatile platform chemical for the liquid fuels and petrochemical market
5 LS9
LS9rsquos industrial biotechnology platform converts diverse renewable feedstocks to drop-in fuel and chemical products
6 Dupont
Through DuPont innovation key building blocks for many of the materials we use every day can now be derived from renewable
resources mdash creating a much smaller environmental footprint than their petroleum-based predecessors with no compromise in performance
7 Codexis
Products and technology from Codexis can help the chemicals industry reduce supply chain volatility replace petroleum-based
environmentally sensitive raw materials with plentiful biomass and gain a competitive advantage in the marketplace
AS 30 maiores Empresas em Produtos Quiacutemicos Renovaacuteveis e Biomateriais (2011-12) ndash cont
8 Genencor
As a leader in the development of renewable alternatives for petroleum-based chemicals and fuels Genencor is helping to build the road
towards a more sustainable future
9 Novozymes
A number of technologies are involved in these steps and this part of ldquoOur technologyrdquo gives you an understanding of how these
technologies are employed in the work of researchers at Novozymes
10 ZeaChem
ZeaChem Inc has developed a cellulose-based biorefinery platform capable of producing advanced ethanol fuels and chemicals
Our indirect approach leapfrogs the yield and carbon dioxide (CO2) problems associated with traditional and cellulosic based processes
11 Cargill
Cargillrsquos range of nature-based products are suited to a number of industrial applications and markets We offer a growing number
of products derived from renewable sources designed to replace or offset non-renewable ingredients
12 Cobalt Technologies
Cobalts technology features a continuous process to efficiently convert diverse low cost feedstocks ndash beginning with bagasse and
waste wood ndash into biobutanol
13 Waste Management
Thatrsquos why Waste Management makes such a good fit Our mission is to bring you professional dependable services and innovative
solutions that create value for you ndash and a better future for us all
14 Ceres
Our technology platforms are helping make biofuels bio-based chemicals and biopower more economical and scalable It starts with
improving the crops themselves a process as old as farming but now coupled with the latest genomics-based breakthroughs
AS 30 maiores Empresas em Produtos Quiacutemicos Renovaacuteveis e Biomateriais (2011-12) ndash cont
15 Elevance Renewable Sciences
As the leader in transforming natural renewable oils into high-performing specialty products and materials Elevance is uniquely
positioned to meet consumer demand in a market exceeding $100 billion annually in these segments
Performance waxesNature Wax productsPersonal care productsDetergents and cleanersAntimicrobials
16 Dow Chemical
At Dow we are already creating solutions for a more sustainable future by helping develop paints that scrub the formaldehyde
from the air designing intelligent packaging that keeps food fresher longer and communicates its condition as well as more efficient
batteries to power vehicles
17 Enerkem
Chemicals used to make thousands of industrial and consumer products have traditionally been derived from fossil fuels such as petroleum
With an innovative process that uses waste and residues instead of fossil fuels Enerkem helps meet the increasing demand for greener
everyday products
18 Coskata
Coskata is a biology-based renewable energy company whose low-cost platform technology allows for the production of fuels and
chemicals from a variety of input material (including biomass agricultural and municipal wastes and other carbonaceous material)
Using proprietary microorganisms and patented bioreactor designs we are ready today to produce feedstock flexible ethanol
to fuel energy security economic growth and environmental sustainability
19 OPX Biotechnologies
OPXBIO developed and piloted the microbe and process that will produce its first biochemical product ndash BioAcrylic ndash at 30 to 50
percent lower cost and a 75 percent reduction in greenhouse gas emissions over current petrol-based acrylic Todayrsquos petro-acrylic has
an $10 billion global market in applications such as paints adhesives diapers and detergents In 2011 OPXBIO began collaborating
with The Dow Chemical Company to develop an industrial-scale process for producing BioAcrylic OPXBIO anticipates
full commercialization of BioAcrylic within three to five years
20 DSM
Bio-based materials The DSM Innovation Center is currently developing a platform of bio-based performance materials Examples
include investment in the green-chemistry company Segetis an agreement with Novomer to develop the first green resin for coatings
and the launch of EcoPaXXtrade a bio-based high-performance engineering plastic polymer
Approximately 70 of EcoPaXXtrade consists of building blocks derived from castor oil ndash a renewable resource This results in a
carbon footprint of zero lsquofrom cradle to the DSM gatersquo Itrsquos a strong selling point in todayrsquos plastics market as well as being fully compatible
with our strategy of sustainable innovation
AS 30 maiores Empresas em Produtos Quiacutemicos Renovaacuteveis e Biomateriais (2011-12) ndash cont
21 Myriant
Biobased specialty chemicals are a reality today because of Myriants commitment to development of technology with direct
commercial applicability Our integrated approach which links RampD efforts with the business strategy throughout the value chain and
across key aspects of company operations has resulted in a novel biocatalyst platform with proven commercialization success a robust
product pipeline and an extensive intellectual property suite
22 Cosan
O aacutelcool etiacutelico ou etanol eacute produzido pela fermentaccedilatildeo da cana-de-accediluacutecar A Raiacutezen se destaca como uma das maiores produtoras de
etanol no paiacutes com produccedilatildeo anual de22 bilhotildees de litros Em linha com sua visatildeo de ser reconhecida globalmente pela
excelecircncia no desenvolvimento produccedilatildeo e comercializaccedilatildeo de energia sustentaacutevel investe no combustiacutevel de matriz limpa e renovaacutevel
com tecnologia e talento que satildeo referecircncia no Brasil e no mundo
23 Mascoma
Ethanolrsquos energy is derived from plants that in turn obtain their energy from the sun In this way ethanol acts as a means of storing solar
power in liquid form Cellulosic ethanol is ethanol that is obtained from the non-edible portion of plant material Cellulosic ethanol is
identical in composition and performance to ethanol derived from corn or sugar cane Cellulosic ethanol however has important
environmental economic and sustainability advantages over conventional sources due to its source and method of production
24 KiOR
KiOR has developed a proprietary technology platform to convert sustainable low-cost non-food biomass into a hydrocarbon-based
renewable crude oil Using standard refining equipment the company processes its renewable crude into gasoline and diesel blendstocks
that can utilize the existing transportation fuel infrastructure for use in vehicles on the road today
25 DuPont Danisco
DuPont is applying its deep knowledge and experience in crop technology microbiology bioprocessing and engineering to
enable proprietary cost-effective cellulosic ethanol solutions for the market At DuPont we believe that science-powered innovation
and collaboration are required to meet the food energy and protection challenges of unprecedented population growth Our cel lulosic
ethanol team is leading the way in advanced biofuels by developing comprehensive integrated solutions for a range of feedstocks and
designing innovative enzymes to accelerate the commercial production of cellulosic biofuels in markets across the world
AS 30 maiores Empresas em Produtos Quiacutemicos Renovaacuteveis e Biomateriais (2011-12) ndash cont
26 Virent
Virent is replacing crude oil by creating the chemicals and fuels the world demands through utilization of a wide variety of naturally
occurring renewable resources Our patented BioFormingreg technology features catalytic chemistry which converts plant-based sugars into
a full range of hydrocarbon productsidentical to those made from petroleum including gasoline diesel jet fuel and chemicals for plastics
and fibers Our products are ldquodrop-inrdquo replacements that enable full utilization of todayrsquos existing processing pipeline storage and
transportation infrastructure Virent produces its hydrocarbon chemicals and fuels from plant sugars in a few hours compared to the
millions of years required for petroleum
27 LanzaTech
LanzaTech is very much part of this new field of innovators and by challenging our preconceptions of waste and energy sources we see
a future where access to energy is universal
28 POET
POET devotes tremendous resources to developing cellulosic ethanol Every day our researchers work to make it more affordable
Weve invested heavily in cellulosic research over the past decade and we will invest much more as we begin construction on our first
commercial cellulosic ethanol plant in Emmetsburg Iowa which we anticipate will produce 25 million gallons per year
29 Metabolix
Metabolix is developing commercially viable chemicals from biobased sources as opposed to fossil fuels which produce the vast majority of
chemicals today
Today four carbon (C4) chemicals are produced from non-renewable fossil-based hydrocarbons and are used to make spandex fibers
polyurethanes engineering resins and personal care products
Biobased chemicals allow us to address the global market demand for products and processing that reduce fossil energy use and greenhouse
gas emissions
30 Honeywellrsquos UOP
In 2008 UOP and Ensyn Corporation created the joint venture Envergent Technologies
Envergent is focused on the conversion of forest and agricultural waste residues to a liquid renewable oil to generate renewable heat and power
We do this through the RTPregprocess or rapid thermal processing which has been in commercial operation for more than 25 years
The RTP process produces a clean burning minimal sulfur content biofuel that can be used for the generation of renewable heat and power It is
a cost-effective solution to reduce greenhouse gas emissions up to 90 compared to petroleum-based fuels
The process is scalable to meet the needs of diverse applications It has a relatively compact footprint due to its modular construction and is
feedstock-flexible in that RTP can be designed to process a wide variety of lignocellulosic feedstocks
For more information on the advantages of pyrolysis oil and our RTP technology please visit us atwwwEnvergentTechcom
InstitutosEmpresaOutros
Nacionais
Instituto Nacional de Tecnologia
Empresa Brasileira de Pesquisas Agropecuaacuterias
PetrobraacutesCENPES
Centro de Energias Alternativas e Meio Ambiente
Centro de Tecnologia Canavieira
Instituto de Pesquisa Tecnoloacutegica do Estado de Satildeo Paulo
Instituto Nacional de Pesquisas Espaciais
Centro Brasileiro de Pesquisas Fiacutesicas
Instituto Nacional de Pesquisas da Amazocircnia
Conselho de Desenvolvimento Cientifico e Tecnoloacutegico
CNEN
Museu Paraense Emilio Goeldi Paraacute
FIOCRUZ
Instituto Nacional do Cacircncer
Instituto Adolfo Lutz
TOTAL GERAL 15 instituiccedilotildees
Universidade Federal do Rio de Janeiro
InstitutosDepartamentos
Internacionais
National Renewable Energy Laboratories EUA
US Department of Agriculture Agricultural Research
Service (USDA ARS) EUA
Chinese Academy of Science China
Agriculture ampAgri Food Canada Canadaacute
Institut National de la Recherche Agronomique Franccedila
Consejo Superior de Investigaciones Cientificas (CSIC)
Espanha
Russian Academy of Science Ruacutessia
Indian Institute of Technology Iacutendia
Natural Renewable Energy Laboratory EUA
National Institute of Advanced Industrial Science and
Technology Japatildeo
Institute Francais du Petrole (IFP)
Polish Academy of Science Polocircnia
Indian Institute of Chemical Technology India
Max Planck Institut Alemanha
French National Institute for Agricultural Research (INRA)
Franccedila
Tokyo Institute of Technology Japatildeo
Centre National de la Recherche Scientifique (CNRS)
Franccedila
National Chemical Laboratory Iacutendia
National Institute of Advanced Industrial Science and
Technology Japatildeo
Korea Institute of Science amp Technology Coreacuteia do Sul
US Geology Survey EUA
Marine Biotechnology Institute Japatildeo
Korea Institute of Energy Research (KIER) Coreacuteia do Sul
Centre National de la Recherche Scientifique (CNRS)
Franccedila
Kamaishi Labs Marine Biotechnology Institute Japatildeo
Alfred Wegener Institute for Polar and Marine Research
Alemanha
Australian National University Austraacutelia
Chonbuk National University Coreacuteia do Sul
Centre de Recherche en Ecologie Marine et Aquaculture
(IFREMER) Franccedila
Mitsubishi Heavy Ind Ltd (Advanced Technoly Research
Centre) Japatildeo
Oak Ridge National Laboratory (ORNL) EUA
Research Institute of Innovative Technology for the Earth
(RITE) Japatildeo
Central Institute of Medicinal and Aromatic Plants Iacutendia
Consiglio Nazional delle Ricerche (CNR) Itaacutelia
NASA EUA
Beijing Yixintang Medicine Research Institute
TOTAL GERAL 36 instituiccedilotildees
Universidade Federal do Rio de Janeiro
Empresas Internacionais
Novozymes AS
Genencor Int Inc
Kao Corp
Novo Nordisk AS
Novozymes Inc
Novo-Nordisk AS
Henkel KGAA
Iogen Energy Corp
Danisco US Inc Genencor Division
Novozymes Biotech Inc
Novozymes North America Inc
Goedegebuur F
Midwest Research Institute
Du Pont De Nemours amp Co
Dunn- Coleman N
AE Biofuels EUA
Blue Fire Ethanol EUAJapatildeo
Chempolis Ou
Iogen
KL Energy
Lignol Energy
Sekab
Sun Opta
Verenium
Chevron USA Inc
Shell International Research Maatshappij BV
Exxon Mobil Res ampEng Co
Sasol Technology Pty Ltd
Shell Oil Co
Conoco Phillips Co
ENI Spa
Exxon Res amp Eng Co
Exxon Mobil Res amp Eng Co
Roquette Freres As
Basf AG
General Electric Co
Exxon Mobil Chem Patents Inc
LrsquoOreal SA
Basf SE
Bayer AG
Wellington SL
Vinegar HJ
Berchenko IE
Dow Global Technologies Inc
Degussa AG
Bayer Material Science AG
Samsung SDI Co Ltd
Stegemeir GL
Henkel KGAA
Zhang E
Ryan RC
Fowler TD
Rouffi gnac EPD
Universidade Federal do Rio de Janeiro
Council of Scientific and Industrial Research of India
Li Y
Ye M
Wang Y
Zhang L
Jiang J
Liu Y
Yin K
Jiang L
Syngenta Part AG
Novartis AG
Basf SE
Bayer Cropscience AG
Dow Corning Corporation
Genoptera LLC
Monsanto Technology
US Secretary of Agriculture
Bayer Cropscience GMBH
Toyota Jidosha KK
TOTAL GERAL 88 instituiccedilotildees
Empresas Internacionais
Fowler TD
Rouffi gnac EPD
Merck Patent GMBH
Procter amp Gamble Co
Yokohama Rubber Co Ltd
Colgate Palmolive
Bridgestone Corp
Henkel KGAA
Goodyear Tire amp Rubber Co
LG Electronics Inc 507
Matsushita Denki Sangyo KK
Toshiba KK
Canon KK
Hitachi Ltd
Mitsubshi Electric Co
Mitsubishi Jukogyo KK
Universidade Federal do Rio de Janeiro
CURSOS
Ofertados nas instituiccedilotildees de ensino nacionais ou internacionais
Introduccedilatildeo a Quiacutemica Verde
Quiacutemica Verde e Quiacutemica Sustentaacutevel
Engenharia Ecoloacutegica e Quiacutemica Verde
ldquoQuiacutemica Verde Fundamentos e Aplicaccedilotildeesrdquo
Quiacutemica Verde na Atualidade
A Quiacutemica Verde e o papel da cataacutelise no contexto da
Inovaccedilatildeo e do Desenvolvimento Tecnoloacutegico
Universidade Federal do Rio de Janeiro
Universidade Federal do Rio de Janeiro
FONTES CONSULTADAS
Quiacutemica verde no Brasil 2010 ndash 2030 Ediccedilatildeo revista e atualizada
Centro de Gestatildeo e Estudos Estrateacutegicos
Ciecircncia Tecnologia e Inovaccedilatildeo
httpwwwsciencedirectcom
httpwwwperiodicoscapesgovbr
LINHAS DE PESQUISA
Luiz Felipe Miranda de Jesus
Universidade Federal do Rio de Janeiro
Linhas de Pesquisa
Buscas Associadas
ldquoQuiacutemica Verderdquo
ldquoQuiacutemica Ambientalrdquo
ldquoQuiacutemica Sustentaacutevelrdquo
ldquoGreen Chemistryrdquo
ldquoQuiacutemica Verde PampDrdquo
ldquoGreen Chemistry RampDrdquo
ldquoUS Green Chemistryrdquo
ldquoEurope Green Chemistryrdquo
Universidade Federal do Rio de Janeiro
Linhas de Pesquisa
Principais Fontes
Identificaccedilatildeo de Instituiccedilotildees citadas em artigos e outras publicaccedilotildees
CAPES
CNPQ
ABQ
SBPC
Instituiccedilotildees de Fomento (FINEP FAPESPetc)
CGEE
MCT
Sites das Universidades
EPA
IUPAC
ACS
Green Chemistry Network
Royal Society of Chemistry
European Environment Agency
Universidade Federal do Rio de Janeiro
The Interuniversity National Consortium Chemistry for the Environment (INCA Consortium) Gathers 33 Italian universities and about 90 research units headquarters in Venezia and Roma Italy
NSF Science and Technology Center for Environmentally Responsible Solvents and Processes University of North Carolina Chapel Hill Queens University Ionic Liquid Laboratories (QUILL)
Queens University of Belfast The Clean Technology Research Group University of Nottingham The Green Chemistry Group (see below now called centre of excellence)
University of York Centre for Green Chemistry University of Monash Centre for Green Manufacturing University of Alabama Chemical Process Engineering Research Institute Centre for Research amp Technology University of Leicester (UK) Leicester Green Chemistry Group
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
University of Leeds (UK) Leeds Cleaner Synthesis Group Institute of Applied Catalysis (UK) A research network for catalysis Carnegie Mellon University (USA) Institute for Green Oxidation Chemistry Institute for a Sustainable Environment (USA) University of Oregon Center for Sustainable and Green Chemistry (DEN) httpwwwcsgdtudk Green Chemistry Centre of Excellence (UK) httpwwwyorkacukresgcgsiteindexhtm Center for Green Chemistry at UMass Boston (US) httpwwwgreenchemistryumbedu Center for Green Chemistry at UMass Lowell (US) httpwwwgreenchemistryumledu University of Notre Dame Energy Centre (USA) httpwwwndedu~ndenergy Goumlteborg Universitys Centre for Environment and Sustainability (SWE) httpwwwchalmerssegmvEN
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
MSc in Green Chemistry and Sustainable Industrial Technology
Department of Chemistry at the University of York
Master en Quimica Sostenible
Faculty of Sciences at the University of Zaragoza
MSc in Green Chemistry Energy and the Environment
Imperical College London
MSc in Chemical Research (Green Chemistry with Industry)
CTA funding to the University of Leicester
1st year Master of Science Chemistry Specializing in Green Chemistry
University Louis Pasteur (Strasbourg I)
Master of Chemistry and EST
Universiteacute de Savoie
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
Schools with Green Chemistry Programs
United States
Eastern Connecticut
Yale University
Massachusetts
Bridgewater State College
Gordon College
University of Massachusetts Boston
University of Massachusetts Lowell Center for Green Chemistry
Pennsylvania
Carnegie Mellon Institute for Green Oxidation Chemistry
University of Scranton
Arkansas
Hendrix College (green organic chemistry)
Illinois
University of Illinois-Urbana-Champaign
Minnesota
St Olaf College
Alabama
University of Alabama
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
Linhas de Pesquisa California
Berkeley Center for Green Chemistry
UC Berkeley Extension
Colorado
Colorado School of Mines
Oregon
University of Oregon
Schools with Green Chemistry Programs - International
Australia
Monash University Centre for Green Chemistry
Murdoch University Sustainable ChemistryGreen Chemistry
Netherlands
Delft University of Technology Biocatalysis and Organic Chemistry
Italy
Interuniversity Consortium Chemistry for the Environment (INCA)
Universidade Federal do Rio de Janeiro
Northern Ireland
Queens University of Belfast Ionic Liquid Laboratories
Spain
Institute of Science and Technology (IUCT)
Green Chemistry Network of Spain (REDQS - Red Espantildeola de Quiacutemica Sostenible)
Sweden
Centre for Environment and Sustainability - Chalmers University of
TechnologyGoumlteborg University
United Kingdom
Green Chemistry Centre of Excellence at York
University of Leicester Green Chemistry Group
University of Nottingham Green and Analytical Chemistry
Brazil
Universidade do Vale do Itajaiacute Center for Technological Earth and Sea Sciences
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
Linhas de Pesquisa
Observaccedilotildees
Poucos programas especiacuteficos em ldquoQuiacutemica Verderdquo
Perfil multidisciplinar
Descriccedilatildeo de diversas linhas abrange somente um ou
alguns dos princiacutepios da ldquoQuiacutemica Verderdquo
Associaccedilatildeo inadequada ao tema
Necessidade de ampliaccedilatildeo de escopo
Movimento inicial de fomento aos projetos na aacuterea
Universidade Federal do Rio de Janeiro
CONGRESSOS E OUTROS SITES
Natasha Kelber
Universidade Federal do Rio de Janeiro
Universidade Federal do Rio de Janeiro
CONGRESSOS NACIONAIS
5ordm Simpoacutesio Nacional de Biocombustiacuteveis ndash BIOCOM ndash 14 a15Abril2012 ndash Canoas
RS
4ordf Escola de Quiacutemica Verde - JaneiroFevereiro2012 - Satildeo Paulo SP
VII Congresso Brasileiro de Biosseguranccedila - 19-23Setembro2011 - Joinville SC
II Semana de Biotecnologia Industrial - 20-22Outubro2010 - Lorena SP
5ordm Congresso Internacional de Bioenergia - 10-13Agosto2010 - Curitiba PR
II Semana de Biotecnologia Industrial - Julho2009 - Lorena SP
VI Congresso Brasileiro de Biosseguranccedila
VI Simpoacutesio Latino-Americano de Produtos Biotecnoloacutegicos
I Simpoacutesio Internacional de Biosseguridade e Pesquisa de Duplo Uso
I Feira de Equipamentos e Dispositivos de Biosseguranccedila ndash 22-25 Setembro2009 -
Rio de Janeiro RJ
1ordm Encontro Franco-Brasileiro de Quiacutemica Verde - 11 a 13Outubro2011
Universidade Federal do Rio de Janeiro
CONGRESSOS INTERNACIONAIS
3nd Brazilian Conference on Natural Products - 29Outubro-02Novembro2011 -
Ouro Preto MG
Biodiesel Congress - 27-29Julho2011 - Satildeo Paulo SP
IGCW 2011 Industrial Green Chemistry World Symposium amp Expo - December 4-6
2011 - Mumbai Iacutendia
3rd Asia-Oceania Conference on Green and Sustainable Chemistry (AOC-3) -
December 4-7 2011 - Melbourne Austraacutelia
3rd International Congress on Green Process Engineering - December 6-8 2011 -
Kuala Lumpur Malaysia
Minnesota Green Chemistry Conference - January 26 2012 - Minneapolis MN
The Asian Conference on Sustainability Energy amp the Environment - May 3-6 2012 -
Osaka Japan
16th Annual Green Chemistry amp Engineering Conference - June 18-20 2012 -
Washington DC
Gordon Research Seminar and Conference on Green Chemistry - July 21-27 2012 -
Lucca (Barga) Italy
4th International IUPAC Conference on Green Chemistry - August 25-29 2012 - Foz
do IguaccediluPR Brazil
Universidade Federal do Rio de Janeiro
OUTROS SITES
httpportalacsorgportalacscorgcontent_nfpb=trueamp_pageLabel=PP_SUPERAR
TICLEampnode_id=1401ampuse_sec=falseampsec_url_var=region1amp__uuid=6e2273c5-5e7f-
4c7b-8931-530d244f1650P15_704
httpwwwcleanproductionorgGreenphp
wwwrscorgMembershipNetworkingInternationalActivitiesPanAfricaindexasp
httpwwworganic-chemistryorgtopicsgreen-chemistryshtm
httpagenciafapespbr12992
httpacademicscrantonedufacultycannm1greenchemistryporthtml
httpwwwabqorgbrsimpequi2010trabalhos122-7744htm
httpbrlinkedincominquimicaverde
httpwwwcinprorgbrFreeComponent10435content149251shtml
httpquiverdeblogspotcom201006os-12-principios-da-quimica-verdehtml
httpwwwufpeltchebriqgwwverde
httpwwwbrasilescolacomquimicaprincipios-quimica-verdehtm
httpwwwsustentabilidaderesultadoscombrgreen-chemistry-a-sustainable-
opportunity
httpwwwgreenchemistrynetworkorg
httpwwwepagovgreenchemistry
PUBLICACcedilOtildeES E PERIOacuteDICOS
Renato Soares
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS
Base de Dados
Royal Society of Chemistry (30)
SpringerLink (MetaPress) (30)
Wiley Online Library (30)
ACS Journals Search (30)
Nature (NPG) (30)
Science (AAAS) (30)
IOPscience (Institute of Phsics) (30)
Oxford Journals (Oxford University Press) (30)
ScienceDirect (Elsevier) (30)
Annual Reviews (29)
AIP Scitation ndash American Institute of Physics (28)
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS
Annual Review of Biochemistry (6)
Scientific American (5)
Ecological Indicators (5)
Green Chemistry Educat (4)
Nature Chemistry (4)
J Chem Educ (3)
Autobiographies by Nob (3)
J Appl Phys (3)
Food Hydrocolloids (3)
Chem Soc Rev (2)
Annual Review of Environment and Resources (2)
J Am Chem Soc (2)
The Excitement and Fascination of Science (2)
Environmental Science and Pollution Research (2)
Universidade Federal do Rio de Janeiro
COLECcedilOtildeES E TEXTOS
Murilo Alves
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS REVISTAS E JORNAIS CIENTIacuteFICOS Revistas Cientiacuteficas com conteuacutedos sobre ensino de ciecircnciasquiacutemica e
quiacutemica verde
O primeiro artigo que atendeu aos criteacuterios adotados
neste trabalho e cujo tiacutetulo conteacutem a expressatildeo Green Chemistry (Quiacutemica Verde) - Design for the
environment and Green Chemistry the heart and soul
of industrial ecology - foi publicado em 1997
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS REVISTAS E JORNAIS CIENTIacuteFICOS Revistas Cientiacuteficas com conteuacutedos sobre ensino de ciecircnciasquiacutemica e
quiacutemica verde
Revista Quiacutemica Nova na Escola - QNEsc A Revista Quiacutemica Nova na Escola (QNEsc) com uma periodicidade trimestral propotildee-se a subsidiar o trabalho a formaccedilatildeo e a atualizaccedilatildeo da comunidade do Ensino de Quiacutemica brasileiro QNEsc integra-se agrave linha editorial da Sociedade Brasileira de Quiacutemica que publica tambeacutem a revista Quiacutemica Nova e o Journal of the Brazillian Chemical Society Quiacutemica Nova na Escola eacute um espaccedilo aberto ao educador suscitando debates e reflexotildees sobre o ensino e a aprendizagem de quiacutemica Assim contribui para a tarefa fundamental de formar verdadeiros cidadatildeos Nesse sentido a Divisatildeo de Ensino disponibiliza neste portal na iacutentegra e de forma totalmente gratuita todos os artigos publicados no formato PDF Estatildeo disponiacuteveis tambeacutem os Cadernos Temaacuteticos publicados desde 2001 pela Divisatildeo de Ensino
Green Chemistry - Journal Jornal publicado pela Royal Society of Chemistry - RCS que se apresenta como um espaccedilo para publicaccedilatildeo sobre
pesquisas de ponta no desenvolvimento de tecnologias alternativas sustentaacuteveis
Green Green - revista italiana do Consoacutercio Interuniversitaacuterio Quiacutemica Nacional do Meio Ambiente (INCA) em colaboraccedilatildeo com a Sociedade Quiacutemica Italiana (SCI) 1 5 ACS Publications A Divisatildeo de Publicaccedilotildees da Sociedade Americana de Quiacutemica (American Chemical Society - ACS) oferece a comunidade cientiacutefica mundial uma coleccedilatildeo abrangente dos perioacutedicos mais citados revisados por pares em ciecircncias quiacutemicas e afins
Universidade Federal do Rio de Janeiro
Universidade Federal do Rio de Janeiro
FONTES CONSULTADAS
httpwwwqmcufscbrgieqindexphplinkshtml
httpwwwperiodicoscapesgovbr
httpwwwscielocom
Organizaccediloes - 100 maiores empresas em Bioenergia 2011-12 Referencia Biofuels Digest online publication
November 9 2011 author Jim Lane
1 Solazyme
2 Amyris
3 Gevo
4 POET
5 LS9
6 Novozymes
7 Enerkem
8 LanzaTech
9 UOP
10 ZeaChem
11 Codexis
12 Abengoa Bioenergy
13 KiOR
14 Virent Energy Systems
15 Sapphire Energy
16 Ceres
17 Coskata
18 DuPont Cellulosic
19 Terrabon
20 Mascoma
21 Cobalt Technologies
22 Petrobras
23 Joule Unlimited
24 BP Biofuels
25 Neste
26 Waste Management
27 Rentech
28 Qteros
29 INEOS Bio
30 Genencor
31 Genomatica
32 Shell
33 Synthetic Genomics
34 Chemtex
100 maiores empresas em Bioenergia 2011-12 Referencia Biofuels Digest online publication November 9 2011
author Jim Lane
35 Algenol
36 Elevance Renewable Sciences
37 OriginOil
38 SG Biofuels
39 Cosan
40 HCL CleanTech
41 Fulcrum Bioenergy
42 Cargill
43 Chevron
44 Bluefire Renewables
45 Dynamic Fuels
46 Mendel
47 OPX Biotechnologies
48 Inbicon
49 Renmatix
50 Monsanto
51 Butamax
52 Iogen
53 DuPont
54 Verenium
55 PetroAlgae
56 DSM
57 ExxonMobil
58 Envergent
59 Aurora Algae
60 Syngenta
61 Praj Industries
62 Phycal
63 Renewable Energy Group
64 Clear Fuels Technology
65 ArborGen
66 KL Energy
67 Solix Biofuels
100 maiores empresas em Bioenergia 2011-12 Referencia Biofuels Digest online publication November 9 2011
author Jim Lane
68 Catchlight Energy
69 Dyadic
70 AE Biofuels
71 Myriant
72 EdeniQ
73 Avantium
74 Propel Fuels
75 GlycosBio
76 ETH Bioenergia
77 Chemrec
78 Ensyn
79 Green Plains Renewable Energy
80 Range Fuels
81 Bioprocess Algae
82 SynGest
83 TMO Renewables
84 Chromatin
85 Blue Marble Biomaterials
86 Genera Energy
87 ICM
88 Albemarle
89 Lignol
90 Raizen
91 Verdezyne
92 Greenfuel Ethanol
93 Atlantic Biomass Conversions
94 Pacific Ethanol
95 Dong Energy
96 SEKAB
97 Borregaard Industries
98 Dynamotive
99 Allard Research
100 Targeted Growth
Aleacutem disso produzir a menores pressotildees e temperaturas e sem usar solventes eacute
reduzir custo de investimentos e de recuperaccedilatildeo aumento consequente nas
margens e reduccedilatildeo do CAPEX necessaacuterio
Pelo acima exposto e com a responsabilidade que tenho como
Reestruturador de Empresas e alavancador de resultados acredito que daqui em
diante a boa gestatildeo de empresas necessitaraacute de gestores cada vez mais
capacitados e natildeo falo apenas das empresas quiacutemicas falo das empresas em
geral precisaremos de GESTORES SUSTENTAacuteVEIS e a Escola Brasileira de
Quiacutemica Verde poderaacute contribuir muito com a formaccedilatildeo desses novos
profissionais que teratildeo desafios mais abrangentes e complementares natildeo
somente nas aacutereas mais teacutecnicas como tambeacutem em todas as aacutereas de gestatildeo de
empresas
Claro estaacute que para um gestor de visatildeo de curto prazo que a Gestatildeo
Sustentaacutevel possa parecer mais onerosa poreacutem a visatildeo contributiva do bom
gestor a meacutedio e a longo prazo segundo e segundo Warren Buffet o bom gestor
deve fazer aumentar o valor da empresa e este descontado num fluxo de
ldquovaluationrdquo normalmente usado nos processos de compra e venda de empresas
deve evitar quaisquer ldquoliabilitiesrdquotais como passivos ambientais passivos
trabalhistas e tributaacuterios que possam vir a ser deduzidos do valor de venda de
uma empresa no momento da negociaccedilatildeo
A Gestatildeo Sustentaacutevel deixa de ser algo acadecircmico e de preocupaccedilatildeo apenas
com o meio ambiente e passa a fazer parte do patrimocircnio das empresas e de
suas avaliaccedilotildees quando das apresentaccedilotildees de seus balanccedilos Empresas geridas
com sustentabilidade valem mais natildeo soacute as empresas quiacutemicas volto a dizer
todo e qualquer tipo de empresa
Apenas para exemplificar jaacute identificamos mais de 100 empresas no mundo
todo que trabalham com a utilizaccedilatildeo de mateacuterias primas renovaacuteveis para
combustiacuteveis e outras 30 empresas que jaacute possuem derivados quiacutemicos de
fontes renovaacuteveis e economicamente viaacuteveis
No Brasil temos a Petrobras a Braskem e o grande exemplo do aacutelcool
combustiacutevel e fonte para produtos alcoolquiacutemicos totalmente viabilizados e
exemplo para todo o mundo
Produccedilatildeo amp
Destribuiccedilatildeo
Custo de Aprovisionamento
Metodologia para comparaccedilatildeo de Cadeia de Valores (ALGORITMO)
BASES COMPARATIVAS
Os custos de produtos de mateacuterias primas renovaacuteveis devem ser iguais ou menores do que os
custos de produtos similares de mateacuterias primas petroquiacutemicas
CPMPR = CPMPP
OS CUSTOS DAS CADEIAS DE VALORES DEVEM SER SIMILARES E APRESENTAREM A
MESMA COMPETIVIDADE DE CUSTOS NOS MERCADOS ALVOS DESSES PRODUTOS OU
DE SUAS APLICACcedilOES NO LONGO PRAZO E COM FLUTUACcedilOES DE CUSTOS
ASSIMILAacuteVEIS PELOS MERCADOS DE APLICACcedilAO DESSES PRODUTOS AS
SAZONALIDADES DOS MERCADOS AGRO DEVEM SER COMPENSADAS POR ESTOQUES
REGULADORES E OS CUSTOS DE MANUTENCcedilAO DE TAIS ESTOQUES DEVEM SER
LEVADOS EM CONSIDERACcedilAO NAS ANAacuteLISES DE COMPETITIVIDADES DE CUSTOS DOS
PRODUTOS DE MATEacuteRIAS PRIMAS RENOVAacuteVEIS E DE SEUS SIMILARES
PETROQUIacuteMICOS
CCVR lt= CCVP
Universidade Federal do Rio de Janeiro
EXEMPLOS DE NEGOacuteCIOS SUSTENTAacuteVEIS
1 Biorrefinarias
2 Produccedilatildeo de Etanol
3 Rota Bioquiacutemica
4 Termoquiacutemica
5 Sucroquiacutemica
6 Conversatildeo de CO2 por microalgas
7 Fitoteraacutepicos
8 Biopesticidas de Origem Vegetal
9 Aromas Fragracircncias e Oacuteleos Essenciais
10Fitoquiacutemica
11Energias Renovaacuteveis
12 Produccedilatildeo Bioloacutegica de Hidrogecircnio
MP renovaacutevel
Transporte MP
Lavagem Moagem
Unidade de fermentaccedilatildeo
Destilaccedilatildeo
Controle de qualidade e
estocagem de agravelcool
Transporte do aacutelcool
(caminhotildees)
Estoque de agravelcool nos
clientes
MP Petroquiacutemica
Transporte do MP
Craqueamento Separaccedilatildeo
Estocagem do eteno
Transporte Tubovias
Hidrataccedilatildeo
Transporte Etanol
Tubovias ou caminhotildees
Estoque nos clientes
Etanol de
cana de
accedilucar
Etanol
Petroquiacutemico
Cana de
accedilucar
Caminhotildees
Bagaccedilo Cogeraccedilatildeo de vapor
energia eletrica
Tubovias
Co produtos
Propeno
Buteno
Outros
Nafta
MP renovaacutevel
Transporte MP
Estoque Etanol
Unidade de aldeido aceacutetico
Unidade produccedilatildeo
ac aceacutetico Destilaccedilatildeo
Transporte de ac
aceacutetico
Estoque de Ac Aceacutetico nos clientes
MP Gaacutes natural
C O Carboxilaccedilatildeo Unidade de remoccedilatildeo de
Leves
Controle de qualidade
Estoque de aacutecido
aceacutetico
Transporte de Ac aceacutetico
Estoque de ac Aceacutetico nos clientes
Aacutecido Aceacutetico
Alcool
Quiacutemico
Aacutecido aceacutetico
a partir do
metanol
Etanol
Caminhotildees
Caminhotildees
Gaacutes natural
Metanol
Off - gas
Caminhotildees
MP renovaacutevel
Transporte MP
Lavagem Moagem
Unidade de fermentaccedilatildeo
Destilaccedilatildeo
Controle de qualidade e
estocagem de agravelcool
Transporte do aacutelcool
(caminhotildees)
Estoque de agravelcool nos
clientes
MP Petroquiacutemica
Transporte do MP
Craqueamento Separaccedilatildeo
Estocagem do eteno
Etanol de
cana de
accedilucar
Eteno
Petroquiacutemico
Cana de
accedilucar
Caminhotildees
Bagaccedilo Cogeraccedilatildeo de vapor
energia eletrica
Tubovias Co produtos
Propeno
Buteno
Outros
Nafta
MP renovaacutevel
Transporte MP
Estoque Etanol
Desidrataccedilatildeo Estoque Eteno
Etanol Caminhotildees
Eteno Alcool
Quiacutemico
Outros Sites AS 30 maiores Empresas em Produtos Quiacutemicos Renovaacuteveis e Biomateriais
(2011-12) Referencias Biofuels Digest ndashe sites das empresas
1 Genomatica
We develop our processes using our proprietary biotechnology platform The resulting processes can convert multiple renewable
feedstocks into numerous existing chemicals that meet industry specifications for large established markets
2 Solazyme
Solazymes proprietary biotechnology platform creates renewable oils by harnessing microalgaes prolific oil production capabilities
Through world-class molecular biology and chemical engineering capabilities were able to cost-effectively produce high-value tailored oils
3 Amyris
The basis of our production is a well-established fermentation process that uses our genetically-engineered yeast strains to convert
the sugar source into target molecules such as farnesene
4 Gevo
We plan to produce isobutanol a versatile platform chemical for the liquid fuels and petrochemical market
5 LS9
LS9rsquos industrial biotechnology platform converts diverse renewable feedstocks to drop-in fuel and chemical products
6 Dupont
Through DuPont innovation key building blocks for many of the materials we use every day can now be derived from renewable
resources mdash creating a much smaller environmental footprint than their petroleum-based predecessors with no compromise in performance
7 Codexis
Products and technology from Codexis can help the chemicals industry reduce supply chain volatility replace petroleum-based
environmentally sensitive raw materials with plentiful biomass and gain a competitive advantage in the marketplace
AS 30 maiores Empresas em Produtos Quiacutemicos Renovaacuteveis e Biomateriais (2011-12) ndash cont
8 Genencor
As a leader in the development of renewable alternatives for petroleum-based chemicals and fuels Genencor is helping to build the road
towards a more sustainable future
9 Novozymes
A number of technologies are involved in these steps and this part of ldquoOur technologyrdquo gives you an understanding of how these
technologies are employed in the work of researchers at Novozymes
10 ZeaChem
ZeaChem Inc has developed a cellulose-based biorefinery platform capable of producing advanced ethanol fuels and chemicals
Our indirect approach leapfrogs the yield and carbon dioxide (CO2) problems associated with traditional and cellulosic based processes
11 Cargill
Cargillrsquos range of nature-based products are suited to a number of industrial applications and markets We offer a growing number
of products derived from renewable sources designed to replace or offset non-renewable ingredients
12 Cobalt Technologies
Cobalts technology features a continuous process to efficiently convert diverse low cost feedstocks ndash beginning with bagasse and
waste wood ndash into biobutanol
13 Waste Management
Thatrsquos why Waste Management makes such a good fit Our mission is to bring you professional dependable services and innovative
solutions that create value for you ndash and a better future for us all
14 Ceres
Our technology platforms are helping make biofuels bio-based chemicals and biopower more economical and scalable It starts with
improving the crops themselves a process as old as farming but now coupled with the latest genomics-based breakthroughs
AS 30 maiores Empresas em Produtos Quiacutemicos Renovaacuteveis e Biomateriais (2011-12) ndash cont
15 Elevance Renewable Sciences
As the leader in transforming natural renewable oils into high-performing specialty products and materials Elevance is uniquely
positioned to meet consumer demand in a market exceeding $100 billion annually in these segments
Performance waxesNature Wax productsPersonal care productsDetergents and cleanersAntimicrobials
16 Dow Chemical
At Dow we are already creating solutions for a more sustainable future by helping develop paints that scrub the formaldehyde
from the air designing intelligent packaging that keeps food fresher longer and communicates its condition as well as more efficient
batteries to power vehicles
17 Enerkem
Chemicals used to make thousands of industrial and consumer products have traditionally been derived from fossil fuels such as petroleum
With an innovative process that uses waste and residues instead of fossil fuels Enerkem helps meet the increasing demand for greener
everyday products
18 Coskata
Coskata is a biology-based renewable energy company whose low-cost platform technology allows for the production of fuels and
chemicals from a variety of input material (including biomass agricultural and municipal wastes and other carbonaceous material)
Using proprietary microorganisms and patented bioreactor designs we are ready today to produce feedstock flexible ethanol
to fuel energy security economic growth and environmental sustainability
19 OPX Biotechnologies
OPXBIO developed and piloted the microbe and process that will produce its first biochemical product ndash BioAcrylic ndash at 30 to 50
percent lower cost and a 75 percent reduction in greenhouse gas emissions over current petrol-based acrylic Todayrsquos petro-acrylic has
an $10 billion global market in applications such as paints adhesives diapers and detergents In 2011 OPXBIO began collaborating
with The Dow Chemical Company to develop an industrial-scale process for producing BioAcrylic OPXBIO anticipates
full commercialization of BioAcrylic within three to five years
20 DSM
Bio-based materials The DSM Innovation Center is currently developing a platform of bio-based performance materials Examples
include investment in the green-chemistry company Segetis an agreement with Novomer to develop the first green resin for coatings
and the launch of EcoPaXXtrade a bio-based high-performance engineering plastic polymer
Approximately 70 of EcoPaXXtrade consists of building blocks derived from castor oil ndash a renewable resource This results in a
carbon footprint of zero lsquofrom cradle to the DSM gatersquo Itrsquos a strong selling point in todayrsquos plastics market as well as being fully compatible
with our strategy of sustainable innovation
AS 30 maiores Empresas em Produtos Quiacutemicos Renovaacuteveis e Biomateriais (2011-12) ndash cont
21 Myriant
Biobased specialty chemicals are a reality today because of Myriants commitment to development of technology with direct
commercial applicability Our integrated approach which links RampD efforts with the business strategy throughout the value chain and
across key aspects of company operations has resulted in a novel biocatalyst platform with proven commercialization success a robust
product pipeline and an extensive intellectual property suite
22 Cosan
O aacutelcool etiacutelico ou etanol eacute produzido pela fermentaccedilatildeo da cana-de-accediluacutecar A Raiacutezen se destaca como uma das maiores produtoras de
etanol no paiacutes com produccedilatildeo anual de22 bilhotildees de litros Em linha com sua visatildeo de ser reconhecida globalmente pela
excelecircncia no desenvolvimento produccedilatildeo e comercializaccedilatildeo de energia sustentaacutevel investe no combustiacutevel de matriz limpa e renovaacutevel
com tecnologia e talento que satildeo referecircncia no Brasil e no mundo
23 Mascoma
Ethanolrsquos energy is derived from plants that in turn obtain their energy from the sun In this way ethanol acts as a means of storing solar
power in liquid form Cellulosic ethanol is ethanol that is obtained from the non-edible portion of plant material Cellulosic ethanol is
identical in composition and performance to ethanol derived from corn or sugar cane Cellulosic ethanol however has important
environmental economic and sustainability advantages over conventional sources due to its source and method of production
24 KiOR
KiOR has developed a proprietary technology platform to convert sustainable low-cost non-food biomass into a hydrocarbon-based
renewable crude oil Using standard refining equipment the company processes its renewable crude into gasoline and diesel blendstocks
that can utilize the existing transportation fuel infrastructure for use in vehicles on the road today
25 DuPont Danisco
DuPont is applying its deep knowledge and experience in crop technology microbiology bioprocessing and engineering to
enable proprietary cost-effective cellulosic ethanol solutions for the market At DuPont we believe that science-powered innovation
and collaboration are required to meet the food energy and protection challenges of unprecedented population growth Our cel lulosic
ethanol team is leading the way in advanced biofuels by developing comprehensive integrated solutions for a range of feedstocks and
designing innovative enzymes to accelerate the commercial production of cellulosic biofuels in markets across the world
AS 30 maiores Empresas em Produtos Quiacutemicos Renovaacuteveis e Biomateriais (2011-12) ndash cont
26 Virent
Virent is replacing crude oil by creating the chemicals and fuels the world demands through utilization of a wide variety of naturally
occurring renewable resources Our patented BioFormingreg technology features catalytic chemistry which converts plant-based sugars into
a full range of hydrocarbon productsidentical to those made from petroleum including gasoline diesel jet fuel and chemicals for plastics
and fibers Our products are ldquodrop-inrdquo replacements that enable full utilization of todayrsquos existing processing pipeline storage and
transportation infrastructure Virent produces its hydrocarbon chemicals and fuels from plant sugars in a few hours compared to the
millions of years required for petroleum
27 LanzaTech
LanzaTech is very much part of this new field of innovators and by challenging our preconceptions of waste and energy sources we see
a future where access to energy is universal
28 POET
POET devotes tremendous resources to developing cellulosic ethanol Every day our researchers work to make it more affordable
Weve invested heavily in cellulosic research over the past decade and we will invest much more as we begin construction on our first
commercial cellulosic ethanol plant in Emmetsburg Iowa which we anticipate will produce 25 million gallons per year
29 Metabolix
Metabolix is developing commercially viable chemicals from biobased sources as opposed to fossil fuels which produce the vast majority of
chemicals today
Today four carbon (C4) chemicals are produced from non-renewable fossil-based hydrocarbons and are used to make spandex fibers
polyurethanes engineering resins and personal care products
Biobased chemicals allow us to address the global market demand for products and processing that reduce fossil energy use and greenhouse
gas emissions
30 Honeywellrsquos UOP
In 2008 UOP and Ensyn Corporation created the joint venture Envergent Technologies
Envergent is focused on the conversion of forest and agricultural waste residues to a liquid renewable oil to generate renewable heat and power
We do this through the RTPregprocess or rapid thermal processing which has been in commercial operation for more than 25 years
The RTP process produces a clean burning minimal sulfur content biofuel that can be used for the generation of renewable heat and power It is
a cost-effective solution to reduce greenhouse gas emissions up to 90 compared to petroleum-based fuels
The process is scalable to meet the needs of diverse applications It has a relatively compact footprint due to its modular construction and is
feedstock-flexible in that RTP can be designed to process a wide variety of lignocellulosic feedstocks
For more information on the advantages of pyrolysis oil and our RTP technology please visit us atwwwEnvergentTechcom
InstitutosEmpresaOutros
Nacionais
Instituto Nacional de Tecnologia
Empresa Brasileira de Pesquisas Agropecuaacuterias
PetrobraacutesCENPES
Centro de Energias Alternativas e Meio Ambiente
Centro de Tecnologia Canavieira
Instituto de Pesquisa Tecnoloacutegica do Estado de Satildeo Paulo
Instituto Nacional de Pesquisas Espaciais
Centro Brasileiro de Pesquisas Fiacutesicas
Instituto Nacional de Pesquisas da Amazocircnia
Conselho de Desenvolvimento Cientifico e Tecnoloacutegico
CNEN
Museu Paraense Emilio Goeldi Paraacute
FIOCRUZ
Instituto Nacional do Cacircncer
Instituto Adolfo Lutz
TOTAL GERAL 15 instituiccedilotildees
Universidade Federal do Rio de Janeiro
InstitutosDepartamentos
Internacionais
National Renewable Energy Laboratories EUA
US Department of Agriculture Agricultural Research
Service (USDA ARS) EUA
Chinese Academy of Science China
Agriculture ampAgri Food Canada Canadaacute
Institut National de la Recherche Agronomique Franccedila
Consejo Superior de Investigaciones Cientificas (CSIC)
Espanha
Russian Academy of Science Ruacutessia
Indian Institute of Technology Iacutendia
Natural Renewable Energy Laboratory EUA
National Institute of Advanced Industrial Science and
Technology Japatildeo
Institute Francais du Petrole (IFP)
Polish Academy of Science Polocircnia
Indian Institute of Chemical Technology India
Max Planck Institut Alemanha
French National Institute for Agricultural Research (INRA)
Franccedila
Tokyo Institute of Technology Japatildeo
Centre National de la Recherche Scientifique (CNRS)
Franccedila
National Chemical Laboratory Iacutendia
National Institute of Advanced Industrial Science and
Technology Japatildeo
Korea Institute of Science amp Technology Coreacuteia do Sul
US Geology Survey EUA
Marine Biotechnology Institute Japatildeo
Korea Institute of Energy Research (KIER) Coreacuteia do Sul
Centre National de la Recherche Scientifique (CNRS)
Franccedila
Kamaishi Labs Marine Biotechnology Institute Japatildeo
Alfred Wegener Institute for Polar and Marine Research
Alemanha
Australian National University Austraacutelia
Chonbuk National University Coreacuteia do Sul
Centre de Recherche en Ecologie Marine et Aquaculture
(IFREMER) Franccedila
Mitsubishi Heavy Ind Ltd (Advanced Technoly Research
Centre) Japatildeo
Oak Ridge National Laboratory (ORNL) EUA
Research Institute of Innovative Technology for the Earth
(RITE) Japatildeo
Central Institute of Medicinal and Aromatic Plants Iacutendia
Consiglio Nazional delle Ricerche (CNR) Itaacutelia
NASA EUA
Beijing Yixintang Medicine Research Institute
TOTAL GERAL 36 instituiccedilotildees
Universidade Federal do Rio de Janeiro
Empresas Internacionais
Novozymes AS
Genencor Int Inc
Kao Corp
Novo Nordisk AS
Novozymes Inc
Novo-Nordisk AS
Henkel KGAA
Iogen Energy Corp
Danisco US Inc Genencor Division
Novozymes Biotech Inc
Novozymes North America Inc
Goedegebuur F
Midwest Research Institute
Du Pont De Nemours amp Co
Dunn- Coleman N
AE Biofuels EUA
Blue Fire Ethanol EUAJapatildeo
Chempolis Ou
Iogen
KL Energy
Lignol Energy
Sekab
Sun Opta
Verenium
Chevron USA Inc
Shell International Research Maatshappij BV
Exxon Mobil Res ampEng Co
Sasol Technology Pty Ltd
Shell Oil Co
Conoco Phillips Co
ENI Spa
Exxon Res amp Eng Co
Exxon Mobil Res amp Eng Co
Roquette Freres As
Basf AG
General Electric Co
Exxon Mobil Chem Patents Inc
LrsquoOreal SA
Basf SE
Bayer AG
Wellington SL
Vinegar HJ
Berchenko IE
Dow Global Technologies Inc
Degussa AG
Bayer Material Science AG
Samsung SDI Co Ltd
Stegemeir GL
Henkel KGAA
Zhang E
Ryan RC
Fowler TD
Rouffi gnac EPD
Universidade Federal do Rio de Janeiro
Council of Scientific and Industrial Research of India
Li Y
Ye M
Wang Y
Zhang L
Jiang J
Liu Y
Yin K
Jiang L
Syngenta Part AG
Novartis AG
Basf SE
Bayer Cropscience AG
Dow Corning Corporation
Genoptera LLC
Monsanto Technology
US Secretary of Agriculture
Bayer Cropscience GMBH
Toyota Jidosha KK
TOTAL GERAL 88 instituiccedilotildees
Empresas Internacionais
Fowler TD
Rouffi gnac EPD
Merck Patent GMBH
Procter amp Gamble Co
Yokohama Rubber Co Ltd
Colgate Palmolive
Bridgestone Corp
Henkel KGAA
Goodyear Tire amp Rubber Co
LG Electronics Inc 507
Matsushita Denki Sangyo KK
Toshiba KK
Canon KK
Hitachi Ltd
Mitsubshi Electric Co
Mitsubishi Jukogyo KK
Universidade Federal do Rio de Janeiro
CURSOS
Ofertados nas instituiccedilotildees de ensino nacionais ou internacionais
Introduccedilatildeo a Quiacutemica Verde
Quiacutemica Verde e Quiacutemica Sustentaacutevel
Engenharia Ecoloacutegica e Quiacutemica Verde
ldquoQuiacutemica Verde Fundamentos e Aplicaccedilotildeesrdquo
Quiacutemica Verde na Atualidade
A Quiacutemica Verde e o papel da cataacutelise no contexto da
Inovaccedilatildeo e do Desenvolvimento Tecnoloacutegico
Universidade Federal do Rio de Janeiro
Universidade Federal do Rio de Janeiro
FONTES CONSULTADAS
Quiacutemica verde no Brasil 2010 ndash 2030 Ediccedilatildeo revista e atualizada
Centro de Gestatildeo e Estudos Estrateacutegicos
Ciecircncia Tecnologia e Inovaccedilatildeo
httpwwwsciencedirectcom
httpwwwperiodicoscapesgovbr
LINHAS DE PESQUISA
Luiz Felipe Miranda de Jesus
Universidade Federal do Rio de Janeiro
Linhas de Pesquisa
Buscas Associadas
ldquoQuiacutemica Verderdquo
ldquoQuiacutemica Ambientalrdquo
ldquoQuiacutemica Sustentaacutevelrdquo
ldquoGreen Chemistryrdquo
ldquoQuiacutemica Verde PampDrdquo
ldquoGreen Chemistry RampDrdquo
ldquoUS Green Chemistryrdquo
ldquoEurope Green Chemistryrdquo
Universidade Federal do Rio de Janeiro
Linhas de Pesquisa
Principais Fontes
Identificaccedilatildeo de Instituiccedilotildees citadas em artigos e outras publicaccedilotildees
CAPES
CNPQ
ABQ
SBPC
Instituiccedilotildees de Fomento (FINEP FAPESPetc)
CGEE
MCT
Sites das Universidades
EPA
IUPAC
ACS
Green Chemistry Network
Royal Society of Chemistry
European Environment Agency
Universidade Federal do Rio de Janeiro
The Interuniversity National Consortium Chemistry for the Environment (INCA Consortium) Gathers 33 Italian universities and about 90 research units headquarters in Venezia and Roma Italy
NSF Science and Technology Center for Environmentally Responsible Solvents and Processes University of North Carolina Chapel Hill Queens University Ionic Liquid Laboratories (QUILL)
Queens University of Belfast The Clean Technology Research Group University of Nottingham The Green Chemistry Group (see below now called centre of excellence)
University of York Centre for Green Chemistry University of Monash Centre for Green Manufacturing University of Alabama Chemical Process Engineering Research Institute Centre for Research amp Technology University of Leicester (UK) Leicester Green Chemistry Group
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
University of Leeds (UK) Leeds Cleaner Synthesis Group Institute of Applied Catalysis (UK) A research network for catalysis Carnegie Mellon University (USA) Institute for Green Oxidation Chemistry Institute for a Sustainable Environment (USA) University of Oregon Center for Sustainable and Green Chemistry (DEN) httpwwwcsgdtudk Green Chemistry Centre of Excellence (UK) httpwwwyorkacukresgcgsiteindexhtm Center for Green Chemistry at UMass Boston (US) httpwwwgreenchemistryumbedu Center for Green Chemistry at UMass Lowell (US) httpwwwgreenchemistryumledu University of Notre Dame Energy Centre (USA) httpwwwndedu~ndenergy Goumlteborg Universitys Centre for Environment and Sustainability (SWE) httpwwwchalmerssegmvEN
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
MSc in Green Chemistry and Sustainable Industrial Technology
Department of Chemistry at the University of York
Master en Quimica Sostenible
Faculty of Sciences at the University of Zaragoza
MSc in Green Chemistry Energy and the Environment
Imperical College London
MSc in Chemical Research (Green Chemistry with Industry)
CTA funding to the University of Leicester
1st year Master of Science Chemistry Specializing in Green Chemistry
University Louis Pasteur (Strasbourg I)
Master of Chemistry and EST
Universiteacute de Savoie
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
Schools with Green Chemistry Programs
United States
Eastern Connecticut
Yale University
Massachusetts
Bridgewater State College
Gordon College
University of Massachusetts Boston
University of Massachusetts Lowell Center for Green Chemistry
Pennsylvania
Carnegie Mellon Institute for Green Oxidation Chemistry
University of Scranton
Arkansas
Hendrix College (green organic chemistry)
Illinois
University of Illinois-Urbana-Champaign
Minnesota
St Olaf College
Alabama
University of Alabama
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
Linhas de Pesquisa California
Berkeley Center for Green Chemistry
UC Berkeley Extension
Colorado
Colorado School of Mines
Oregon
University of Oregon
Schools with Green Chemistry Programs - International
Australia
Monash University Centre for Green Chemistry
Murdoch University Sustainable ChemistryGreen Chemistry
Netherlands
Delft University of Technology Biocatalysis and Organic Chemistry
Italy
Interuniversity Consortium Chemistry for the Environment (INCA)
Universidade Federal do Rio de Janeiro
Northern Ireland
Queens University of Belfast Ionic Liquid Laboratories
Spain
Institute of Science and Technology (IUCT)
Green Chemistry Network of Spain (REDQS - Red Espantildeola de Quiacutemica Sostenible)
Sweden
Centre for Environment and Sustainability - Chalmers University of
TechnologyGoumlteborg University
United Kingdom
Green Chemistry Centre of Excellence at York
University of Leicester Green Chemistry Group
University of Nottingham Green and Analytical Chemistry
Brazil
Universidade do Vale do Itajaiacute Center for Technological Earth and Sea Sciences
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
Linhas de Pesquisa
Observaccedilotildees
Poucos programas especiacuteficos em ldquoQuiacutemica Verderdquo
Perfil multidisciplinar
Descriccedilatildeo de diversas linhas abrange somente um ou
alguns dos princiacutepios da ldquoQuiacutemica Verderdquo
Associaccedilatildeo inadequada ao tema
Necessidade de ampliaccedilatildeo de escopo
Movimento inicial de fomento aos projetos na aacuterea
Universidade Federal do Rio de Janeiro
CONGRESSOS E OUTROS SITES
Natasha Kelber
Universidade Federal do Rio de Janeiro
Universidade Federal do Rio de Janeiro
CONGRESSOS NACIONAIS
5ordm Simpoacutesio Nacional de Biocombustiacuteveis ndash BIOCOM ndash 14 a15Abril2012 ndash Canoas
RS
4ordf Escola de Quiacutemica Verde - JaneiroFevereiro2012 - Satildeo Paulo SP
VII Congresso Brasileiro de Biosseguranccedila - 19-23Setembro2011 - Joinville SC
II Semana de Biotecnologia Industrial - 20-22Outubro2010 - Lorena SP
5ordm Congresso Internacional de Bioenergia - 10-13Agosto2010 - Curitiba PR
II Semana de Biotecnologia Industrial - Julho2009 - Lorena SP
VI Congresso Brasileiro de Biosseguranccedila
VI Simpoacutesio Latino-Americano de Produtos Biotecnoloacutegicos
I Simpoacutesio Internacional de Biosseguridade e Pesquisa de Duplo Uso
I Feira de Equipamentos e Dispositivos de Biosseguranccedila ndash 22-25 Setembro2009 -
Rio de Janeiro RJ
1ordm Encontro Franco-Brasileiro de Quiacutemica Verde - 11 a 13Outubro2011
Universidade Federal do Rio de Janeiro
CONGRESSOS INTERNACIONAIS
3nd Brazilian Conference on Natural Products - 29Outubro-02Novembro2011 -
Ouro Preto MG
Biodiesel Congress - 27-29Julho2011 - Satildeo Paulo SP
IGCW 2011 Industrial Green Chemistry World Symposium amp Expo - December 4-6
2011 - Mumbai Iacutendia
3rd Asia-Oceania Conference on Green and Sustainable Chemistry (AOC-3) -
December 4-7 2011 - Melbourne Austraacutelia
3rd International Congress on Green Process Engineering - December 6-8 2011 -
Kuala Lumpur Malaysia
Minnesota Green Chemistry Conference - January 26 2012 - Minneapolis MN
The Asian Conference on Sustainability Energy amp the Environment - May 3-6 2012 -
Osaka Japan
16th Annual Green Chemistry amp Engineering Conference - June 18-20 2012 -
Washington DC
Gordon Research Seminar and Conference on Green Chemistry - July 21-27 2012 -
Lucca (Barga) Italy
4th International IUPAC Conference on Green Chemistry - August 25-29 2012 - Foz
do IguaccediluPR Brazil
Universidade Federal do Rio de Janeiro
OUTROS SITES
httpportalacsorgportalacscorgcontent_nfpb=trueamp_pageLabel=PP_SUPERAR
TICLEampnode_id=1401ampuse_sec=falseampsec_url_var=region1amp__uuid=6e2273c5-5e7f-
4c7b-8931-530d244f1650P15_704
httpwwwcleanproductionorgGreenphp
wwwrscorgMembershipNetworkingInternationalActivitiesPanAfricaindexasp
httpwwworganic-chemistryorgtopicsgreen-chemistryshtm
httpagenciafapespbr12992
httpacademicscrantonedufacultycannm1greenchemistryporthtml
httpwwwabqorgbrsimpequi2010trabalhos122-7744htm
httpbrlinkedincominquimicaverde
httpwwwcinprorgbrFreeComponent10435content149251shtml
httpquiverdeblogspotcom201006os-12-principios-da-quimica-verdehtml
httpwwwufpeltchebriqgwwverde
httpwwwbrasilescolacomquimicaprincipios-quimica-verdehtm
httpwwwsustentabilidaderesultadoscombrgreen-chemistry-a-sustainable-
opportunity
httpwwwgreenchemistrynetworkorg
httpwwwepagovgreenchemistry
PUBLICACcedilOtildeES E PERIOacuteDICOS
Renato Soares
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS
Base de Dados
Royal Society of Chemistry (30)
SpringerLink (MetaPress) (30)
Wiley Online Library (30)
ACS Journals Search (30)
Nature (NPG) (30)
Science (AAAS) (30)
IOPscience (Institute of Phsics) (30)
Oxford Journals (Oxford University Press) (30)
ScienceDirect (Elsevier) (30)
Annual Reviews (29)
AIP Scitation ndash American Institute of Physics (28)
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS
Annual Review of Biochemistry (6)
Scientific American (5)
Ecological Indicators (5)
Green Chemistry Educat (4)
Nature Chemistry (4)
J Chem Educ (3)
Autobiographies by Nob (3)
J Appl Phys (3)
Food Hydrocolloids (3)
Chem Soc Rev (2)
Annual Review of Environment and Resources (2)
J Am Chem Soc (2)
The Excitement and Fascination of Science (2)
Environmental Science and Pollution Research (2)
Universidade Federal do Rio de Janeiro
COLECcedilOtildeES E TEXTOS
Murilo Alves
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS REVISTAS E JORNAIS CIENTIacuteFICOS Revistas Cientiacuteficas com conteuacutedos sobre ensino de ciecircnciasquiacutemica e
quiacutemica verde
O primeiro artigo que atendeu aos criteacuterios adotados
neste trabalho e cujo tiacutetulo conteacutem a expressatildeo Green Chemistry (Quiacutemica Verde) - Design for the
environment and Green Chemistry the heart and soul
of industrial ecology - foi publicado em 1997
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS REVISTAS E JORNAIS CIENTIacuteFICOS Revistas Cientiacuteficas com conteuacutedos sobre ensino de ciecircnciasquiacutemica e
quiacutemica verde
Revista Quiacutemica Nova na Escola - QNEsc A Revista Quiacutemica Nova na Escola (QNEsc) com uma periodicidade trimestral propotildee-se a subsidiar o trabalho a formaccedilatildeo e a atualizaccedilatildeo da comunidade do Ensino de Quiacutemica brasileiro QNEsc integra-se agrave linha editorial da Sociedade Brasileira de Quiacutemica que publica tambeacutem a revista Quiacutemica Nova e o Journal of the Brazillian Chemical Society Quiacutemica Nova na Escola eacute um espaccedilo aberto ao educador suscitando debates e reflexotildees sobre o ensino e a aprendizagem de quiacutemica Assim contribui para a tarefa fundamental de formar verdadeiros cidadatildeos Nesse sentido a Divisatildeo de Ensino disponibiliza neste portal na iacutentegra e de forma totalmente gratuita todos os artigos publicados no formato PDF Estatildeo disponiacuteveis tambeacutem os Cadernos Temaacuteticos publicados desde 2001 pela Divisatildeo de Ensino
Green Chemistry - Journal Jornal publicado pela Royal Society of Chemistry - RCS que se apresenta como um espaccedilo para publicaccedilatildeo sobre
pesquisas de ponta no desenvolvimento de tecnologias alternativas sustentaacuteveis
Green Green - revista italiana do Consoacutercio Interuniversitaacuterio Quiacutemica Nacional do Meio Ambiente (INCA) em colaboraccedilatildeo com a Sociedade Quiacutemica Italiana (SCI) 1 5 ACS Publications A Divisatildeo de Publicaccedilotildees da Sociedade Americana de Quiacutemica (American Chemical Society - ACS) oferece a comunidade cientiacutefica mundial uma coleccedilatildeo abrangente dos perioacutedicos mais citados revisados por pares em ciecircncias quiacutemicas e afins
Universidade Federal do Rio de Janeiro
Universidade Federal do Rio de Janeiro
FONTES CONSULTADAS
httpwwwqmcufscbrgieqindexphplinkshtml
httpwwwperiodicoscapesgovbr
httpwwwscielocom
Organizaccediloes - 100 maiores empresas em Bioenergia 2011-12 Referencia Biofuels Digest online publication
November 9 2011 author Jim Lane
1 Solazyme
2 Amyris
3 Gevo
4 POET
5 LS9
6 Novozymes
7 Enerkem
8 LanzaTech
9 UOP
10 ZeaChem
11 Codexis
12 Abengoa Bioenergy
13 KiOR
14 Virent Energy Systems
15 Sapphire Energy
16 Ceres
17 Coskata
18 DuPont Cellulosic
19 Terrabon
20 Mascoma
21 Cobalt Technologies
22 Petrobras
23 Joule Unlimited
24 BP Biofuels
25 Neste
26 Waste Management
27 Rentech
28 Qteros
29 INEOS Bio
30 Genencor
31 Genomatica
32 Shell
33 Synthetic Genomics
34 Chemtex
100 maiores empresas em Bioenergia 2011-12 Referencia Biofuels Digest online publication November 9 2011
author Jim Lane
35 Algenol
36 Elevance Renewable Sciences
37 OriginOil
38 SG Biofuels
39 Cosan
40 HCL CleanTech
41 Fulcrum Bioenergy
42 Cargill
43 Chevron
44 Bluefire Renewables
45 Dynamic Fuels
46 Mendel
47 OPX Biotechnologies
48 Inbicon
49 Renmatix
50 Monsanto
51 Butamax
52 Iogen
53 DuPont
54 Verenium
55 PetroAlgae
56 DSM
57 ExxonMobil
58 Envergent
59 Aurora Algae
60 Syngenta
61 Praj Industries
62 Phycal
63 Renewable Energy Group
64 Clear Fuels Technology
65 ArborGen
66 KL Energy
67 Solix Biofuels
100 maiores empresas em Bioenergia 2011-12 Referencia Biofuels Digest online publication November 9 2011
author Jim Lane
68 Catchlight Energy
69 Dyadic
70 AE Biofuels
71 Myriant
72 EdeniQ
73 Avantium
74 Propel Fuels
75 GlycosBio
76 ETH Bioenergia
77 Chemrec
78 Ensyn
79 Green Plains Renewable Energy
80 Range Fuels
81 Bioprocess Algae
82 SynGest
83 TMO Renewables
84 Chromatin
85 Blue Marble Biomaterials
86 Genera Energy
87 ICM
88 Albemarle
89 Lignol
90 Raizen
91 Verdezyne
92 Greenfuel Ethanol
93 Atlantic Biomass Conversions
94 Pacific Ethanol
95 Dong Energy
96 SEKAB
97 Borregaard Industries
98 Dynamotive
99 Allard Research
100 Targeted Growth
A Gestatildeo Sustentaacutevel deixa de ser algo acadecircmico e de preocupaccedilatildeo apenas
com o meio ambiente e passa a fazer parte do patrimocircnio das empresas e de
suas avaliaccedilotildees quando das apresentaccedilotildees de seus balanccedilos Empresas geridas
com sustentabilidade valem mais natildeo soacute as empresas quiacutemicas volto a dizer
todo e qualquer tipo de empresa
Apenas para exemplificar jaacute identificamos mais de 100 empresas no mundo
todo que trabalham com a utilizaccedilatildeo de mateacuterias primas renovaacuteveis para
combustiacuteveis e outras 30 empresas que jaacute possuem derivados quiacutemicos de
fontes renovaacuteveis e economicamente viaacuteveis
No Brasil temos a Petrobras a Braskem e o grande exemplo do aacutelcool
combustiacutevel e fonte para produtos alcoolquiacutemicos totalmente viabilizados e
exemplo para todo o mundo
Produccedilatildeo amp
Destribuiccedilatildeo
Custo de Aprovisionamento
Metodologia para comparaccedilatildeo de Cadeia de Valores (ALGORITMO)
BASES COMPARATIVAS
Os custos de produtos de mateacuterias primas renovaacuteveis devem ser iguais ou menores do que os
custos de produtos similares de mateacuterias primas petroquiacutemicas
CPMPR = CPMPP
OS CUSTOS DAS CADEIAS DE VALORES DEVEM SER SIMILARES E APRESENTAREM A
MESMA COMPETIVIDADE DE CUSTOS NOS MERCADOS ALVOS DESSES PRODUTOS OU
DE SUAS APLICACcedilOES NO LONGO PRAZO E COM FLUTUACcedilOES DE CUSTOS
ASSIMILAacuteVEIS PELOS MERCADOS DE APLICACcedilAO DESSES PRODUTOS AS
SAZONALIDADES DOS MERCADOS AGRO DEVEM SER COMPENSADAS POR ESTOQUES
REGULADORES E OS CUSTOS DE MANUTENCcedilAO DE TAIS ESTOQUES DEVEM SER
LEVADOS EM CONSIDERACcedilAO NAS ANAacuteLISES DE COMPETITIVIDADES DE CUSTOS DOS
PRODUTOS DE MATEacuteRIAS PRIMAS RENOVAacuteVEIS E DE SEUS SIMILARES
PETROQUIacuteMICOS
CCVR lt= CCVP
Universidade Federal do Rio de Janeiro
EXEMPLOS DE NEGOacuteCIOS SUSTENTAacuteVEIS
1 Biorrefinarias
2 Produccedilatildeo de Etanol
3 Rota Bioquiacutemica
4 Termoquiacutemica
5 Sucroquiacutemica
6 Conversatildeo de CO2 por microalgas
7 Fitoteraacutepicos
8 Biopesticidas de Origem Vegetal
9 Aromas Fragracircncias e Oacuteleos Essenciais
10Fitoquiacutemica
11Energias Renovaacuteveis
12 Produccedilatildeo Bioloacutegica de Hidrogecircnio
MP renovaacutevel
Transporte MP
Lavagem Moagem
Unidade de fermentaccedilatildeo
Destilaccedilatildeo
Controle de qualidade e
estocagem de agravelcool
Transporte do aacutelcool
(caminhotildees)
Estoque de agravelcool nos
clientes
MP Petroquiacutemica
Transporte do MP
Craqueamento Separaccedilatildeo
Estocagem do eteno
Transporte Tubovias
Hidrataccedilatildeo
Transporte Etanol
Tubovias ou caminhotildees
Estoque nos clientes
Etanol de
cana de
accedilucar
Etanol
Petroquiacutemico
Cana de
accedilucar
Caminhotildees
Bagaccedilo Cogeraccedilatildeo de vapor
energia eletrica
Tubovias
Co produtos
Propeno
Buteno
Outros
Nafta
MP renovaacutevel
Transporte MP
Estoque Etanol
Unidade de aldeido aceacutetico
Unidade produccedilatildeo
ac aceacutetico Destilaccedilatildeo
Transporte de ac
aceacutetico
Estoque de Ac Aceacutetico nos clientes
MP Gaacutes natural
C O Carboxilaccedilatildeo Unidade de remoccedilatildeo de
Leves
Controle de qualidade
Estoque de aacutecido
aceacutetico
Transporte de Ac aceacutetico
Estoque de ac Aceacutetico nos clientes
Aacutecido Aceacutetico
Alcool
Quiacutemico
Aacutecido aceacutetico
a partir do
metanol
Etanol
Caminhotildees
Caminhotildees
Gaacutes natural
Metanol
Off - gas
Caminhotildees
MP renovaacutevel
Transporte MP
Lavagem Moagem
Unidade de fermentaccedilatildeo
Destilaccedilatildeo
Controle de qualidade e
estocagem de agravelcool
Transporte do aacutelcool
(caminhotildees)
Estoque de agravelcool nos
clientes
MP Petroquiacutemica
Transporte do MP
Craqueamento Separaccedilatildeo
Estocagem do eteno
Etanol de
cana de
accedilucar
Eteno
Petroquiacutemico
Cana de
accedilucar
Caminhotildees
Bagaccedilo Cogeraccedilatildeo de vapor
energia eletrica
Tubovias Co produtos
Propeno
Buteno
Outros
Nafta
MP renovaacutevel
Transporte MP
Estoque Etanol
Desidrataccedilatildeo Estoque Eteno
Etanol Caminhotildees
Eteno Alcool
Quiacutemico
Outros Sites AS 30 maiores Empresas em Produtos Quiacutemicos Renovaacuteveis e Biomateriais
(2011-12) Referencias Biofuels Digest ndashe sites das empresas
1 Genomatica
We develop our processes using our proprietary biotechnology platform The resulting processes can convert multiple renewable
feedstocks into numerous existing chemicals that meet industry specifications for large established markets
2 Solazyme
Solazymes proprietary biotechnology platform creates renewable oils by harnessing microalgaes prolific oil production capabilities
Through world-class molecular biology and chemical engineering capabilities were able to cost-effectively produce high-value tailored oils
3 Amyris
The basis of our production is a well-established fermentation process that uses our genetically-engineered yeast strains to convert
the sugar source into target molecules such as farnesene
4 Gevo
We plan to produce isobutanol a versatile platform chemical for the liquid fuels and petrochemical market
5 LS9
LS9rsquos industrial biotechnology platform converts diverse renewable feedstocks to drop-in fuel and chemical products
6 Dupont
Through DuPont innovation key building blocks for many of the materials we use every day can now be derived from renewable
resources mdash creating a much smaller environmental footprint than their petroleum-based predecessors with no compromise in performance
7 Codexis
Products and technology from Codexis can help the chemicals industry reduce supply chain volatility replace petroleum-based
environmentally sensitive raw materials with plentiful biomass and gain a competitive advantage in the marketplace
AS 30 maiores Empresas em Produtos Quiacutemicos Renovaacuteveis e Biomateriais (2011-12) ndash cont
8 Genencor
As a leader in the development of renewable alternatives for petroleum-based chemicals and fuels Genencor is helping to build the road
towards a more sustainable future
9 Novozymes
A number of technologies are involved in these steps and this part of ldquoOur technologyrdquo gives you an understanding of how these
technologies are employed in the work of researchers at Novozymes
10 ZeaChem
ZeaChem Inc has developed a cellulose-based biorefinery platform capable of producing advanced ethanol fuels and chemicals
Our indirect approach leapfrogs the yield and carbon dioxide (CO2) problems associated with traditional and cellulosic based processes
11 Cargill
Cargillrsquos range of nature-based products are suited to a number of industrial applications and markets We offer a growing number
of products derived from renewable sources designed to replace or offset non-renewable ingredients
12 Cobalt Technologies
Cobalts technology features a continuous process to efficiently convert diverse low cost feedstocks ndash beginning with bagasse and
waste wood ndash into biobutanol
13 Waste Management
Thatrsquos why Waste Management makes such a good fit Our mission is to bring you professional dependable services and innovative
solutions that create value for you ndash and a better future for us all
14 Ceres
Our technology platforms are helping make biofuels bio-based chemicals and biopower more economical and scalable It starts with
improving the crops themselves a process as old as farming but now coupled with the latest genomics-based breakthroughs
AS 30 maiores Empresas em Produtos Quiacutemicos Renovaacuteveis e Biomateriais (2011-12) ndash cont
15 Elevance Renewable Sciences
As the leader in transforming natural renewable oils into high-performing specialty products and materials Elevance is uniquely
positioned to meet consumer demand in a market exceeding $100 billion annually in these segments
Performance waxesNature Wax productsPersonal care productsDetergents and cleanersAntimicrobials
16 Dow Chemical
At Dow we are already creating solutions for a more sustainable future by helping develop paints that scrub the formaldehyde
from the air designing intelligent packaging that keeps food fresher longer and communicates its condition as well as more efficient
batteries to power vehicles
17 Enerkem
Chemicals used to make thousands of industrial and consumer products have traditionally been derived from fossil fuels such as petroleum
With an innovative process that uses waste and residues instead of fossil fuels Enerkem helps meet the increasing demand for greener
everyday products
18 Coskata
Coskata is a biology-based renewable energy company whose low-cost platform technology allows for the production of fuels and
chemicals from a variety of input material (including biomass agricultural and municipal wastes and other carbonaceous material)
Using proprietary microorganisms and patented bioreactor designs we are ready today to produce feedstock flexible ethanol
to fuel energy security economic growth and environmental sustainability
19 OPX Biotechnologies
OPXBIO developed and piloted the microbe and process that will produce its first biochemical product ndash BioAcrylic ndash at 30 to 50
percent lower cost and a 75 percent reduction in greenhouse gas emissions over current petrol-based acrylic Todayrsquos petro-acrylic has
an $10 billion global market in applications such as paints adhesives diapers and detergents In 2011 OPXBIO began collaborating
with The Dow Chemical Company to develop an industrial-scale process for producing BioAcrylic OPXBIO anticipates
full commercialization of BioAcrylic within three to five years
20 DSM
Bio-based materials The DSM Innovation Center is currently developing a platform of bio-based performance materials Examples
include investment in the green-chemistry company Segetis an agreement with Novomer to develop the first green resin for coatings
and the launch of EcoPaXXtrade a bio-based high-performance engineering plastic polymer
Approximately 70 of EcoPaXXtrade consists of building blocks derived from castor oil ndash a renewable resource This results in a
carbon footprint of zero lsquofrom cradle to the DSM gatersquo Itrsquos a strong selling point in todayrsquos plastics market as well as being fully compatible
with our strategy of sustainable innovation
AS 30 maiores Empresas em Produtos Quiacutemicos Renovaacuteveis e Biomateriais (2011-12) ndash cont
21 Myriant
Biobased specialty chemicals are a reality today because of Myriants commitment to development of technology with direct
commercial applicability Our integrated approach which links RampD efforts with the business strategy throughout the value chain and
across key aspects of company operations has resulted in a novel biocatalyst platform with proven commercialization success a robust
product pipeline and an extensive intellectual property suite
22 Cosan
O aacutelcool etiacutelico ou etanol eacute produzido pela fermentaccedilatildeo da cana-de-accediluacutecar A Raiacutezen se destaca como uma das maiores produtoras de
etanol no paiacutes com produccedilatildeo anual de22 bilhotildees de litros Em linha com sua visatildeo de ser reconhecida globalmente pela
excelecircncia no desenvolvimento produccedilatildeo e comercializaccedilatildeo de energia sustentaacutevel investe no combustiacutevel de matriz limpa e renovaacutevel
com tecnologia e talento que satildeo referecircncia no Brasil e no mundo
23 Mascoma
Ethanolrsquos energy is derived from plants that in turn obtain their energy from the sun In this way ethanol acts as a means of storing solar
power in liquid form Cellulosic ethanol is ethanol that is obtained from the non-edible portion of plant material Cellulosic ethanol is
identical in composition and performance to ethanol derived from corn or sugar cane Cellulosic ethanol however has important
environmental economic and sustainability advantages over conventional sources due to its source and method of production
24 KiOR
KiOR has developed a proprietary technology platform to convert sustainable low-cost non-food biomass into a hydrocarbon-based
renewable crude oil Using standard refining equipment the company processes its renewable crude into gasoline and diesel blendstocks
that can utilize the existing transportation fuel infrastructure for use in vehicles on the road today
25 DuPont Danisco
DuPont is applying its deep knowledge and experience in crop technology microbiology bioprocessing and engineering to
enable proprietary cost-effective cellulosic ethanol solutions for the market At DuPont we believe that science-powered innovation
and collaboration are required to meet the food energy and protection challenges of unprecedented population growth Our cel lulosic
ethanol team is leading the way in advanced biofuels by developing comprehensive integrated solutions for a range of feedstocks and
designing innovative enzymes to accelerate the commercial production of cellulosic biofuels in markets across the world
AS 30 maiores Empresas em Produtos Quiacutemicos Renovaacuteveis e Biomateriais (2011-12) ndash cont
26 Virent
Virent is replacing crude oil by creating the chemicals and fuels the world demands through utilization of a wide variety of naturally
occurring renewable resources Our patented BioFormingreg technology features catalytic chemistry which converts plant-based sugars into
a full range of hydrocarbon productsidentical to those made from petroleum including gasoline diesel jet fuel and chemicals for plastics
and fibers Our products are ldquodrop-inrdquo replacements that enable full utilization of todayrsquos existing processing pipeline storage and
transportation infrastructure Virent produces its hydrocarbon chemicals and fuels from plant sugars in a few hours compared to the
millions of years required for petroleum
27 LanzaTech
LanzaTech is very much part of this new field of innovators and by challenging our preconceptions of waste and energy sources we see
a future where access to energy is universal
28 POET
POET devotes tremendous resources to developing cellulosic ethanol Every day our researchers work to make it more affordable
Weve invested heavily in cellulosic research over the past decade and we will invest much more as we begin construction on our first
commercial cellulosic ethanol plant in Emmetsburg Iowa which we anticipate will produce 25 million gallons per year
29 Metabolix
Metabolix is developing commercially viable chemicals from biobased sources as opposed to fossil fuels which produce the vast majority of
chemicals today
Today four carbon (C4) chemicals are produced from non-renewable fossil-based hydrocarbons and are used to make spandex fibers
polyurethanes engineering resins and personal care products
Biobased chemicals allow us to address the global market demand for products and processing that reduce fossil energy use and greenhouse
gas emissions
30 Honeywellrsquos UOP
In 2008 UOP and Ensyn Corporation created the joint venture Envergent Technologies
Envergent is focused on the conversion of forest and agricultural waste residues to a liquid renewable oil to generate renewable heat and power
We do this through the RTPregprocess or rapid thermal processing which has been in commercial operation for more than 25 years
The RTP process produces a clean burning minimal sulfur content biofuel that can be used for the generation of renewable heat and power It is
a cost-effective solution to reduce greenhouse gas emissions up to 90 compared to petroleum-based fuels
The process is scalable to meet the needs of diverse applications It has a relatively compact footprint due to its modular construction and is
feedstock-flexible in that RTP can be designed to process a wide variety of lignocellulosic feedstocks
For more information on the advantages of pyrolysis oil and our RTP technology please visit us atwwwEnvergentTechcom
InstitutosEmpresaOutros
Nacionais
Instituto Nacional de Tecnologia
Empresa Brasileira de Pesquisas Agropecuaacuterias
PetrobraacutesCENPES
Centro de Energias Alternativas e Meio Ambiente
Centro de Tecnologia Canavieira
Instituto de Pesquisa Tecnoloacutegica do Estado de Satildeo Paulo
Instituto Nacional de Pesquisas Espaciais
Centro Brasileiro de Pesquisas Fiacutesicas
Instituto Nacional de Pesquisas da Amazocircnia
Conselho de Desenvolvimento Cientifico e Tecnoloacutegico
CNEN
Museu Paraense Emilio Goeldi Paraacute
FIOCRUZ
Instituto Nacional do Cacircncer
Instituto Adolfo Lutz
TOTAL GERAL 15 instituiccedilotildees
Universidade Federal do Rio de Janeiro
InstitutosDepartamentos
Internacionais
National Renewable Energy Laboratories EUA
US Department of Agriculture Agricultural Research
Service (USDA ARS) EUA
Chinese Academy of Science China
Agriculture ampAgri Food Canada Canadaacute
Institut National de la Recherche Agronomique Franccedila
Consejo Superior de Investigaciones Cientificas (CSIC)
Espanha
Russian Academy of Science Ruacutessia
Indian Institute of Technology Iacutendia
Natural Renewable Energy Laboratory EUA
National Institute of Advanced Industrial Science and
Technology Japatildeo
Institute Francais du Petrole (IFP)
Polish Academy of Science Polocircnia
Indian Institute of Chemical Technology India
Max Planck Institut Alemanha
French National Institute for Agricultural Research (INRA)
Franccedila
Tokyo Institute of Technology Japatildeo
Centre National de la Recherche Scientifique (CNRS)
Franccedila
National Chemical Laboratory Iacutendia
National Institute of Advanced Industrial Science and
Technology Japatildeo
Korea Institute of Science amp Technology Coreacuteia do Sul
US Geology Survey EUA
Marine Biotechnology Institute Japatildeo
Korea Institute of Energy Research (KIER) Coreacuteia do Sul
Centre National de la Recherche Scientifique (CNRS)
Franccedila
Kamaishi Labs Marine Biotechnology Institute Japatildeo
Alfred Wegener Institute for Polar and Marine Research
Alemanha
Australian National University Austraacutelia
Chonbuk National University Coreacuteia do Sul
Centre de Recherche en Ecologie Marine et Aquaculture
(IFREMER) Franccedila
Mitsubishi Heavy Ind Ltd (Advanced Technoly Research
Centre) Japatildeo
Oak Ridge National Laboratory (ORNL) EUA
Research Institute of Innovative Technology for the Earth
(RITE) Japatildeo
Central Institute of Medicinal and Aromatic Plants Iacutendia
Consiglio Nazional delle Ricerche (CNR) Itaacutelia
NASA EUA
Beijing Yixintang Medicine Research Institute
TOTAL GERAL 36 instituiccedilotildees
Universidade Federal do Rio de Janeiro
Empresas Internacionais
Novozymes AS
Genencor Int Inc
Kao Corp
Novo Nordisk AS
Novozymes Inc
Novo-Nordisk AS
Henkel KGAA
Iogen Energy Corp
Danisco US Inc Genencor Division
Novozymes Biotech Inc
Novozymes North America Inc
Goedegebuur F
Midwest Research Institute
Du Pont De Nemours amp Co
Dunn- Coleman N
AE Biofuels EUA
Blue Fire Ethanol EUAJapatildeo
Chempolis Ou
Iogen
KL Energy
Lignol Energy
Sekab
Sun Opta
Verenium
Chevron USA Inc
Shell International Research Maatshappij BV
Exxon Mobil Res ampEng Co
Sasol Technology Pty Ltd
Shell Oil Co
Conoco Phillips Co
ENI Spa
Exxon Res amp Eng Co
Exxon Mobil Res amp Eng Co
Roquette Freres As
Basf AG
General Electric Co
Exxon Mobil Chem Patents Inc
LrsquoOreal SA
Basf SE
Bayer AG
Wellington SL
Vinegar HJ
Berchenko IE
Dow Global Technologies Inc
Degussa AG
Bayer Material Science AG
Samsung SDI Co Ltd
Stegemeir GL
Henkel KGAA
Zhang E
Ryan RC
Fowler TD
Rouffi gnac EPD
Universidade Federal do Rio de Janeiro
Council of Scientific and Industrial Research of India
Li Y
Ye M
Wang Y
Zhang L
Jiang J
Liu Y
Yin K
Jiang L
Syngenta Part AG
Novartis AG
Basf SE
Bayer Cropscience AG
Dow Corning Corporation
Genoptera LLC
Monsanto Technology
US Secretary of Agriculture
Bayer Cropscience GMBH
Toyota Jidosha KK
TOTAL GERAL 88 instituiccedilotildees
Empresas Internacionais
Fowler TD
Rouffi gnac EPD
Merck Patent GMBH
Procter amp Gamble Co
Yokohama Rubber Co Ltd
Colgate Palmolive
Bridgestone Corp
Henkel KGAA
Goodyear Tire amp Rubber Co
LG Electronics Inc 507
Matsushita Denki Sangyo KK
Toshiba KK
Canon KK
Hitachi Ltd
Mitsubshi Electric Co
Mitsubishi Jukogyo KK
Universidade Federal do Rio de Janeiro
CURSOS
Ofertados nas instituiccedilotildees de ensino nacionais ou internacionais
Introduccedilatildeo a Quiacutemica Verde
Quiacutemica Verde e Quiacutemica Sustentaacutevel
Engenharia Ecoloacutegica e Quiacutemica Verde
ldquoQuiacutemica Verde Fundamentos e Aplicaccedilotildeesrdquo
Quiacutemica Verde na Atualidade
A Quiacutemica Verde e o papel da cataacutelise no contexto da
Inovaccedilatildeo e do Desenvolvimento Tecnoloacutegico
Universidade Federal do Rio de Janeiro
Universidade Federal do Rio de Janeiro
FONTES CONSULTADAS
Quiacutemica verde no Brasil 2010 ndash 2030 Ediccedilatildeo revista e atualizada
Centro de Gestatildeo e Estudos Estrateacutegicos
Ciecircncia Tecnologia e Inovaccedilatildeo
httpwwwsciencedirectcom
httpwwwperiodicoscapesgovbr
LINHAS DE PESQUISA
Luiz Felipe Miranda de Jesus
Universidade Federal do Rio de Janeiro
Linhas de Pesquisa
Buscas Associadas
ldquoQuiacutemica Verderdquo
ldquoQuiacutemica Ambientalrdquo
ldquoQuiacutemica Sustentaacutevelrdquo
ldquoGreen Chemistryrdquo
ldquoQuiacutemica Verde PampDrdquo
ldquoGreen Chemistry RampDrdquo
ldquoUS Green Chemistryrdquo
ldquoEurope Green Chemistryrdquo
Universidade Federal do Rio de Janeiro
Linhas de Pesquisa
Principais Fontes
Identificaccedilatildeo de Instituiccedilotildees citadas em artigos e outras publicaccedilotildees
CAPES
CNPQ
ABQ
SBPC
Instituiccedilotildees de Fomento (FINEP FAPESPetc)
CGEE
MCT
Sites das Universidades
EPA
IUPAC
ACS
Green Chemistry Network
Royal Society of Chemistry
European Environment Agency
Universidade Federal do Rio de Janeiro
The Interuniversity National Consortium Chemistry for the Environment (INCA Consortium) Gathers 33 Italian universities and about 90 research units headquarters in Venezia and Roma Italy
NSF Science and Technology Center for Environmentally Responsible Solvents and Processes University of North Carolina Chapel Hill Queens University Ionic Liquid Laboratories (QUILL)
Queens University of Belfast The Clean Technology Research Group University of Nottingham The Green Chemistry Group (see below now called centre of excellence)
University of York Centre for Green Chemistry University of Monash Centre for Green Manufacturing University of Alabama Chemical Process Engineering Research Institute Centre for Research amp Technology University of Leicester (UK) Leicester Green Chemistry Group
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
University of Leeds (UK) Leeds Cleaner Synthesis Group Institute of Applied Catalysis (UK) A research network for catalysis Carnegie Mellon University (USA) Institute for Green Oxidation Chemistry Institute for a Sustainable Environment (USA) University of Oregon Center for Sustainable and Green Chemistry (DEN) httpwwwcsgdtudk Green Chemistry Centre of Excellence (UK) httpwwwyorkacukresgcgsiteindexhtm Center for Green Chemistry at UMass Boston (US) httpwwwgreenchemistryumbedu Center for Green Chemistry at UMass Lowell (US) httpwwwgreenchemistryumledu University of Notre Dame Energy Centre (USA) httpwwwndedu~ndenergy Goumlteborg Universitys Centre for Environment and Sustainability (SWE) httpwwwchalmerssegmvEN
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
MSc in Green Chemistry and Sustainable Industrial Technology
Department of Chemistry at the University of York
Master en Quimica Sostenible
Faculty of Sciences at the University of Zaragoza
MSc in Green Chemistry Energy and the Environment
Imperical College London
MSc in Chemical Research (Green Chemistry with Industry)
CTA funding to the University of Leicester
1st year Master of Science Chemistry Specializing in Green Chemistry
University Louis Pasteur (Strasbourg I)
Master of Chemistry and EST
Universiteacute de Savoie
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
Schools with Green Chemistry Programs
United States
Eastern Connecticut
Yale University
Massachusetts
Bridgewater State College
Gordon College
University of Massachusetts Boston
University of Massachusetts Lowell Center for Green Chemistry
Pennsylvania
Carnegie Mellon Institute for Green Oxidation Chemistry
University of Scranton
Arkansas
Hendrix College (green organic chemistry)
Illinois
University of Illinois-Urbana-Champaign
Minnesota
St Olaf College
Alabama
University of Alabama
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
Linhas de Pesquisa California
Berkeley Center for Green Chemistry
UC Berkeley Extension
Colorado
Colorado School of Mines
Oregon
University of Oregon
Schools with Green Chemistry Programs - International
Australia
Monash University Centre for Green Chemistry
Murdoch University Sustainable ChemistryGreen Chemistry
Netherlands
Delft University of Technology Biocatalysis and Organic Chemistry
Italy
Interuniversity Consortium Chemistry for the Environment (INCA)
Universidade Federal do Rio de Janeiro
Northern Ireland
Queens University of Belfast Ionic Liquid Laboratories
Spain
Institute of Science and Technology (IUCT)
Green Chemistry Network of Spain (REDQS - Red Espantildeola de Quiacutemica Sostenible)
Sweden
Centre for Environment and Sustainability - Chalmers University of
TechnologyGoumlteborg University
United Kingdom
Green Chemistry Centre of Excellence at York
University of Leicester Green Chemistry Group
University of Nottingham Green and Analytical Chemistry
Brazil
Universidade do Vale do Itajaiacute Center for Technological Earth and Sea Sciences
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
Linhas de Pesquisa
Observaccedilotildees
Poucos programas especiacuteficos em ldquoQuiacutemica Verderdquo
Perfil multidisciplinar
Descriccedilatildeo de diversas linhas abrange somente um ou
alguns dos princiacutepios da ldquoQuiacutemica Verderdquo
Associaccedilatildeo inadequada ao tema
Necessidade de ampliaccedilatildeo de escopo
Movimento inicial de fomento aos projetos na aacuterea
Universidade Federal do Rio de Janeiro
CONGRESSOS E OUTROS SITES
Natasha Kelber
Universidade Federal do Rio de Janeiro
Universidade Federal do Rio de Janeiro
CONGRESSOS NACIONAIS
5ordm Simpoacutesio Nacional de Biocombustiacuteveis ndash BIOCOM ndash 14 a15Abril2012 ndash Canoas
RS
4ordf Escola de Quiacutemica Verde - JaneiroFevereiro2012 - Satildeo Paulo SP
VII Congresso Brasileiro de Biosseguranccedila - 19-23Setembro2011 - Joinville SC
II Semana de Biotecnologia Industrial - 20-22Outubro2010 - Lorena SP
5ordm Congresso Internacional de Bioenergia - 10-13Agosto2010 - Curitiba PR
II Semana de Biotecnologia Industrial - Julho2009 - Lorena SP
VI Congresso Brasileiro de Biosseguranccedila
VI Simpoacutesio Latino-Americano de Produtos Biotecnoloacutegicos
I Simpoacutesio Internacional de Biosseguridade e Pesquisa de Duplo Uso
I Feira de Equipamentos e Dispositivos de Biosseguranccedila ndash 22-25 Setembro2009 -
Rio de Janeiro RJ
1ordm Encontro Franco-Brasileiro de Quiacutemica Verde - 11 a 13Outubro2011
Universidade Federal do Rio de Janeiro
CONGRESSOS INTERNACIONAIS
3nd Brazilian Conference on Natural Products - 29Outubro-02Novembro2011 -
Ouro Preto MG
Biodiesel Congress - 27-29Julho2011 - Satildeo Paulo SP
IGCW 2011 Industrial Green Chemistry World Symposium amp Expo - December 4-6
2011 - Mumbai Iacutendia
3rd Asia-Oceania Conference on Green and Sustainable Chemistry (AOC-3) -
December 4-7 2011 - Melbourne Austraacutelia
3rd International Congress on Green Process Engineering - December 6-8 2011 -
Kuala Lumpur Malaysia
Minnesota Green Chemistry Conference - January 26 2012 - Minneapolis MN
The Asian Conference on Sustainability Energy amp the Environment - May 3-6 2012 -
Osaka Japan
16th Annual Green Chemistry amp Engineering Conference - June 18-20 2012 -
Washington DC
Gordon Research Seminar and Conference on Green Chemistry - July 21-27 2012 -
Lucca (Barga) Italy
4th International IUPAC Conference on Green Chemistry - August 25-29 2012 - Foz
do IguaccediluPR Brazil
Universidade Federal do Rio de Janeiro
OUTROS SITES
httpportalacsorgportalacscorgcontent_nfpb=trueamp_pageLabel=PP_SUPERAR
TICLEampnode_id=1401ampuse_sec=falseampsec_url_var=region1amp__uuid=6e2273c5-5e7f-
4c7b-8931-530d244f1650P15_704
httpwwwcleanproductionorgGreenphp
wwwrscorgMembershipNetworkingInternationalActivitiesPanAfricaindexasp
httpwwworganic-chemistryorgtopicsgreen-chemistryshtm
httpagenciafapespbr12992
httpacademicscrantonedufacultycannm1greenchemistryporthtml
httpwwwabqorgbrsimpequi2010trabalhos122-7744htm
httpbrlinkedincominquimicaverde
httpwwwcinprorgbrFreeComponent10435content149251shtml
httpquiverdeblogspotcom201006os-12-principios-da-quimica-verdehtml
httpwwwufpeltchebriqgwwverde
httpwwwbrasilescolacomquimicaprincipios-quimica-verdehtm
httpwwwsustentabilidaderesultadoscombrgreen-chemistry-a-sustainable-
opportunity
httpwwwgreenchemistrynetworkorg
httpwwwepagovgreenchemistry
PUBLICACcedilOtildeES E PERIOacuteDICOS
Renato Soares
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS
Base de Dados
Royal Society of Chemistry (30)
SpringerLink (MetaPress) (30)
Wiley Online Library (30)
ACS Journals Search (30)
Nature (NPG) (30)
Science (AAAS) (30)
IOPscience (Institute of Phsics) (30)
Oxford Journals (Oxford University Press) (30)
ScienceDirect (Elsevier) (30)
Annual Reviews (29)
AIP Scitation ndash American Institute of Physics (28)
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS
Annual Review of Biochemistry (6)
Scientific American (5)
Ecological Indicators (5)
Green Chemistry Educat (4)
Nature Chemistry (4)
J Chem Educ (3)
Autobiographies by Nob (3)
J Appl Phys (3)
Food Hydrocolloids (3)
Chem Soc Rev (2)
Annual Review of Environment and Resources (2)
J Am Chem Soc (2)
The Excitement and Fascination of Science (2)
Environmental Science and Pollution Research (2)
Universidade Federal do Rio de Janeiro
COLECcedilOtildeES E TEXTOS
Murilo Alves
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS REVISTAS E JORNAIS CIENTIacuteFICOS Revistas Cientiacuteficas com conteuacutedos sobre ensino de ciecircnciasquiacutemica e
quiacutemica verde
O primeiro artigo que atendeu aos criteacuterios adotados
neste trabalho e cujo tiacutetulo conteacutem a expressatildeo Green Chemistry (Quiacutemica Verde) - Design for the
environment and Green Chemistry the heart and soul
of industrial ecology - foi publicado em 1997
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS REVISTAS E JORNAIS CIENTIacuteFICOS Revistas Cientiacuteficas com conteuacutedos sobre ensino de ciecircnciasquiacutemica e
quiacutemica verde
Revista Quiacutemica Nova na Escola - QNEsc A Revista Quiacutemica Nova na Escola (QNEsc) com uma periodicidade trimestral propotildee-se a subsidiar o trabalho a formaccedilatildeo e a atualizaccedilatildeo da comunidade do Ensino de Quiacutemica brasileiro QNEsc integra-se agrave linha editorial da Sociedade Brasileira de Quiacutemica que publica tambeacutem a revista Quiacutemica Nova e o Journal of the Brazillian Chemical Society Quiacutemica Nova na Escola eacute um espaccedilo aberto ao educador suscitando debates e reflexotildees sobre o ensino e a aprendizagem de quiacutemica Assim contribui para a tarefa fundamental de formar verdadeiros cidadatildeos Nesse sentido a Divisatildeo de Ensino disponibiliza neste portal na iacutentegra e de forma totalmente gratuita todos os artigos publicados no formato PDF Estatildeo disponiacuteveis tambeacutem os Cadernos Temaacuteticos publicados desde 2001 pela Divisatildeo de Ensino
Green Chemistry - Journal Jornal publicado pela Royal Society of Chemistry - RCS que se apresenta como um espaccedilo para publicaccedilatildeo sobre
pesquisas de ponta no desenvolvimento de tecnologias alternativas sustentaacuteveis
Green Green - revista italiana do Consoacutercio Interuniversitaacuterio Quiacutemica Nacional do Meio Ambiente (INCA) em colaboraccedilatildeo com a Sociedade Quiacutemica Italiana (SCI) 1 5 ACS Publications A Divisatildeo de Publicaccedilotildees da Sociedade Americana de Quiacutemica (American Chemical Society - ACS) oferece a comunidade cientiacutefica mundial uma coleccedilatildeo abrangente dos perioacutedicos mais citados revisados por pares em ciecircncias quiacutemicas e afins
Universidade Federal do Rio de Janeiro
Universidade Federal do Rio de Janeiro
FONTES CONSULTADAS
httpwwwqmcufscbrgieqindexphplinkshtml
httpwwwperiodicoscapesgovbr
httpwwwscielocom
Organizaccediloes - 100 maiores empresas em Bioenergia 2011-12 Referencia Biofuels Digest online publication
November 9 2011 author Jim Lane
1 Solazyme
2 Amyris
3 Gevo
4 POET
5 LS9
6 Novozymes
7 Enerkem
8 LanzaTech
9 UOP
10 ZeaChem
11 Codexis
12 Abengoa Bioenergy
13 KiOR
14 Virent Energy Systems
15 Sapphire Energy
16 Ceres
17 Coskata
18 DuPont Cellulosic
19 Terrabon
20 Mascoma
21 Cobalt Technologies
22 Petrobras
23 Joule Unlimited
24 BP Biofuels
25 Neste
26 Waste Management
27 Rentech
28 Qteros
29 INEOS Bio
30 Genencor
31 Genomatica
32 Shell
33 Synthetic Genomics
34 Chemtex
100 maiores empresas em Bioenergia 2011-12 Referencia Biofuels Digest online publication November 9 2011
author Jim Lane
35 Algenol
36 Elevance Renewable Sciences
37 OriginOil
38 SG Biofuels
39 Cosan
40 HCL CleanTech
41 Fulcrum Bioenergy
42 Cargill
43 Chevron
44 Bluefire Renewables
45 Dynamic Fuels
46 Mendel
47 OPX Biotechnologies
48 Inbicon
49 Renmatix
50 Monsanto
51 Butamax
52 Iogen
53 DuPont
54 Verenium
55 PetroAlgae
56 DSM
57 ExxonMobil
58 Envergent
59 Aurora Algae
60 Syngenta
61 Praj Industries
62 Phycal
63 Renewable Energy Group
64 Clear Fuels Technology
65 ArborGen
66 KL Energy
67 Solix Biofuels
100 maiores empresas em Bioenergia 2011-12 Referencia Biofuels Digest online publication November 9 2011
author Jim Lane
68 Catchlight Energy
69 Dyadic
70 AE Biofuels
71 Myriant
72 EdeniQ
73 Avantium
74 Propel Fuels
75 GlycosBio
76 ETH Bioenergia
77 Chemrec
78 Ensyn
79 Green Plains Renewable Energy
80 Range Fuels
81 Bioprocess Algae
82 SynGest
83 TMO Renewables
84 Chromatin
85 Blue Marble Biomaterials
86 Genera Energy
87 ICM
88 Albemarle
89 Lignol
90 Raizen
91 Verdezyne
92 Greenfuel Ethanol
93 Atlantic Biomass Conversions
94 Pacific Ethanol
95 Dong Energy
96 SEKAB
97 Borregaard Industries
98 Dynamotive
99 Allard Research
100 Targeted Growth
Produccedilatildeo amp
Destribuiccedilatildeo
Custo de Aprovisionamento
Metodologia para comparaccedilatildeo de Cadeia de Valores (ALGORITMO)
BASES COMPARATIVAS
Os custos de produtos de mateacuterias primas renovaacuteveis devem ser iguais ou menores do que os
custos de produtos similares de mateacuterias primas petroquiacutemicas
CPMPR = CPMPP
OS CUSTOS DAS CADEIAS DE VALORES DEVEM SER SIMILARES E APRESENTAREM A
MESMA COMPETIVIDADE DE CUSTOS NOS MERCADOS ALVOS DESSES PRODUTOS OU
DE SUAS APLICACcedilOES NO LONGO PRAZO E COM FLUTUACcedilOES DE CUSTOS
ASSIMILAacuteVEIS PELOS MERCADOS DE APLICACcedilAO DESSES PRODUTOS AS
SAZONALIDADES DOS MERCADOS AGRO DEVEM SER COMPENSADAS POR ESTOQUES
REGULADORES E OS CUSTOS DE MANUTENCcedilAO DE TAIS ESTOQUES DEVEM SER
LEVADOS EM CONSIDERACcedilAO NAS ANAacuteLISES DE COMPETITIVIDADES DE CUSTOS DOS
PRODUTOS DE MATEacuteRIAS PRIMAS RENOVAacuteVEIS E DE SEUS SIMILARES
PETROQUIacuteMICOS
CCVR lt= CCVP
Universidade Federal do Rio de Janeiro
EXEMPLOS DE NEGOacuteCIOS SUSTENTAacuteVEIS
1 Biorrefinarias
2 Produccedilatildeo de Etanol
3 Rota Bioquiacutemica
4 Termoquiacutemica
5 Sucroquiacutemica
6 Conversatildeo de CO2 por microalgas
7 Fitoteraacutepicos
8 Biopesticidas de Origem Vegetal
9 Aromas Fragracircncias e Oacuteleos Essenciais
10Fitoquiacutemica
11Energias Renovaacuteveis
12 Produccedilatildeo Bioloacutegica de Hidrogecircnio
MP renovaacutevel
Transporte MP
Lavagem Moagem
Unidade de fermentaccedilatildeo
Destilaccedilatildeo
Controle de qualidade e
estocagem de agravelcool
Transporte do aacutelcool
(caminhotildees)
Estoque de agravelcool nos
clientes
MP Petroquiacutemica
Transporte do MP
Craqueamento Separaccedilatildeo
Estocagem do eteno
Transporte Tubovias
Hidrataccedilatildeo
Transporte Etanol
Tubovias ou caminhotildees
Estoque nos clientes
Etanol de
cana de
accedilucar
Etanol
Petroquiacutemico
Cana de
accedilucar
Caminhotildees
Bagaccedilo Cogeraccedilatildeo de vapor
energia eletrica
Tubovias
Co produtos
Propeno
Buteno
Outros
Nafta
MP renovaacutevel
Transporte MP
Estoque Etanol
Unidade de aldeido aceacutetico
Unidade produccedilatildeo
ac aceacutetico Destilaccedilatildeo
Transporte de ac
aceacutetico
Estoque de Ac Aceacutetico nos clientes
MP Gaacutes natural
C O Carboxilaccedilatildeo Unidade de remoccedilatildeo de
Leves
Controle de qualidade
Estoque de aacutecido
aceacutetico
Transporte de Ac aceacutetico
Estoque de ac Aceacutetico nos clientes
Aacutecido Aceacutetico
Alcool
Quiacutemico
Aacutecido aceacutetico
a partir do
metanol
Etanol
Caminhotildees
Caminhotildees
Gaacutes natural
Metanol
Off - gas
Caminhotildees
MP renovaacutevel
Transporte MP
Lavagem Moagem
Unidade de fermentaccedilatildeo
Destilaccedilatildeo
Controle de qualidade e
estocagem de agravelcool
Transporte do aacutelcool
(caminhotildees)
Estoque de agravelcool nos
clientes
MP Petroquiacutemica
Transporte do MP
Craqueamento Separaccedilatildeo
Estocagem do eteno
Etanol de
cana de
accedilucar
Eteno
Petroquiacutemico
Cana de
accedilucar
Caminhotildees
Bagaccedilo Cogeraccedilatildeo de vapor
energia eletrica
Tubovias Co produtos
Propeno
Buteno
Outros
Nafta
MP renovaacutevel
Transporte MP
Estoque Etanol
Desidrataccedilatildeo Estoque Eteno
Etanol Caminhotildees
Eteno Alcool
Quiacutemico
Outros Sites AS 30 maiores Empresas em Produtos Quiacutemicos Renovaacuteveis e Biomateriais
(2011-12) Referencias Biofuels Digest ndashe sites das empresas
1 Genomatica
We develop our processes using our proprietary biotechnology platform The resulting processes can convert multiple renewable
feedstocks into numerous existing chemicals that meet industry specifications for large established markets
2 Solazyme
Solazymes proprietary biotechnology platform creates renewable oils by harnessing microalgaes prolific oil production capabilities
Through world-class molecular biology and chemical engineering capabilities were able to cost-effectively produce high-value tailored oils
3 Amyris
The basis of our production is a well-established fermentation process that uses our genetically-engineered yeast strains to convert
the sugar source into target molecules such as farnesene
4 Gevo
We plan to produce isobutanol a versatile platform chemical for the liquid fuels and petrochemical market
5 LS9
LS9rsquos industrial biotechnology platform converts diverse renewable feedstocks to drop-in fuel and chemical products
6 Dupont
Through DuPont innovation key building blocks for many of the materials we use every day can now be derived from renewable
resources mdash creating a much smaller environmental footprint than their petroleum-based predecessors with no compromise in performance
7 Codexis
Products and technology from Codexis can help the chemicals industry reduce supply chain volatility replace petroleum-based
environmentally sensitive raw materials with plentiful biomass and gain a competitive advantage in the marketplace
AS 30 maiores Empresas em Produtos Quiacutemicos Renovaacuteveis e Biomateriais (2011-12) ndash cont
8 Genencor
As a leader in the development of renewable alternatives for petroleum-based chemicals and fuels Genencor is helping to build the road
towards a more sustainable future
9 Novozymes
A number of technologies are involved in these steps and this part of ldquoOur technologyrdquo gives you an understanding of how these
technologies are employed in the work of researchers at Novozymes
10 ZeaChem
ZeaChem Inc has developed a cellulose-based biorefinery platform capable of producing advanced ethanol fuels and chemicals
Our indirect approach leapfrogs the yield and carbon dioxide (CO2) problems associated with traditional and cellulosic based processes
11 Cargill
Cargillrsquos range of nature-based products are suited to a number of industrial applications and markets We offer a growing number
of products derived from renewable sources designed to replace or offset non-renewable ingredients
12 Cobalt Technologies
Cobalts technology features a continuous process to efficiently convert diverse low cost feedstocks ndash beginning with bagasse and
waste wood ndash into biobutanol
13 Waste Management
Thatrsquos why Waste Management makes such a good fit Our mission is to bring you professional dependable services and innovative
solutions that create value for you ndash and a better future for us all
14 Ceres
Our technology platforms are helping make biofuels bio-based chemicals and biopower more economical and scalable It starts with
improving the crops themselves a process as old as farming but now coupled with the latest genomics-based breakthroughs
AS 30 maiores Empresas em Produtos Quiacutemicos Renovaacuteveis e Biomateriais (2011-12) ndash cont
15 Elevance Renewable Sciences
As the leader in transforming natural renewable oils into high-performing specialty products and materials Elevance is uniquely
positioned to meet consumer demand in a market exceeding $100 billion annually in these segments
Performance waxesNature Wax productsPersonal care productsDetergents and cleanersAntimicrobials
16 Dow Chemical
At Dow we are already creating solutions for a more sustainable future by helping develop paints that scrub the formaldehyde
from the air designing intelligent packaging that keeps food fresher longer and communicates its condition as well as more efficient
batteries to power vehicles
17 Enerkem
Chemicals used to make thousands of industrial and consumer products have traditionally been derived from fossil fuels such as petroleum
With an innovative process that uses waste and residues instead of fossil fuels Enerkem helps meet the increasing demand for greener
everyday products
18 Coskata
Coskata is a biology-based renewable energy company whose low-cost platform technology allows for the production of fuels and
chemicals from a variety of input material (including biomass agricultural and municipal wastes and other carbonaceous material)
Using proprietary microorganisms and patented bioreactor designs we are ready today to produce feedstock flexible ethanol
to fuel energy security economic growth and environmental sustainability
19 OPX Biotechnologies
OPXBIO developed and piloted the microbe and process that will produce its first biochemical product ndash BioAcrylic ndash at 30 to 50
percent lower cost and a 75 percent reduction in greenhouse gas emissions over current petrol-based acrylic Todayrsquos petro-acrylic has
an $10 billion global market in applications such as paints adhesives diapers and detergents In 2011 OPXBIO began collaborating
with The Dow Chemical Company to develop an industrial-scale process for producing BioAcrylic OPXBIO anticipates
full commercialization of BioAcrylic within three to five years
20 DSM
Bio-based materials The DSM Innovation Center is currently developing a platform of bio-based performance materials Examples
include investment in the green-chemistry company Segetis an agreement with Novomer to develop the first green resin for coatings
and the launch of EcoPaXXtrade a bio-based high-performance engineering plastic polymer
Approximately 70 of EcoPaXXtrade consists of building blocks derived from castor oil ndash a renewable resource This results in a
carbon footprint of zero lsquofrom cradle to the DSM gatersquo Itrsquos a strong selling point in todayrsquos plastics market as well as being fully compatible
with our strategy of sustainable innovation
AS 30 maiores Empresas em Produtos Quiacutemicos Renovaacuteveis e Biomateriais (2011-12) ndash cont
21 Myriant
Biobased specialty chemicals are a reality today because of Myriants commitment to development of technology with direct
commercial applicability Our integrated approach which links RampD efforts with the business strategy throughout the value chain and
across key aspects of company operations has resulted in a novel biocatalyst platform with proven commercialization success a robust
product pipeline and an extensive intellectual property suite
22 Cosan
O aacutelcool etiacutelico ou etanol eacute produzido pela fermentaccedilatildeo da cana-de-accediluacutecar A Raiacutezen se destaca como uma das maiores produtoras de
etanol no paiacutes com produccedilatildeo anual de22 bilhotildees de litros Em linha com sua visatildeo de ser reconhecida globalmente pela
excelecircncia no desenvolvimento produccedilatildeo e comercializaccedilatildeo de energia sustentaacutevel investe no combustiacutevel de matriz limpa e renovaacutevel
com tecnologia e talento que satildeo referecircncia no Brasil e no mundo
23 Mascoma
Ethanolrsquos energy is derived from plants that in turn obtain their energy from the sun In this way ethanol acts as a means of storing solar
power in liquid form Cellulosic ethanol is ethanol that is obtained from the non-edible portion of plant material Cellulosic ethanol is
identical in composition and performance to ethanol derived from corn or sugar cane Cellulosic ethanol however has important
environmental economic and sustainability advantages over conventional sources due to its source and method of production
24 KiOR
KiOR has developed a proprietary technology platform to convert sustainable low-cost non-food biomass into a hydrocarbon-based
renewable crude oil Using standard refining equipment the company processes its renewable crude into gasoline and diesel blendstocks
that can utilize the existing transportation fuel infrastructure for use in vehicles on the road today
25 DuPont Danisco
DuPont is applying its deep knowledge and experience in crop technology microbiology bioprocessing and engineering to
enable proprietary cost-effective cellulosic ethanol solutions for the market At DuPont we believe that science-powered innovation
and collaboration are required to meet the food energy and protection challenges of unprecedented population growth Our cel lulosic
ethanol team is leading the way in advanced biofuels by developing comprehensive integrated solutions for a range of feedstocks and
designing innovative enzymes to accelerate the commercial production of cellulosic biofuels in markets across the world
AS 30 maiores Empresas em Produtos Quiacutemicos Renovaacuteveis e Biomateriais (2011-12) ndash cont
26 Virent
Virent is replacing crude oil by creating the chemicals and fuels the world demands through utilization of a wide variety of naturally
occurring renewable resources Our patented BioFormingreg technology features catalytic chemistry which converts plant-based sugars into
a full range of hydrocarbon productsidentical to those made from petroleum including gasoline diesel jet fuel and chemicals for plastics
and fibers Our products are ldquodrop-inrdquo replacements that enable full utilization of todayrsquos existing processing pipeline storage and
transportation infrastructure Virent produces its hydrocarbon chemicals and fuels from plant sugars in a few hours compared to the
millions of years required for petroleum
27 LanzaTech
LanzaTech is very much part of this new field of innovators and by challenging our preconceptions of waste and energy sources we see
a future where access to energy is universal
28 POET
POET devotes tremendous resources to developing cellulosic ethanol Every day our researchers work to make it more affordable
Weve invested heavily in cellulosic research over the past decade and we will invest much more as we begin construction on our first
commercial cellulosic ethanol plant in Emmetsburg Iowa which we anticipate will produce 25 million gallons per year
29 Metabolix
Metabolix is developing commercially viable chemicals from biobased sources as opposed to fossil fuels which produce the vast majority of
chemicals today
Today four carbon (C4) chemicals are produced from non-renewable fossil-based hydrocarbons and are used to make spandex fibers
polyurethanes engineering resins and personal care products
Biobased chemicals allow us to address the global market demand for products and processing that reduce fossil energy use and greenhouse
gas emissions
30 Honeywellrsquos UOP
In 2008 UOP and Ensyn Corporation created the joint venture Envergent Technologies
Envergent is focused on the conversion of forest and agricultural waste residues to a liquid renewable oil to generate renewable heat and power
We do this through the RTPregprocess or rapid thermal processing which has been in commercial operation for more than 25 years
The RTP process produces a clean burning minimal sulfur content biofuel that can be used for the generation of renewable heat and power It is
a cost-effective solution to reduce greenhouse gas emissions up to 90 compared to petroleum-based fuels
The process is scalable to meet the needs of diverse applications It has a relatively compact footprint due to its modular construction and is
feedstock-flexible in that RTP can be designed to process a wide variety of lignocellulosic feedstocks
For more information on the advantages of pyrolysis oil and our RTP technology please visit us atwwwEnvergentTechcom
InstitutosEmpresaOutros
Nacionais
Instituto Nacional de Tecnologia
Empresa Brasileira de Pesquisas Agropecuaacuterias
PetrobraacutesCENPES
Centro de Energias Alternativas e Meio Ambiente
Centro de Tecnologia Canavieira
Instituto de Pesquisa Tecnoloacutegica do Estado de Satildeo Paulo
Instituto Nacional de Pesquisas Espaciais
Centro Brasileiro de Pesquisas Fiacutesicas
Instituto Nacional de Pesquisas da Amazocircnia
Conselho de Desenvolvimento Cientifico e Tecnoloacutegico
CNEN
Museu Paraense Emilio Goeldi Paraacute
FIOCRUZ
Instituto Nacional do Cacircncer
Instituto Adolfo Lutz
TOTAL GERAL 15 instituiccedilotildees
Universidade Federal do Rio de Janeiro
InstitutosDepartamentos
Internacionais
National Renewable Energy Laboratories EUA
US Department of Agriculture Agricultural Research
Service (USDA ARS) EUA
Chinese Academy of Science China
Agriculture ampAgri Food Canada Canadaacute
Institut National de la Recherche Agronomique Franccedila
Consejo Superior de Investigaciones Cientificas (CSIC)
Espanha
Russian Academy of Science Ruacutessia
Indian Institute of Technology Iacutendia
Natural Renewable Energy Laboratory EUA
National Institute of Advanced Industrial Science and
Technology Japatildeo
Institute Francais du Petrole (IFP)
Polish Academy of Science Polocircnia
Indian Institute of Chemical Technology India
Max Planck Institut Alemanha
French National Institute for Agricultural Research (INRA)
Franccedila
Tokyo Institute of Technology Japatildeo
Centre National de la Recherche Scientifique (CNRS)
Franccedila
National Chemical Laboratory Iacutendia
National Institute of Advanced Industrial Science and
Technology Japatildeo
Korea Institute of Science amp Technology Coreacuteia do Sul
US Geology Survey EUA
Marine Biotechnology Institute Japatildeo
Korea Institute of Energy Research (KIER) Coreacuteia do Sul
Centre National de la Recherche Scientifique (CNRS)
Franccedila
Kamaishi Labs Marine Biotechnology Institute Japatildeo
Alfred Wegener Institute for Polar and Marine Research
Alemanha
Australian National University Austraacutelia
Chonbuk National University Coreacuteia do Sul
Centre de Recherche en Ecologie Marine et Aquaculture
(IFREMER) Franccedila
Mitsubishi Heavy Ind Ltd (Advanced Technoly Research
Centre) Japatildeo
Oak Ridge National Laboratory (ORNL) EUA
Research Institute of Innovative Technology for the Earth
(RITE) Japatildeo
Central Institute of Medicinal and Aromatic Plants Iacutendia
Consiglio Nazional delle Ricerche (CNR) Itaacutelia
NASA EUA
Beijing Yixintang Medicine Research Institute
TOTAL GERAL 36 instituiccedilotildees
Universidade Federal do Rio de Janeiro
Empresas Internacionais
Novozymes AS
Genencor Int Inc
Kao Corp
Novo Nordisk AS
Novozymes Inc
Novo-Nordisk AS
Henkel KGAA
Iogen Energy Corp
Danisco US Inc Genencor Division
Novozymes Biotech Inc
Novozymes North America Inc
Goedegebuur F
Midwest Research Institute
Du Pont De Nemours amp Co
Dunn- Coleman N
AE Biofuels EUA
Blue Fire Ethanol EUAJapatildeo
Chempolis Ou
Iogen
KL Energy
Lignol Energy
Sekab
Sun Opta
Verenium
Chevron USA Inc
Shell International Research Maatshappij BV
Exxon Mobil Res ampEng Co
Sasol Technology Pty Ltd
Shell Oil Co
Conoco Phillips Co
ENI Spa
Exxon Res amp Eng Co
Exxon Mobil Res amp Eng Co
Roquette Freres As
Basf AG
General Electric Co
Exxon Mobil Chem Patents Inc
LrsquoOreal SA
Basf SE
Bayer AG
Wellington SL
Vinegar HJ
Berchenko IE
Dow Global Technologies Inc
Degussa AG
Bayer Material Science AG
Samsung SDI Co Ltd
Stegemeir GL
Henkel KGAA
Zhang E
Ryan RC
Fowler TD
Rouffi gnac EPD
Universidade Federal do Rio de Janeiro
Council of Scientific and Industrial Research of India
Li Y
Ye M
Wang Y
Zhang L
Jiang J
Liu Y
Yin K
Jiang L
Syngenta Part AG
Novartis AG
Basf SE
Bayer Cropscience AG
Dow Corning Corporation
Genoptera LLC
Monsanto Technology
US Secretary of Agriculture
Bayer Cropscience GMBH
Toyota Jidosha KK
TOTAL GERAL 88 instituiccedilotildees
Empresas Internacionais
Fowler TD
Rouffi gnac EPD
Merck Patent GMBH
Procter amp Gamble Co
Yokohama Rubber Co Ltd
Colgate Palmolive
Bridgestone Corp
Henkel KGAA
Goodyear Tire amp Rubber Co
LG Electronics Inc 507
Matsushita Denki Sangyo KK
Toshiba KK
Canon KK
Hitachi Ltd
Mitsubshi Electric Co
Mitsubishi Jukogyo KK
Universidade Federal do Rio de Janeiro
CURSOS
Ofertados nas instituiccedilotildees de ensino nacionais ou internacionais
Introduccedilatildeo a Quiacutemica Verde
Quiacutemica Verde e Quiacutemica Sustentaacutevel
Engenharia Ecoloacutegica e Quiacutemica Verde
ldquoQuiacutemica Verde Fundamentos e Aplicaccedilotildeesrdquo
Quiacutemica Verde na Atualidade
A Quiacutemica Verde e o papel da cataacutelise no contexto da
Inovaccedilatildeo e do Desenvolvimento Tecnoloacutegico
Universidade Federal do Rio de Janeiro
Universidade Federal do Rio de Janeiro
FONTES CONSULTADAS
Quiacutemica verde no Brasil 2010 ndash 2030 Ediccedilatildeo revista e atualizada
Centro de Gestatildeo e Estudos Estrateacutegicos
Ciecircncia Tecnologia e Inovaccedilatildeo
httpwwwsciencedirectcom
httpwwwperiodicoscapesgovbr
LINHAS DE PESQUISA
Luiz Felipe Miranda de Jesus
Universidade Federal do Rio de Janeiro
Linhas de Pesquisa
Buscas Associadas
ldquoQuiacutemica Verderdquo
ldquoQuiacutemica Ambientalrdquo
ldquoQuiacutemica Sustentaacutevelrdquo
ldquoGreen Chemistryrdquo
ldquoQuiacutemica Verde PampDrdquo
ldquoGreen Chemistry RampDrdquo
ldquoUS Green Chemistryrdquo
ldquoEurope Green Chemistryrdquo
Universidade Federal do Rio de Janeiro
Linhas de Pesquisa
Principais Fontes
Identificaccedilatildeo de Instituiccedilotildees citadas em artigos e outras publicaccedilotildees
CAPES
CNPQ
ABQ
SBPC
Instituiccedilotildees de Fomento (FINEP FAPESPetc)
CGEE
MCT
Sites das Universidades
EPA
IUPAC
ACS
Green Chemistry Network
Royal Society of Chemistry
European Environment Agency
Universidade Federal do Rio de Janeiro
The Interuniversity National Consortium Chemistry for the Environment (INCA Consortium) Gathers 33 Italian universities and about 90 research units headquarters in Venezia and Roma Italy
NSF Science and Technology Center for Environmentally Responsible Solvents and Processes University of North Carolina Chapel Hill Queens University Ionic Liquid Laboratories (QUILL)
Queens University of Belfast The Clean Technology Research Group University of Nottingham The Green Chemistry Group (see below now called centre of excellence)
University of York Centre for Green Chemistry University of Monash Centre for Green Manufacturing University of Alabama Chemical Process Engineering Research Institute Centre for Research amp Technology University of Leicester (UK) Leicester Green Chemistry Group
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
University of Leeds (UK) Leeds Cleaner Synthesis Group Institute of Applied Catalysis (UK) A research network for catalysis Carnegie Mellon University (USA) Institute for Green Oxidation Chemistry Institute for a Sustainable Environment (USA) University of Oregon Center for Sustainable and Green Chemistry (DEN) httpwwwcsgdtudk Green Chemistry Centre of Excellence (UK) httpwwwyorkacukresgcgsiteindexhtm Center for Green Chemistry at UMass Boston (US) httpwwwgreenchemistryumbedu Center for Green Chemistry at UMass Lowell (US) httpwwwgreenchemistryumledu University of Notre Dame Energy Centre (USA) httpwwwndedu~ndenergy Goumlteborg Universitys Centre for Environment and Sustainability (SWE) httpwwwchalmerssegmvEN
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
MSc in Green Chemistry and Sustainable Industrial Technology
Department of Chemistry at the University of York
Master en Quimica Sostenible
Faculty of Sciences at the University of Zaragoza
MSc in Green Chemistry Energy and the Environment
Imperical College London
MSc in Chemical Research (Green Chemistry with Industry)
CTA funding to the University of Leicester
1st year Master of Science Chemistry Specializing in Green Chemistry
University Louis Pasteur (Strasbourg I)
Master of Chemistry and EST
Universiteacute de Savoie
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
Schools with Green Chemistry Programs
United States
Eastern Connecticut
Yale University
Massachusetts
Bridgewater State College
Gordon College
University of Massachusetts Boston
University of Massachusetts Lowell Center for Green Chemistry
Pennsylvania
Carnegie Mellon Institute for Green Oxidation Chemistry
University of Scranton
Arkansas
Hendrix College (green organic chemistry)
Illinois
University of Illinois-Urbana-Champaign
Minnesota
St Olaf College
Alabama
University of Alabama
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
Linhas de Pesquisa California
Berkeley Center for Green Chemistry
UC Berkeley Extension
Colorado
Colorado School of Mines
Oregon
University of Oregon
Schools with Green Chemistry Programs - International
Australia
Monash University Centre for Green Chemistry
Murdoch University Sustainable ChemistryGreen Chemistry
Netherlands
Delft University of Technology Biocatalysis and Organic Chemistry
Italy
Interuniversity Consortium Chemistry for the Environment (INCA)
Universidade Federal do Rio de Janeiro
Northern Ireland
Queens University of Belfast Ionic Liquid Laboratories
Spain
Institute of Science and Technology (IUCT)
Green Chemistry Network of Spain (REDQS - Red Espantildeola de Quiacutemica Sostenible)
Sweden
Centre for Environment and Sustainability - Chalmers University of
TechnologyGoumlteborg University
United Kingdom
Green Chemistry Centre of Excellence at York
University of Leicester Green Chemistry Group
University of Nottingham Green and Analytical Chemistry
Brazil
Universidade do Vale do Itajaiacute Center for Technological Earth and Sea Sciences
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
Linhas de Pesquisa
Observaccedilotildees
Poucos programas especiacuteficos em ldquoQuiacutemica Verderdquo
Perfil multidisciplinar
Descriccedilatildeo de diversas linhas abrange somente um ou
alguns dos princiacutepios da ldquoQuiacutemica Verderdquo
Associaccedilatildeo inadequada ao tema
Necessidade de ampliaccedilatildeo de escopo
Movimento inicial de fomento aos projetos na aacuterea
Universidade Federal do Rio de Janeiro
CONGRESSOS E OUTROS SITES
Natasha Kelber
Universidade Federal do Rio de Janeiro
Universidade Federal do Rio de Janeiro
CONGRESSOS NACIONAIS
5ordm Simpoacutesio Nacional de Biocombustiacuteveis ndash BIOCOM ndash 14 a15Abril2012 ndash Canoas
RS
4ordf Escola de Quiacutemica Verde - JaneiroFevereiro2012 - Satildeo Paulo SP
VII Congresso Brasileiro de Biosseguranccedila - 19-23Setembro2011 - Joinville SC
II Semana de Biotecnologia Industrial - 20-22Outubro2010 - Lorena SP
5ordm Congresso Internacional de Bioenergia - 10-13Agosto2010 - Curitiba PR
II Semana de Biotecnologia Industrial - Julho2009 - Lorena SP
VI Congresso Brasileiro de Biosseguranccedila
VI Simpoacutesio Latino-Americano de Produtos Biotecnoloacutegicos
I Simpoacutesio Internacional de Biosseguridade e Pesquisa de Duplo Uso
I Feira de Equipamentos e Dispositivos de Biosseguranccedila ndash 22-25 Setembro2009 -
Rio de Janeiro RJ
1ordm Encontro Franco-Brasileiro de Quiacutemica Verde - 11 a 13Outubro2011
Universidade Federal do Rio de Janeiro
CONGRESSOS INTERNACIONAIS
3nd Brazilian Conference on Natural Products - 29Outubro-02Novembro2011 -
Ouro Preto MG
Biodiesel Congress - 27-29Julho2011 - Satildeo Paulo SP
IGCW 2011 Industrial Green Chemistry World Symposium amp Expo - December 4-6
2011 - Mumbai Iacutendia
3rd Asia-Oceania Conference on Green and Sustainable Chemistry (AOC-3) -
December 4-7 2011 - Melbourne Austraacutelia
3rd International Congress on Green Process Engineering - December 6-8 2011 -
Kuala Lumpur Malaysia
Minnesota Green Chemistry Conference - January 26 2012 - Minneapolis MN
The Asian Conference on Sustainability Energy amp the Environment - May 3-6 2012 -
Osaka Japan
16th Annual Green Chemistry amp Engineering Conference - June 18-20 2012 -
Washington DC
Gordon Research Seminar and Conference on Green Chemistry - July 21-27 2012 -
Lucca (Barga) Italy
4th International IUPAC Conference on Green Chemistry - August 25-29 2012 - Foz
do IguaccediluPR Brazil
Universidade Federal do Rio de Janeiro
OUTROS SITES
httpportalacsorgportalacscorgcontent_nfpb=trueamp_pageLabel=PP_SUPERAR
TICLEampnode_id=1401ampuse_sec=falseampsec_url_var=region1amp__uuid=6e2273c5-5e7f-
4c7b-8931-530d244f1650P15_704
httpwwwcleanproductionorgGreenphp
wwwrscorgMembershipNetworkingInternationalActivitiesPanAfricaindexasp
httpwwworganic-chemistryorgtopicsgreen-chemistryshtm
httpagenciafapespbr12992
httpacademicscrantonedufacultycannm1greenchemistryporthtml
httpwwwabqorgbrsimpequi2010trabalhos122-7744htm
httpbrlinkedincominquimicaverde
httpwwwcinprorgbrFreeComponent10435content149251shtml
httpquiverdeblogspotcom201006os-12-principios-da-quimica-verdehtml
httpwwwufpeltchebriqgwwverde
httpwwwbrasilescolacomquimicaprincipios-quimica-verdehtm
httpwwwsustentabilidaderesultadoscombrgreen-chemistry-a-sustainable-
opportunity
httpwwwgreenchemistrynetworkorg
httpwwwepagovgreenchemistry
PUBLICACcedilOtildeES E PERIOacuteDICOS
Renato Soares
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS
Base de Dados
Royal Society of Chemistry (30)
SpringerLink (MetaPress) (30)
Wiley Online Library (30)
ACS Journals Search (30)
Nature (NPG) (30)
Science (AAAS) (30)
IOPscience (Institute of Phsics) (30)
Oxford Journals (Oxford University Press) (30)
ScienceDirect (Elsevier) (30)
Annual Reviews (29)
AIP Scitation ndash American Institute of Physics (28)
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS
Annual Review of Biochemistry (6)
Scientific American (5)
Ecological Indicators (5)
Green Chemistry Educat (4)
Nature Chemistry (4)
J Chem Educ (3)
Autobiographies by Nob (3)
J Appl Phys (3)
Food Hydrocolloids (3)
Chem Soc Rev (2)
Annual Review of Environment and Resources (2)
J Am Chem Soc (2)
The Excitement and Fascination of Science (2)
Environmental Science and Pollution Research (2)
Universidade Federal do Rio de Janeiro
COLECcedilOtildeES E TEXTOS
Murilo Alves
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS REVISTAS E JORNAIS CIENTIacuteFICOS Revistas Cientiacuteficas com conteuacutedos sobre ensino de ciecircnciasquiacutemica e
quiacutemica verde
O primeiro artigo que atendeu aos criteacuterios adotados
neste trabalho e cujo tiacutetulo conteacutem a expressatildeo Green Chemistry (Quiacutemica Verde) - Design for the
environment and Green Chemistry the heart and soul
of industrial ecology - foi publicado em 1997
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS REVISTAS E JORNAIS CIENTIacuteFICOS Revistas Cientiacuteficas com conteuacutedos sobre ensino de ciecircnciasquiacutemica e
quiacutemica verde
Revista Quiacutemica Nova na Escola - QNEsc A Revista Quiacutemica Nova na Escola (QNEsc) com uma periodicidade trimestral propotildee-se a subsidiar o trabalho a formaccedilatildeo e a atualizaccedilatildeo da comunidade do Ensino de Quiacutemica brasileiro QNEsc integra-se agrave linha editorial da Sociedade Brasileira de Quiacutemica que publica tambeacutem a revista Quiacutemica Nova e o Journal of the Brazillian Chemical Society Quiacutemica Nova na Escola eacute um espaccedilo aberto ao educador suscitando debates e reflexotildees sobre o ensino e a aprendizagem de quiacutemica Assim contribui para a tarefa fundamental de formar verdadeiros cidadatildeos Nesse sentido a Divisatildeo de Ensino disponibiliza neste portal na iacutentegra e de forma totalmente gratuita todos os artigos publicados no formato PDF Estatildeo disponiacuteveis tambeacutem os Cadernos Temaacuteticos publicados desde 2001 pela Divisatildeo de Ensino
Green Chemistry - Journal Jornal publicado pela Royal Society of Chemistry - RCS que se apresenta como um espaccedilo para publicaccedilatildeo sobre
pesquisas de ponta no desenvolvimento de tecnologias alternativas sustentaacuteveis
Green Green - revista italiana do Consoacutercio Interuniversitaacuterio Quiacutemica Nacional do Meio Ambiente (INCA) em colaboraccedilatildeo com a Sociedade Quiacutemica Italiana (SCI) 1 5 ACS Publications A Divisatildeo de Publicaccedilotildees da Sociedade Americana de Quiacutemica (American Chemical Society - ACS) oferece a comunidade cientiacutefica mundial uma coleccedilatildeo abrangente dos perioacutedicos mais citados revisados por pares em ciecircncias quiacutemicas e afins
Universidade Federal do Rio de Janeiro
Universidade Federal do Rio de Janeiro
FONTES CONSULTADAS
httpwwwqmcufscbrgieqindexphplinkshtml
httpwwwperiodicoscapesgovbr
httpwwwscielocom
Organizaccediloes - 100 maiores empresas em Bioenergia 2011-12 Referencia Biofuels Digest online publication
November 9 2011 author Jim Lane
1 Solazyme
2 Amyris
3 Gevo
4 POET
5 LS9
6 Novozymes
7 Enerkem
8 LanzaTech
9 UOP
10 ZeaChem
11 Codexis
12 Abengoa Bioenergy
13 KiOR
14 Virent Energy Systems
15 Sapphire Energy
16 Ceres
17 Coskata
18 DuPont Cellulosic
19 Terrabon
20 Mascoma
21 Cobalt Technologies
22 Petrobras
23 Joule Unlimited
24 BP Biofuels
25 Neste
26 Waste Management
27 Rentech
28 Qteros
29 INEOS Bio
30 Genencor
31 Genomatica
32 Shell
33 Synthetic Genomics
34 Chemtex
100 maiores empresas em Bioenergia 2011-12 Referencia Biofuels Digest online publication November 9 2011
author Jim Lane
35 Algenol
36 Elevance Renewable Sciences
37 OriginOil
38 SG Biofuels
39 Cosan
40 HCL CleanTech
41 Fulcrum Bioenergy
42 Cargill
43 Chevron
44 Bluefire Renewables
45 Dynamic Fuels
46 Mendel
47 OPX Biotechnologies
48 Inbicon
49 Renmatix
50 Monsanto
51 Butamax
52 Iogen
53 DuPont
54 Verenium
55 PetroAlgae
56 DSM
57 ExxonMobil
58 Envergent
59 Aurora Algae
60 Syngenta
61 Praj Industries
62 Phycal
63 Renewable Energy Group
64 Clear Fuels Technology
65 ArborGen
66 KL Energy
67 Solix Biofuels
100 maiores empresas em Bioenergia 2011-12 Referencia Biofuels Digest online publication November 9 2011
author Jim Lane
68 Catchlight Energy
69 Dyadic
70 AE Biofuels
71 Myriant
72 EdeniQ
73 Avantium
74 Propel Fuels
75 GlycosBio
76 ETH Bioenergia
77 Chemrec
78 Ensyn
79 Green Plains Renewable Energy
80 Range Fuels
81 Bioprocess Algae
82 SynGest
83 TMO Renewables
84 Chromatin
85 Blue Marble Biomaterials
86 Genera Energy
87 ICM
88 Albemarle
89 Lignol
90 Raizen
91 Verdezyne
92 Greenfuel Ethanol
93 Atlantic Biomass Conversions
94 Pacific Ethanol
95 Dong Energy
96 SEKAB
97 Borregaard Industries
98 Dynamotive
99 Allard Research
100 Targeted Growth
Metodologia para comparaccedilatildeo de Cadeia de Valores (ALGORITMO)
BASES COMPARATIVAS
Os custos de produtos de mateacuterias primas renovaacuteveis devem ser iguais ou menores do que os
custos de produtos similares de mateacuterias primas petroquiacutemicas
CPMPR = CPMPP
OS CUSTOS DAS CADEIAS DE VALORES DEVEM SER SIMILARES E APRESENTAREM A
MESMA COMPETIVIDADE DE CUSTOS NOS MERCADOS ALVOS DESSES PRODUTOS OU
DE SUAS APLICACcedilOES NO LONGO PRAZO E COM FLUTUACcedilOES DE CUSTOS
ASSIMILAacuteVEIS PELOS MERCADOS DE APLICACcedilAO DESSES PRODUTOS AS
SAZONALIDADES DOS MERCADOS AGRO DEVEM SER COMPENSADAS POR ESTOQUES
REGULADORES E OS CUSTOS DE MANUTENCcedilAO DE TAIS ESTOQUES DEVEM SER
LEVADOS EM CONSIDERACcedilAO NAS ANAacuteLISES DE COMPETITIVIDADES DE CUSTOS DOS
PRODUTOS DE MATEacuteRIAS PRIMAS RENOVAacuteVEIS E DE SEUS SIMILARES
PETROQUIacuteMICOS
CCVR lt= CCVP
Universidade Federal do Rio de Janeiro
EXEMPLOS DE NEGOacuteCIOS SUSTENTAacuteVEIS
1 Biorrefinarias
2 Produccedilatildeo de Etanol
3 Rota Bioquiacutemica
4 Termoquiacutemica
5 Sucroquiacutemica
6 Conversatildeo de CO2 por microalgas
7 Fitoteraacutepicos
8 Biopesticidas de Origem Vegetal
9 Aromas Fragracircncias e Oacuteleos Essenciais
10Fitoquiacutemica
11Energias Renovaacuteveis
12 Produccedilatildeo Bioloacutegica de Hidrogecircnio
MP renovaacutevel
Transporte MP
Lavagem Moagem
Unidade de fermentaccedilatildeo
Destilaccedilatildeo
Controle de qualidade e
estocagem de agravelcool
Transporte do aacutelcool
(caminhotildees)
Estoque de agravelcool nos
clientes
MP Petroquiacutemica
Transporte do MP
Craqueamento Separaccedilatildeo
Estocagem do eteno
Transporte Tubovias
Hidrataccedilatildeo
Transporte Etanol
Tubovias ou caminhotildees
Estoque nos clientes
Etanol de
cana de
accedilucar
Etanol
Petroquiacutemico
Cana de
accedilucar
Caminhotildees
Bagaccedilo Cogeraccedilatildeo de vapor
energia eletrica
Tubovias
Co produtos
Propeno
Buteno
Outros
Nafta
MP renovaacutevel
Transporte MP
Estoque Etanol
Unidade de aldeido aceacutetico
Unidade produccedilatildeo
ac aceacutetico Destilaccedilatildeo
Transporte de ac
aceacutetico
Estoque de Ac Aceacutetico nos clientes
MP Gaacutes natural
C O Carboxilaccedilatildeo Unidade de remoccedilatildeo de
Leves
Controle de qualidade
Estoque de aacutecido
aceacutetico
Transporte de Ac aceacutetico
Estoque de ac Aceacutetico nos clientes
Aacutecido Aceacutetico
Alcool
Quiacutemico
Aacutecido aceacutetico
a partir do
metanol
Etanol
Caminhotildees
Caminhotildees
Gaacutes natural
Metanol
Off - gas
Caminhotildees
MP renovaacutevel
Transporte MP
Lavagem Moagem
Unidade de fermentaccedilatildeo
Destilaccedilatildeo
Controle de qualidade e
estocagem de agravelcool
Transporte do aacutelcool
(caminhotildees)
Estoque de agravelcool nos
clientes
MP Petroquiacutemica
Transporte do MP
Craqueamento Separaccedilatildeo
Estocagem do eteno
Etanol de
cana de
accedilucar
Eteno
Petroquiacutemico
Cana de
accedilucar
Caminhotildees
Bagaccedilo Cogeraccedilatildeo de vapor
energia eletrica
Tubovias Co produtos
Propeno
Buteno
Outros
Nafta
MP renovaacutevel
Transporte MP
Estoque Etanol
Desidrataccedilatildeo Estoque Eteno
Etanol Caminhotildees
Eteno Alcool
Quiacutemico
Outros Sites AS 30 maiores Empresas em Produtos Quiacutemicos Renovaacuteveis e Biomateriais
(2011-12) Referencias Biofuels Digest ndashe sites das empresas
1 Genomatica
We develop our processes using our proprietary biotechnology platform The resulting processes can convert multiple renewable
feedstocks into numerous existing chemicals that meet industry specifications for large established markets
2 Solazyme
Solazymes proprietary biotechnology platform creates renewable oils by harnessing microalgaes prolific oil production capabilities
Through world-class molecular biology and chemical engineering capabilities were able to cost-effectively produce high-value tailored oils
3 Amyris
The basis of our production is a well-established fermentation process that uses our genetically-engineered yeast strains to convert
the sugar source into target molecules such as farnesene
4 Gevo
We plan to produce isobutanol a versatile platform chemical for the liquid fuels and petrochemical market
5 LS9
LS9rsquos industrial biotechnology platform converts diverse renewable feedstocks to drop-in fuel and chemical products
6 Dupont
Through DuPont innovation key building blocks for many of the materials we use every day can now be derived from renewable
resources mdash creating a much smaller environmental footprint than their petroleum-based predecessors with no compromise in performance
7 Codexis
Products and technology from Codexis can help the chemicals industry reduce supply chain volatility replace petroleum-based
environmentally sensitive raw materials with plentiful biomass and gain a competitive advantage in the marketplace
AS 30 maiores Empresas em Produtos Quiacutemicos Renovaacuteveis e Biomateriais (2011-12) ndash cont
8 Genencor
As a leader in the development of renewable alternatives for petroleum-based chemicals and fuels Genencor is helping to build the road
towards a more sustainable future
9 Novozymes
A number of technologies are involved in these steps and this part of ldquoOur technologyrdquo gives you an understanding of how these
technologies are employed in the work of researchers at Novozymes
10 ZeaChem
ZeaChem Inc has developed a cellulose-based biorefinery platform capable of producing advanced ethanol fuels and chemicals
Our indirect approach leapfrogs the yield and carbon dioxide (CO2) problems associated with traditional and cellulosic based processes
11 Cargill
Cargillrsquos range of nature-based products are suited to a number of industrial applications and markets We offer a growing number
of products derived from renewable sources designed to replace or offset non-renewable ingredients
12 Cobalt Technologies
Cobalts technology features a continuous process to efficiently convert diverse low cost feedstocks ndash beginning with bagasse and
waste wood ndash into biobutanol
13 Waste Management
Thatrsquos why Waste Management makes such a good fit Our mission is to bring you professional dependable services and innovative
solutions that create value for you ndash and a better future for us all
14 Ceres
Our technology platforms are helping make biofuels bio-based chemicals and biopower more economical and scalable It starts with
improving the crops themselves a process as old as farming but now coupled with the latest genomics-based breakthroughs
AS 30 maiores Empresas em Produtos Quiacutemicos Renovaacuteveis e Biomateriais (2011-12) ndash cont
15 Elevance Renewable Sciences
As the leader in transforming natural renewable oils into high-performing specialty products and materials Elevance is uniquely
positioned to meet consumer demand in a market exceeding $100 billion annually in these segments
Performance waxesNature Wax productsPersonal care productsDetergents and cleanersAntimicrobials
16 Dow Chemical
At Dow we are already creating solutions for a more sustainable future by helping develop paints that scrub the formaldehyde
from the air designing intelligent packaging that keeps food fresher longer and communicates its condition as well as more efficient
batteries to power vehicles
17 Enerkem
Chemicals used to make thousands of industrial and consumer products have traditionally been derived from fossil fuels such as petroleum
With an innovative process that uses waste and residues instead of fossil fuels Enerkem helps meet the increasing demand for greener
everyday products
18 Coskata
Coskata is a biology-based renewable energy company whose low-cost platform technology allows for the production of fuels and
chemicals from a variety of input material (including biomass agricultural and municipal wastes and other carbonaceous material)
Using proprietary microorganisms and patented bioreactor designs we are ready today to produce feedstock flexible ethanol
to fuel energy security economic growth and environmental sustainability
19 OPX Biotechnologies
OPXBIO developed and piloted the microbe and process that will produce its first biochemical product ndash BioAcrylic ndash at 30 to 50
percent lower cost and a 75 percent reduction in greenhouse gas emissions over current petrol-based acrylic Todayrsquos petro-acrylic has
an $10 billion global market in applications such as paints adhesives diapers and detergents In 2011 OPXBIO began collaborating
with The Dow Chemical Company to develop an industrial-scale process for producing BioAcrylic OPXBIO anticipates
full commercialization of BioAcrylic within three to five years
20 DSM
Bio-based materials The DSM Innovation Center is currently developing a platform of bio-based performance materials Examples
include investment in the green-chemistry company Segetis an agreement with Novomer to develop the first green resin for coatings
and the launch of EcoPaXXtrade a bio-based high-performance engineering plastic polymer
Approximately 70 of EcoPaXXtrade consists of building blocks derived from castor oil ndash a renewable resource This results in a
carbon footprint of zero lsquofrom cradle to the DSM gatersquo Itrsquos a strong selling point in todayrsquos plastics market as well as being fully compatible
with our strategy of sustainable innovation
AS 30 maiores Empresas em Produtos Quiacutemicos Renovaacuteveis e Biomateriais (2011-12) ndash cont
21 Myriant
Biobased specialty chemicals are a reality today because of Myriants commitment to development of technology with direct
commercial applicability Our integrated approach which links RampD efforts with the business strategy throughout the value chain and
across key aspects of company operations has resulted in a novel biocatalyst platform with proven commercialization success a robust
product pipeline and an extensive intellectual property suite
22 Cosan
O aacutelcool etiacutelico ou etanol eacute produzido pela fermentaccedilatildeo da cana-de-accediluacutecar A Raiacutezen se destaca como uma das maiores produtoras de
etanol no paiacutes com produccedilatildeo anual de22 bilhotildees de litros Em linha com sua visatildeo de ser reconhecida globalmente pela
excelecircncia no desenvolvimento produccedilatildeo e comercializaccedilatildeo de energia sustentaacutevel investe no combustiacutevel de matriz limpa e renovaacutevel
com tecnologia e talento que satildeo referecircncia no Brasil e no mundo
23 Mascoma
Ethanolrsquos energy is derived from plants that in turn obtain their energy from the sun In this way ethanol acts as a means of storing solar
power in liquid form Cellulosic ethanol is ethanol that is obtained from the non-edible portion of plant material Cellulosic ethanol is
identical in composition and performance to ethanol derived from corn or sugar cane Cellulosic ethanol however has important
environmental economic and sustainability advantages over conventional sources due to its source and method of production
24 KiOR
KiOR has developed a proprietary technology platform to convert sustainable low-cost non-food biomass into a hydrocarbon-based
renewable crude oil Using standard refining equipment the company processes its renewable crude into gasoline and diesel blendstocks
that can utilize the existing transportation fuel infrastructure for use in vehicles on the road today
25 DuPont Danisco
DuPont is applying its deep knowledge and experience in crop technology microbiology bioprocessing and engineering to
enable proprietary cost-effective cellulosic ethanol solutions for the market At DuPont we believe that science-powered innovation
and collaboration are required to meet the food energy and protection challenges of unprecedented population growth Our cel lulosic
ethanol team is leading the way in advanced biofuels by developing comprehensive integrated solutions for a range of feedstocks and
designing innovative enzymes to accelerate the commercial production of cellulosic biofuels in markets across the world
AS 30 maiores Empresas em Produtos Quiacutemicos Renovaacuteveis e Biomateriais (2011-12) ndash cont
26 Virent
Virent is replacing crude oil by creating the chemicals and fuels the world demands through utilization of a wide variety of naturally
occurring renewable resources Our patented BioFormingreg technology features catalytic chemistry which converts plant-based sugars into
a full range of hydrocarbon productsidentical to those made from petroleum including gasoline diesel jet fuel and chemicals for plastics
and fibers Our products are ldquodrop-inrdquo replacements that enable full utilization of todayrsquos existing processing pipeline storage and
transportation infrastructure Virent produces its hydrocarbon chemicals and fuels from plant sugars in a few hours compared to the
millions of years required for petroleum
27 LanzaTech
LanzaTech is very much part of this new field of innovators and by challenging our preconceptions of waste and energy sources we see
a future where access to energy is universal
28 POET
POET devotes tremendous resources to developing cellulosic ethanol Every day our researchers work to make it more affordable
Weve invested heavily in cellulosic research over the past decade and we will invest much more as we begin construction on our first
commercial cellulosic ethanol plant in Emmetsburg Iowa which we anticipate will produce 25 million gallons per year
29 Metabolix
Metabolix is developing commercially viable chemicals from biobased sources as opposed to fossil fuels which produce the vast majority of
chemicals today
Today four carbon (C4) chemicals are produced from non-renewable fossil-based hydrocarbons and are used to make spandex fibers
polyurethanes engineering resins and personal care products
Biobased chemicals allow us to address the global market demand for products and processing that reduce fossil energy use and greenhouse
gas emissions
30 Honeywellrsquos UOP
In 2008 UOP and Ensyn Corporation created the joint venture Envergent Technologies
Envergent is focused on the conversion of forest and agricultural waste residues to a liquid renewable oil to generate renewable heat and power
We do this through the RTPregprocess or rapid thermal processing which has been in commercial operation for more than 25 years
The RTP process produces a clean burning minimal sulfur content biofuel that can be used for the generation of renewable heat and power It is
a cost-effective solution to reduce greenhouse gas emissions up to 90 compared to petroleum-based fuels
The process is scalable to meet the needs of diverse applications It has a relatively compact footprint due to its modular construction and is
feedstock-flexible in that RTP can be designed to process a wide variety of lignocellulosic feedstocks
For more information on the advantages of pyrolysis oil and our RTP technology please visit us atwwwEnvergentTechcom
InstitutosEmpresaOutros
Nacionais
Instituto Nacional de Tecnologia
Empresa Brasileira de Pesquisas Agropecuaacuterias
PetrobraacutesCENPES
Centro de Energias Alternativas e Meio Ambiente
Centro de Tecnologia Canavieira
Instituto de Pesquisa Tecnoloacutegica do Estado de Satildeo Paulo
Instituto Nacional de Pesquisas Espaciais
Centro Brasileiro de Pesquisas Fiacutesicas
Instituto Nacional de Pesquisas da Amazocircnia
Conselho de Desenvolvimento Cientifico e Tecnoloacutegico
CNEN
Museu Paraense Emilio Goeldi Paraacute
FIOCRUZ
Instituto Nacional do Cacircncer
Instituto Adolfo Lutz
TOTAL GERAL 15 instituiccedilotildees
Universidade Federal do Rio de Janeiro
InstitutosDepartamentos
Internacionais
National Renewable Energy Laboratories EUA
US Department of Agriculture Agricultural Research
Service (USDA ARS) EUA
Chinese Academy of Science China
Agriculture ampAgri Food Canada Canadaacute
Institut National de la Recherche Agronomique Franccedila
Consejo Superior de Investigaciones Cientificas (CSIC)
Espanha
Russian Academy of Science Ruacutessia
Indian Institute of Technology Iacutendia
Natural Renewable Energy Laboratory EUA
National Institute of Advanced Industrial Science and
Technology Japatildeo
Institute Francais du Petrole (IFP)
Polish Academy of Science Polocircnia
Indian Institute of Chemical Technology India
Max Planck Institut Alemanha
French National Institute for Agricultural Research (INRA)
Franccedila
Tokyo Institute of Technology Japatildeo
Centre National de la Recherche Scientifique (CNRS)
Franccedila
National Chemical Laboratory Iacutendia
National Institute of Advanced Industrial Science and
Technology Japatildeo
Korea Institute of Science amp Technology Coreacuteia do Sul
US Geology Survey EUA
Marine Biotechnology Institute Japatildeo
Korea Institute of Energy Research (KIER) Coreacuteia do Sul
Centre National de la Recherche Scientifique (CNRS)
Franccedila
Kamaishi Labs Marine Biotechnology Institute Japatildeo
Alfred Wegener Institute for Polar and Marine Research
Alemanha
Australian National University Austraacutelia
Chonbuk National University Coreacuteia do Sul
Centre de Recherche en Ecologie Marine et Aquaculture
(IFREMER) Franccedila
Mitsubishi Heavy Ind Ltd (Advanced Technoly Research
Centre) Japatildeo
Oak Ridge National Laboratory (ORNL) EUA
Research Institute of Innovative Technology for the Earth
(RITE) Japatildeo
Central Institute of Medicinal and Aromatic Plants Iacutendia
Consiglio Nazional delle Ricerche (CNR) Itaacutelia
NASA EUA
Beijing Yixintang Medicine Research Institute
TOTAL GERAL 36 instituiccedilotildees
Universidade Federal do Rio de Janeiro
Empresas Internacionais
Novozymes AS
Genencor Int Inc
Kao Corp
Novo Nordisk AS
Novozymes Inc
Novo-Nordisk AS
Henkel KGAA
Iogen Energy Corp
Danisco US Inc Genencor Division
Novozymes Biotech Inc
Novozymes North America Inc
Goedegebuur F
Midwest Research Institute
Du Pont De Nemours amp Co
Dunn- Coleman N
AE Biofuels EUA
Blue Fire Ethanol EUAJapatildeo
Chempolis Ou
Iogen
KL Energy
Lignol Energy
Sekab
Sun Opta
Verenium
Chevron USA Inc
Shell International Research Maatshappij BV
Exxon Mobil Res ampEng Co
Sasol Technology Pty Ltd
Shell Oil Co
Conoco Phillips Co
ENI Spa
Exxon Res amp Eng Co
Exxon Mobil Res amp Eng Co
Roquette Freres As
Basf AG
General Electric Co
Exxon Mobil Chem Patents Inc
LrsquoOreal SA
Basf SE
Bayer AG
Wellington SL
Vinegar HJ
Berchenko IE
Dow Global Technologies Inc
Degussa AG
Bayer Material Science AG
Samsung SDI Co Ltd
Stegemeir GL
Henkel KGAA
Zhang E
Ryan RC
Fowler TD
Rouffi gnac EPD
Universidade Federal do Rio de Janeiro
Council of Scientific and Industrial Research of India
Li Y
Ye M
Wang Y
Zhang L
Jiang J
Liu Y
Yin K
Jiang L
Syngenta Part AG
Novartis AG
Basf SE
Bayer Cropscience AG
Dow Corning Corporation
Genoptera LLC
Monsanto Technology
US Secretary of Agriculture
Bayer Cropscience GMBH
Toyota Jidosha KK
TOTAL GERAL 88 instituiccedilotildees
Empresas Internacionais
Fowler TD
Rouffi gnac EPD
Merck Patent GMBH
Procter amp Gamble Co
Yokohama Rubber Co Ltd
Colgate Palmolive
Bridgestone Corp
Henkel KGAA
Goodyear Tire amp Rubber Co
LG Electronics Inc 507
Matsushita Denki Sangyo KK
Toshiba KK
Canon KK
Hitachi Ltd
Mitsubshi Electric Co
Mitsubishi Jukogyo KK
Universidade Federal do Rio de Janeiro
CURSOS
Ofertados nas instituiccedilotildees de ensino nacionais ou internacionais
Introduccedilatildeo a Quiacutemica Verde
Quiacutemica Verde e Quiacutemica Sustentaacutevel
Engenharia Ecoloacutegica e Quiacutemica Verde
ldquoQuiacutemica Verde Fundamentos e Aplicaccedilotildeesrdquo
Quiacutemica Verde na Atualidade
A Quiacutemica Verde e o papel da cataacutelise no contexto da
Inovaccedilatildeo e do Desenvolvimento Tecnoloacutegico
Universidade Federal do Rio de Janeiro
Universidade Federal do Rio de Janeiro
FONTES CONSULTADAS
Quiacutemica verde no Brasil 2010 ndash 2030 Ediccedilatildeo revista e atualizada
Centro de Gestatildeo e Estudos Estrateacutegicos
Ciecircncia Tecnologia e Inovaccedilatildeo
httpwwwsciencedirectcom
httpwwwperiodicoscapesgovbr
LINHAS DE PESQUISA
Luiz Felipe Miranda de Jesus
Universidade Federal do Rio de Janeiro
Linhas de Pesquisa
Buscas Associadas
ldquoQuiacutemica Verderdquo
ldquoQuiacutemica Ambientalrdquo
ldquoQuiacutemica Sustentaacutevelrdquo
ldquoGreen Chemistryrdquo
ldquoQuiacutemica Verde PampDrdquo
ldquoGreen Chemistry RampDrdquo
ldquoUS Green Chemistryrdquo
ldquoEurope Green Chemistryrdquo
Universidade Federal do Rio de Janeiro
Linhas de Pesquisa
Principais Fontes
Identificaccedilatildeo de Instituiccedilotildees citadas em artigos e outras publicaccedilotildees
CAPES
CNPQ
ABQ
SBPC
Instituiccedilotildees de Fomento (FINEP FAPESPetc)
CGEE
MCT
Sites das Universidades
EPA
IUPAC
ACS
Green Chemistry Network
Royal Society of Chemistry
European Environment Agency
Universidade Federal do Rio de Janeiro
The Interuniversity National Consortium Chemistry for the Environment (INCA Consortium) Gathers 33 Italian universities and about 90 research units headquarters in Venezia and Roma Italy
NSF Science and Technology Center for Environmentally Responsible Solvents and Processes University of North Carolina Chapel Hill Queens University Ionic Liquid Laboratories (QUILL)
Queens University of Belfast The Clean Technology Research Group University of Nottingham The Green Chemistry Group (see below now called centre of excellence)
University of York Centre for Green Chemistry University of Monash Centre for Green Manufacturing University of Alabama Chemical Process Engineering Research Institute Centre for Research amp Technology University of Leicester (UK) Leicester Green Chemistry Group
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
University of Leeds (UK) Leeds Cleaner Synthesis Group Institute of Applied Catalysis (UK) A research network for catalysis Carnegie Mellon University (USA) Institute for Green Oxidation Chemistry Institute for a Sustainable Environment (USA) University of Oregon Center for Sustainable and Green Chemistry (DEN) httpwwwcsgdtudk Green Chemistry Centre of Excellence (UK) httpwwwyorkacukresgcgsiteindexhtm Center for Green Chemistry at UMass Boston (US) httpwwwgreenchemistryumbedu Center for Green Chemistry at UMass Lowell (US) httpwwwgreenchemistryumledu University of Notre Dame Energy Centre (USA) httpwwwndedu~ndenergy Goumlteborg Universitys Centre for Environment and Sustainability (SWE) httpwwwchalmerssegmvEN
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
MSc in Green Chemistry and Sustainable Industrial Technology
Department of Chemistry at the University of York
Master en Quimica Sostenible
Faculty of Sciences at the University of Zaragoza
MSc in Green Chemistry Energy and the Environment
Imperical College London
MSc in Chemical Research (Green Chemistry with Industry)
CTA funding to the University of Leicester
1st year Master of Science Chemistry Specializing in Green Chemistry
University Louis Pasteur (Strasbourg I)
Master of Chemistry and EST
Universiteacute de Savoie
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
Schools with Green Chemistry Programs
United States
Eastern Connecticut
Yale University
Massachusetts
Bridgewater State College
Gordon College
University of Massachusetts Boston
University of Massachusetts Lowell Center for Green Chemistry
Pennsylvania
Carnegie Mellon Institute for Green Oxidation Chemistry
University of Scranton
Arkansas
Hendrix College (green organic chemistry)
Illinois
University of Illinois-Urbana-Champaign
Minnesota
St Olaf College
Alabama
University of Alabama
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
Linhas de Pesquisa California
Berkeley Center for Green Chemistry
UC Berkeley Extension
Colorado
Colorado School of Mines
Oregon
University of Oregon
Schools with Green Chemistry Programs - International
Australia
Monash University Centre for Green Chemistry
Murdoch University Sustainable ChemistryGreen Chemistry
Netherlands
Delft University of Technology Biocatalysis and Organic Chemistry
Italy
Interuniversity Consortium Chemistry for the Environment (INCA)
Universidade Federal do Rio de Janeiro
Northern Ireland
Queens University of Belfast Ionic Liquid Laboratories
Spain
Institute of Science and Technology (IUCT)
Green Chemistry Network of Spain (REDQS - Red Espantildeola de Quiacutemica Sostenible)
Sweden
Centre for Environment and Sustainability - Chalmers University of
TechnologyGoumlteborg University
United Kingdom
Green Chemistry Centre of Excellence at York
University of Leicester Green Chemistry Group
University of Nottingham Green and Analytical Chemistry
Brazil
Universidade do Vale do Itajaiacute Center for Technological Earth and Sea Sciences
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
Linhas de Pesquisa
Observaccedilotildees
Poucos programas especiacuteficos em ldquoQuiacutemica Verderdquo
Perfil multidisciplinar
Descriccedilatildeo de diversas linhas abrange somente um ou
alguns dos princiacutepios da ldquoQuiacutemica Verderdquo
Associaccedilatildeo inadequada ao tema
Necessidade de ampliaccedilatildeo de escopo
Movimento inicial de fomento aos projetos na aacuterea
Universidade Federal do Rio de Janeiro
CONGRESSOS E OUTROS SITES
Natasha Kelber
Universidade Federal do Rio de Janeiro
Universidade Federal do Rio de Janeiro
CONGRESSOS NACIONAIS
5ordm Simpoacutesio Nacional de Biocombustiacuteveis ndash BIOCOM ndash 14 a15Abril2012 ndash Canoas
RS
4ordf Escola de Quiacutemica Verde - JaneiroFevereiro2012 - Satildeo Paulo SP
VII Congresso Brasileiro de Biosseguranccedila - 19-23Setembro2011 - Joinville SC
II Semana de Biotecnologia Industrial - 20-22Outubro2010 - Lorena SP
5ordm Congresso Internacional de Bioenergia - 10-13Agosto2010 - Curitiba PR
II Semana de Biotecnologia Industrial - Julho2009 - Lorena SP
VI Congresso Brasileiro de Biosseguranccedila
VI Simpoacutesio Latino-Americano de Produtos Biotecnoloacutegicos
I Simpoacutesio Internacional de Biosseguridade e Pesquisa de Duplo Uso
I Feira de Equipamentos e Dispositivos de Biosseguranccedila ndash 22-25 Setembro2009 -
Rio de Janeiro RJ
1ordm Encontro Franco-Brasileiro de Quiacutemica Verde - 11 a 13Outubro2011
Universidade Federal do Rio de Janeiro
CONGRESSOS INTERNACIONAIS
3nd Brazilian Conference on Natural Products - 29Outubro-02Novembro2011 -
Ouro Preto MG
Biodiesel Congress - 27-29Julho2011 - Satildeo Paulo SP
IGCW 2011 Industrial Green Chemistry World Symposium amp Expo - December 4-6
2011 - Mumbai Iacutendia
3rd Asia-Oceania Conference on Green and Sustainable Chemistry (AOC-3) -
December 4-7 2011 - Melbourne Austraacutelia
3rd International Congress on Green Process Engineering - December 6-8 2011 -
Kuala Lumpur Malaysia
Minnesota Green Chemistry Conference - January 26 2012 - Minneapolis MN
The Asian Conference on Sustainability Energy amp the Environment - May 3-6 2012 -
Osaka Japan
16th Annual Green Chemistry amp Engineering Conference - June 18-20 2012 -
Washington DC
Gordon Research Seminar and Conference on Green Chemistry - July 21-27 2012 -
Lucca (Barga) Italy
4th International IUPAC Conference on Green Chemistry - August 25-29 2012 - Foz
do IguaccediluPR Brazil
Universidade Federal do Rio de Janeiro
OUTROS SITES
httpportalacsorgportalacscorgcontent_nfpb=trueamp_pageLabel=PP_SUPERAR
TICLEampnode_id=1401ampuse_sec=falseampsec_url_var=region1amp__uuid=6e2273c5-5e7f-
4c7b-8931-530d244f1650P15_704
httpwwwcleanproductionorgGreenphp
wwwrscorgMembershipNetworkingInternationalActivitiesPanAfricaindexasp
httpwwworganic-chemistryorgtopicsgreen-chemistryshtm
httpagenciafapespbr12992
httpacademicscrantonedufacultycannm1greenchemistryporthtml
httpwwwabqorgbrsimpequi2010trabalhos122-7744htm
httpbrlinkedincominquimicaverde
httpwwwcinprorgbrFreeComponent10435content149251shtml
httpquiverdeblogspotcom201006os-12-principios-da-quimica-verdehtml
httpwwwufpeltchebriqgwwverde
httpwwwbrasilescolacomquimicaprincipios-quimica-verdehtm
httpwwwsustentabilidaderesultadoscombrgreen-chemistry-a-sustainable-
opportunity
httpwwwgreenchemistrynetworkorg
httpwwwepagovgreenchemistry
PUBLICACcedilOtildeES E PERIOacuteDICOS
Renato Soares
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS
Base de Dados
Royal Society of Chemistry (30)
SpringerLink (MetaPress) (30)
Wiley Online Library (30)
ACS Journals Search (30)
Nature (NPG) (30)
Science (AAAS) (30)
IOPscience (Institute of Phsics) (30)
Oxford Journals (Oxford University Press) (30)
ScienceDirect (Elsevier) (30)
Annual Reviews (29)
AIP Scitation ndash American Institute of Physics (28)
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS
Annual Review of Biochemistry (6)
Scientific American (5)
Ecological Indicators (5)
Green Chemistry Educat (4)
Nature Chemistry (4)
J Chem Educ (3)
Autobiographies by Nob (3)
J Appl Phys (3)
Food Hydrocolloids (3)
Chem Soc Rev (2)
Annual Review of Environment and Resources (2)
J Am Chem Soc (2)
The Excitement and Fascination of Science (2)
Environmental Science and Pollution Research (2)
Universidade Federal do Rio de Janeiro
COLECcedilOtildeES E TEXTOS
Murilo Alves
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS REVISTAS E JORNAIS CIENTIacuteFICOS Revistas Cientiacuteficas com conteuacutedos sobre ensino de ciecircnciasquiacutemica e
quiacutemica verde
O primeiro artigo que atendeu aos criteacuterios adotados
neste trabalho e cujo tiacutetulo conteacutem a expressatildeo Green Chemistry (Quiacutemica Verde) - Design for the
environment and Green Chemistry the heart and soul
of industrial ecology - foi publicado em 1997
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS REVISTAS E JORNAIS CIENTIacuteFICOS Revistas Cientiacuteficas com conteuacutedos sobre ensino de ciecircnciasquiacutemica e
quiacutemica verde
Revista Quiacutemica Nova na Escola - QNEsc A Revista Quiacutemica Nova na Escola (QNEsc) com uma periodicidade trimestral propotildee-se a subsidiar o trabalho a formaccedilatildeo e a atualizaccedilatildeo da comunidade do Ensino de Quiacutemica brasileiro QNEsc integra-se agrave linha editorial da Sociedade Brasileira de Quiacutemica que publica tambeacutem a revista Quiacutemica Nova e o Journal of the Brazillian Chemical Society Quiacutemica Nova na Escola eacute um espaccedilo aberto ao educador suscitando debates e reflexotildees sobre o ensino e a aprendizagem de quiacutemica Assim contribui para a tarefa fundamental de formar verdadeiros cidadatildeos Nesse sentido a Divisatildeo de Ensino disponibiliza neste portal na iacutentegra e de forma totalmente gratuita todos os artigos publicados no formato PDF Estatildeo disponiacuteveis tambeacutem os Cadernos Temaacuteticos publicados desde 2001 pela Divisatildeo de Ensino
Green Chemistry - Journal Jornal publicado pela Royal Society of Chemistry - RCS que se apresenta como um espaccedilo para publicaccedilatildeo sobre
pesquisas de ponta no desenvolvimento de tecnologias alternativas sustentaacuteveis
Green Green - revista italiana do Consoacutercio Interuniversitaacuterio Quiacutemica Nacional do Meio Ambiente (INCA) em colaboraccedilatildeo com a Sociedade Quiacutemica Italiana (SCI) 1 5 ACS Publications A Divisatildeo de Publicaccedilotildees da Sociedade Americana de Quiacutemica (American Chemical Society - ACS) oferece a comunidade cientiacutefica mundial uma coleccedilatildeo abrangente dos perioacutedicos mais citados revisados por pares em ciecircncias quiacutemicas e afins
Universidade Federal do Rio de Janeiro
Universidade Federal do Rio de Janeiro
FONTES CONSULTADAS
httpwwwqmcufscbrgieqindexphplinkshtml
httpwwwperiodicoscapesgovbr
httpwwwscielocom
Organizaccediloes - 100 maiores empresas em Bioenergia 2011-12 Referencia Biofuels Digest online publication
November 9 2011 author Jim Lane
1 Solazyme
2 Amyris
3 Gevo
4 POET
5 LS9
6 Novozymes
7 Enerkem
8 LanzaTech
9 UOP
10 ZeaChem
11 Codexis
12 Abengoa Bioenergy
13 KiOR
14 Virent Energy Systems
15 Sapphire Energy
16 Ceres
17 Coskata
18 DuPont Cellulosic
19 Terrabon
20 Mascoma
21 Cobalt Technologies
22 Petrobras
23 Joule Unlimited
24 BP Biofuels
25 Neste
26 Waste Management
27 Rentech
28 Qteros
29 INEOS Bio
30 Genencor
31 Genomatica
32 Shell
33 Synthetic Genomics
34 Chemtex
100 maiores empresas em Bioenergia 2011-12 Referencia Biofuels Digest online publication November 9 2011
author Jim Lane
35 Algenol
36 Elevance Renewable Sciences
37 OriginOil
38 SG Biofuels
39 Cosan
40 HCL CleanTech
41 Fulcrum Bioenergy
42 Cargill
43 Chevron
44 Bluefire Renewables
45 Dynamic Fuels
46 Mendel
47 OPX Biotechnologies
48 Inbicon
49 Renmatix
50 Monsanto
51 Butamax
52 Iogen
53 DuPont
54 Verenium
55 PetroAlgae
56 DSM
57 ExxonMobil
58 Envergent
59 Aurora Algae
60 Syngenta
61 Praj Industries
62 Phycal
63 Renewable Energy Group
64 Clear Fuels Technology
65 ArborGen
66 KL Energy
67 Solix Biofuels
100 maiores empresas em Bioenergia 2011-12 Referencia Biofuels Digest online publication November 9 2011
author Jim Lane
68 Catchlight Energy
69 Dyadic
70 AE Biofuels
71 Myriant
72 EdeniQ
73 Avantium
74 Propel Fuels
75 GlycosBio
76 ETH Bioenergia
77 Chemrec
78 Ensyn
79 Green Plains Renewable Energy
80 Range Fuels
81 Bioprocess Algae
82 SynGest
83 TMO Renewables
84 Chromatin
85 Blue Marble Biomaterials
86 Genera Energy
87 ICM
88 Albemarle
89 Lignol
90 Raizen
91 Verdezyne
92 Greenfuel Ethanol
93 Atlantic Biomass Conversions
94 Pacific Ethanol
95 Dong Energy
96 SEKAB
97 Borregaard Industries
98 Dynamotive
99 Allard Research
100 Targeted Growth
Universidade Federal do Rio de Janeiro
EXEMPLOS DE NEGOacuteCIOS SUSTENTAacuteVEIS
1 Biorrefinarias
2 Produccedilatildeo de Etanol
3 Rota Bioquiacutemica
4 Termoquiacutemica
5 Sucroquiacutemica
6 Conversatildeo de CO2 por microalgas
7 Fitoteraacutepicos
8 Biopesticidas de Origem Vegetal
9 Aromas Fragracircncias e Oacuteleos Essenciais
10Fitoquiacutemica
11Energias Renovaacuteveis
12 Produccedilatildeo Bioloacutegica de Hidrogecircnio
MP renovaacutevel
Transporte MP
Lavagem Moagem
Unidade de fermentaccedilatildeo
Destilaccedilatildeo
Controle de qualidade e
estocagem de agravelcool
Transporte do aacutelcool
(caminhotildees)
Estoque de agravelcool nos
clientes
MP Petroquiacutemica
Transporte do MP
Craqueamento Separaccedilatildeo
Estocagem do eteno
Transporte Tubovias
Hidrataccedilatildeo
Transporte Etanol
Tubovias ou caminhotildees
Estoque nos clientes
Etanol de
cana de
accedilucar
Etanol
Petroquiacutemico
Cana de
accedilucar
Caminhotildees
Bagaccedilo Cogeraccedilatildeo de vapor
energia eletrica
Tubovias
Co produtos
Propeno
Buteno
Outros
Nafta
MP renovaacutevel
Transporte MP
Estoque Etanol
Unidade de aldeido aceacutetico
Unidade produccedilatildeo
ac aceacutetico Destilaccedilatildeo
Transporte de ac
aceacutetico
Estoque de Ac Aceacutetico nos clientes
MP Gaacutes natural
C O Carboxilaccedilatildeo Unidade de remoccedilatildeo de
Leves
Controle de qualidade
Estoque de aacutecido
aceacutetico
Transporte de Ac aceacutetico
Estoque de ac Aceacutetico nos clientes
Aacutecido Aceacutetico
Alcool
Quiacutemico
Aacutecido aceacutetico
a partir do
metanol
Etanol
Caminhotildees
Caminhotildees
Gaacutes natural
Metanol
Off - gas
Caminhotildees
MP renovaacutevel
Transporte MP
Lavagem Moagem
Unidade de fermentaccedilatildeo
Destilaccedilatildeo
Controle de qualidade e
estocagem de agravelcool
Transporte do aacutelcool
(caminhotildees)
Estoque de agravelcool nos
clientes
MP Petroquiacutemica
Transporte do MP
Craqueamento Separaccedilatildeo
Estocagem do eteno
Etanol de
cana de
accedilucar
Eteno
Petroquiacutemico
Cana de
accedilucar
Caminhotildees
Bagaccedilo Cogeraccedilatildeo de vapor
energia eletrica
Tubovias Co produtos
Propeno
Buteno
Outros
Nafta
MP renovaacutevel
Transporte MP
Estoque Etanol
Desidrataccedilatildeo Estoque Eteno
Etanol Caminhotildees
Eteno Alcool
Quiacutemico
Outros Sites AS 30 maiores Empresas em Produtos Quiacutemicos Renovaacuteveis e Biomateriais
(2011-12) Referencias Biofuels Digest ndashe sites das empresas
1 Genomatica
We develop our processes using our proprietary biotechnology platform The resulting processes can convert multiple renewable
feedstocks into numerous existing chemicals that meet industry specifications for large established markets
2 Solazyme
Solazymes proprietary biotechnology platform creates renewable oils by harnessing microalgaes prolific oil production capabilities
Through world-class molecular biology and chemical engineering capabilities were able to cost-effectively produce high-value tailored oils
3 Amyris
The basis of our production is a well-established fermentation process that uses our genetically-engineered yeast strains to convert
the sugar source into target molecules such as farnesene
4 Gevo
We plan to produce isobutanol a versatile platform chemical for the liquid fuels and petrochemical market
5 LS9
LS9rsquos industrial biotechnology platform converts diverse renewable feedstocks to drop-in fuel and chemical products
6 Dupont
Through DuPont innovation key building blocks for many of the materials we use every day can now be derived from renewable
resources mdash creating a much smaller environmental footprint than their petroleum-based predecessors with no compromise in performance
7 Codexis
Products and technology from Codexis can help the chemicals industry reduce supply chain volatility replace petroleum-based
environmentally sensitive raw materials with plentiful biomass and gain a competitive advantage in the marketplace
AS 30 maiores Empresas em Produtos Quiacutemicos Renovaacuteveis e Biomateriais (2011-12) ndash cont
8 Genencor
As a leader in the development of renewable alternatives for petroleum-based chemicals and fuels Genencor is helping to build the road
towards a more sustainable future
9 Novozymes
A number of technologies are involved in these steps and this part of ldquoOur technologyrdquo gives you an understanding of how these
technologies are employed in the work of researchers at Novozymes
10 ZeaChem
ZeaChem Inc has developed a cellulose-based biorefinery platform capable of producing advanced ethanol fuels and chemicals
Our indirect approach leapfrogs the yield and carbon dioxide (CO2) problems associated with traditional and cellulosic based processes
11 Cargill
Cargillrsquos range of nature-based products are suited to a number of industrial applications and markets We offer a growing number
of products derived from renewable sources designed to replace or offset non-renewable ingredients
12 Cobalt Technologies
Cobalts technology features a continuous process to efficiently convert diverse low cost feedstocks ndash beginning with bagasse and
waste wood ndash into biobutanol
13 Waste Management
Thatrsquos why Waste Management makes such a good fit Our mission is to bring you professional dependable services and innovative
solutions that create value for you ndash and a better future for us all
14 Ceres
Our technology platforms are helping make biofuels bio-based chemicals and biopower more economical and scalable It starts with
improving the crops themselves a process as old as farming but now coupled with the latest genomics-based breakthroughs
AS 30 maiores Empresas em Produtos Quiacutemicos Renovaacuteveis e Biomateriais (2011-12) ndash cont
15 Elevance Renewable Sciences
As the leader in transforming natural renewable oils into high-performing specialty products and materials Elevance is uniquely
positioned to meet consumer demand in a market exceeding $100 billion annually in these segments
Performance waxesNature Wax productsPersonal care productsDetergents and cleanersAntimicrobials
16 Dow Chemical
At Dow we are already creating solutions for a more sustainable future by helping develop paints that scrub the formaldehyde
from the air designing intelligent packaging that keeps food fresher longer and communicates its condition as well as more efficient
batteries to power vehicles
17 Enerkem
Chemicals used to make thousands of industrial and consumer products have traditionally been derived from fossil fuels such as petroleum
With an innovative process that uses waste and residues instead of fossil fuels Enerkem helps meet the increasing demand for greener
everyday products
18 Coskata
Coskata is a biology-based renewable energy company whose low-cost platform technology allows for the production of fuels and
chemicals from a variety of input material (including biomass agricultural and municipal wastes and other carbonaceous material)
Using proprietary microorganisms and patented bioreactor designs we are ready today to produce feedstock flexible ethanol
to fuel energy security economic growth and environmental sustainability
19 OPX Biotechnologies
OPXBIO developed and piloted the microbe and process that will produce its first biochemical product ndash BioAcrylic ndash at 30 to 50
percent lower cost and a 75 percent reduction in greenhouse gas emissions over current petrol-based acrylic Todayrsquos petro-acrylic has
an $10 billion global market in applications such as paints adhesives diapers and detergents In 2011 OPXBIO began collaborating
with The Dow Chemical Company to develop an industrial-scale process for producing BioAcrylic OPXBIO anticipates
full commercialization of BioAcrylic within three to five years
20 DSM
Bio-based materials The DSM Innovation Center is currently developing a platform of bio-based performance materials Examples
include investment in the green-chemistry company Segetis an agreement with Novomer to develop the first green resin for coatings
and the launch of EcoPaXXtrade a bio-based high-performance engineering plastic polymer
Approximately 70 of EcoPaXXtrade consists of building blocks derived from castor oil ndash a renewable resource This results in a
carbon footprint of zero lsquofrom cradle to the DSM gatersquo Itrsquos a strong selling point in todayrsquos plastics market as well as being fully compatible
with our strategy of sustainable innovation
AS 30 maiores Empresas em Produtos Quiacutemicos Renovaacuteveis e Biomateriais (2011-12) ndash cont
21 Myriant
Biobased specialty chemicals are a reality today because of Myriants commitment to development of technology with direct
commercial applicability Our integrated approach which links RampD efforts with the business strategy throughout the value chain and
across key aspects of company operations has resulted in a novel biocatalyst platform with proven commercialization success a robust
product pipeline and an extensive intellectual property suite
22 Cosan
O aacutelcool etiacutelico ou etanol eacute produzido pela fermentaccedilatildeo da cana-de-accediluacutecar A Raiacutezen se destaca como uma das maiores produtoras de
etanol no paiacutes com produccedilatildeo anual de22 bilhotildees de litros Em linha com sua visatildeo de ser reconhecida globalmente pela
excelecircncia no desenvolvimento produccedilatildeo e comercializaccedilatildeo de energia sustentaacutevel investe no combustiacutevel de matriz limpa e renovaacutevel
com tecnologia e talento que satildeo referecircncia no Brasil e no mundo
23 Mascoma
Ethanolrsquos energy is derived from plants that in turn obtain their energy from the sun In this way ethanol acts as a means of storing solar
power in liquid form Cellulosic ethanol is ethanol that is obtained from the non-edible portion of plant material Cellulosic ethanol is
identical in composition and performance to ethanol derived from corn or sugar cane Cellulosic ethanol however has important
environmental economic and sustainability advantages over conventional sources due to its source and method of production
24 KiOR
KiOR has developed a proprietary technology platform to convert sustainable low-cost non-food biomass into a hydrocarbon-based
renewable crude oil Using standard refining equipment the company processes its renewable crude into gasoline and diesel blendstocks
that can utilize the existing transportation fuel infrastructure for use in vehicles on the road today
25 DuPont Danisco
DuPont is applying its deep knowledge and experience in crop technology microbiology bioprocessing and engineering to
enable proprietary cost-effective cellulosic ethanol solutions for the market At DuPont we believe that science-powered innovation
and collaboration are required to meet the food energy and protection challenges of unprecedented population growth Our cel lulosic
ethanol team is leading the way in advanced biofuels by developing comprehensive integrated solutions for a range of feedstocks and
designing innovative enzymes to accelerate the commercial production of cellulosic biofuels in markets across the world
AS 30 maiores Empresas em Produtos Quiacutemicos Renovaacuteveis e Biomateriais (2011-12) ndash cont
26 Virent
Virent is replacing crude oil by creating the chemicals and fuels the world demands through utilization of a wide variety of naturally
occurring renewable resources Our patented BioFormingreg technology features catalytic chemistry which converts plant-based sugars into
a full range of hydrocarbon productsidentical to those made from petroleum including gasoline diesel jet fuel and chemicals for plastics
and fibers Our products are ldquodrop-inrdquo replacements that enable full utilization of todayrsquos existing processing pipeline storage and
transportation infrastructure Virent produces its hydrocarbon chemicals and fuels from plant sugars in a few hours compared to the
millions of years required for petroleum
27 LanzaTech
LanzaTech is very much part of this new field of innovators and by challenging our preconceptions of waste and energy sources we see
a future where access to energy is universal
28 POET
POET devotes tremendous resources to developing cellulosic ethanol Every day our researchers work to make it more affordable
Weve invested heavily in cellulosic research over the past decade and we will invest much more as we begin construction on our first
commercial cellulosic ethanol plant in Emmetsburg Iowa which we anticipate will produce 25 million gallons per year
29 Metabolix
Metabolix is developing commercially viable chemicals from biobased sources as opposed to fossil fuels which produce the vast majority of
chemicals today
Today four carbon (C4) chemicals are produced from non-renewable fossil-based hydrocarbons and are used to make spandex fibers
polyurethanes engineering resins and personal care products
Biobased chemicals allow us to address the global market demand for products and processing that reduce fossil energy use and greenhouse
gas emissions
30 Honeywellrsquos UOP
In 2008 UOP and Ensyn Corporation created the joint venture Envergent Technologies
Envergent is focused on the conversion of forest and agricultural waste residues to a liquid renewable oil to generate renewable heat and power
We do this through the RTPregprocess or rapid thermal processing which has been in commercial operation for more than 25 years
The RTP process produces a clean burning minimal sulfur content biofuel that can be used for the generation of renewable heat and power It is
a cost-effective solution to reduce greenhouse gas emissions up to 90 compared to petroleum-based fuels
The process is scalable to meet the needs of diverse applications It has a relatively compact footprint due to its modular construction and is
feedstock-flexible in that RTP can be designed to process a wide variety of lignocellulosic feedstocks
For more information on the advantages of pyrolysis oil and our RTP technology please visit us atwwwEnvergentTechcom
InstitutosEmpresaOutros
Nacionais
Instituto Nacional de Tecnologia
Empresa Brasileira de Pesquisas Agropecuaacuterias
PetrobraacutesCENPES
Centro de Energias Alternativas e Meio Ambiente
Centro de Tecnologia Canavieira
Instituto de Pesquisa Tecnoloacutegica do Estado de Satildeo Paulo
Instituto Nacional de Pesquisas Espaciais
Centro Brasileiro de Pesquisas Fiacutesicas
Instituto Nacional de Pesquisas da Amazocircnia
Conselho de Desenvolvimento Cientifico e Tecnoloacutegico
CNEN
Museu Paraense Emilio Goeldi Paraacute
FIOCRUZ
Instituto Nacional do Cacircncer
Instituto Adolfo Lutz
TOTAL GERAL 15 instituiccedilotildees
Universidade Federal do Rio de Janeiro
InstitutosDepartamentos
Internacionais
National Renewable Energy Laboratories EUA
US Department of Agriculture Agricultural Research
Service (USDA ARS) EUA
Chinese Academy of Science China
Agriculture ampAgri Food Canada Canadaacute
Institut National de la Recherche Agronomique Franccedila
Consejo Superior de Investigaciones Cientificas (CSIC)
Espanha
Russian Academy of Science Ruacutessia
Indian Institute of Technology Iacutendia
Natural Renewable Energy Laboratory EUA
National Institute of Advanced Industrial Science and
Technology Japatildeo
Institute Francais du Petrole (IFP)
Polish Academy of Science Polocircnia
Indian Institute of Chemical Technology India
Max Planck Institut Alemanha
French National Institute for Agricultural Research (INRA)
Franccedila
Tokyo Institute of Technology Japatildeo
Centre National de la Recherche Scientifique (CNRS)
Franccedila
National Chemical Laboratory Iacutendia
National Institute of Advanced Industrial Science and
Technology Japatildeo
Korea Institute of Science amp Technology Coreacuteia do Sul
US Geology Survey EUA
Marine Biotechnology Institute Japatildeo
Korea Institute of Energy Research (KIER) Coreacuteia do Sul
Centre National de la Recherche Scientifique (CNRS)
Franccedila
Kamaishi Labs Marine Biotechnology Institute Japatildeo
Alfred Wegener Institute for Polar and Marine Research
Alemanha
Australian National University Austraacutelia
Chonbuk National University Coreacuteia do Sul
Centre de Recherche en Ecologie Marine et Aquaculture
(IFREMER) Franccedila
Mitsubishi Heavy Ind Ltd (Advanced Technoly Research
Centre) Japatildeo
Oak Ridge National Laboratory (ORNL) EUA
Research Institute of Innovative Technology for the Earth
(RITE) Japatildeo
Central Institute of Medicinal and Aromatic Plants Iacutendia
Consiglio Nazional delle Ricerche (CNR) Itaacutelia
NASA EUA
Beijing Yixintang Medicine Research Institute
TOTAL GERAL 36 instituiccedilotildees
Universidade Federal do Rio de Janeiro
Empresas Internacionais
Novozymes AS
Genencor Int Inc
Kao Corp
Novo Nordisk AS
Novozymes Inc
Novo-Nordisk AS
Henkel KGAA
Iogen Energy Corp
Danisco US Inc Genencor Division
Novozymes Biotech Inc
Novozymes North America Inc
Goedegebuur F
Midwest Research Institute
Du Pont De Nemours amp Co
Dunn- Coleman N
AE Biofuels EUA
Blue Fire Ethanol EUAJapatildeo
Chempolis Ou
Iogen
KL Energy
Lignol Energy
Sekab
Sun Opta
Verenium
Chevron USA Inc
Shell International Research Maatshappij BV
Exxon Mobil Res ampEng Co
Sasol Technology Pty Ltd
Shell Oil Co
Conoco Phillips Co
ENI Spa
Exxon Res amp Eng Co
Exxon Mobil Res amp Eng Co
Roquette Freres As
Basf AG
General Electric Co
Exxon Mobil Chem Patents Inc
LrsquoOreal SA
Basf SE
Bayer AG
Wellington SL
Vinegar HJ
Berchenko IE
Dow Global Technologies Inc
Degussa AG
Bayer Material Science AG
Samsung SDI Co Ltd
Stegemeir GL
Henkel KGAA
Zhang E
Ryan RC
Fowler TD
Rouffi gnac EPD
Universidade Federal do Rio de Janeiro
Council of Scientific and Industrial Research of India
Li Y
Ye M
Wang Y
Zhang L
Jiang J
Liu Y
Yin K
Jiang L
Syngenta Part AG
Novartis AG
Basf SE
Bayer Cropscience AG
Dow Corning Corporation
Genoptera LLC
Monsanto Technology
US Secretary of Agriculture
Bayer Cropscience GMBH
Toyota Jidosha KK
TOTAL GERAL 88 instituiccedilotildees
Empresas Internacionais
Fowler TD
Rouffi gnac EPD
Merck Patent GMBH
Procter amp Gamble Co
Yokohama Rubber Co Ltd
Colgate Palmolive
Bridgestone Corp
Henkel KGAA
Goodyear Tire amp Rubber Co
LG Electronics Inc 507
Matsushita Denki Sangyo KK
Toshiba KK
Canon KK
Hitachi Ltd
Mitsubshi Electric Co
Mitsubishi Jukogyo KK
Universidade Federal do Rio de Janeiro
CURSOS
Ofertados nas instituiccedilotildees de ensino nacionais ou internacionais
Introduccedilatildeo a Quiacutemica Verde
Quiacutemica Verde e Quiacutemica Sustentaacutevel
Engenharia Ecoloacutegica e Quiacutemica Verde
ldquoQuiacutemica Verde Fundamentos e Aplicaccedilotildeesrdquo
Quiacutemica Verde na Atualidade
A Quiacutemica Verde e o papel da cataacutelise no contexto da
Inovaccedilatildeo e do Desenvolvimento Tecnoloacutegico
Universidade Federal do Rio de Janeiro
Universidade Federal do Rio de Janeiro
FONTES CONSULTADAS
Quiacutemica verde no Brasil 2010 ndash 2030 Ediccedilatildeo revista e atualizada
Centro de Gestatildeo e Estudos Estrateacutegicos
Ciecircncia Tecnologia e Inovaccedilatildeo
httpwwwsciencedirectcom
httpwwwperiodicoscapesgovbr
LINHAS DE PESQUISA
Luiz Felipe Miranda de Jesus
Universidade Federal do Rio de Janeiro
Linhas de Pesquisa
Buscas Associadas
ldquoQuiacutemica Verderdquo
ldquoQuiacutemica Ambientalrdquo
ldquoQuiacutemica Sustentaacutevelrdquo
ldquoGreen Chemistryrdquo
ldquoQuiacutemica Verde PampDrdquo
ldquoGreen Chemistry RampDrdquo
ldquoUS Green Chemistryrdquo
ldquoEurope Green Chemistryrdquo
Universidade Federal do Rio de Janeiro
Linhas de Pesquisa
Principais Fontes
Identificaccedilatildeo de Instituiccedilotildees citadas em artigos e outras publicaccedilotildees
CAPES
CNPQ
ABQ
SBPC
Instituiccedilotildees de Fomento (FINEP FAPESPetc)
CGEE
MCT
Sites das Universidades
EPA
IUPAC
ACS
Green Chemistry Network
Royal Society of Chemistry
European Environment Agency
Universidade Federal do Rio de Janeiro
The Interuniversity National Consortium Chemistry for the Environment (INCA Consortium) Gathers 33 Italian universities and about 90 research units headquarters in Venezia and Roma Italy
NSF Science and Technology Center for Environmentally Responsible Solvents and Processes University of North Carolina Chapel Hill Queens University Ionic Liquid Laboratories (QUILL)
Queens University of Belfast The Clean Technology Research Group University of Nottingham The Green Chemistry Group (see below now called centre of excellence)
University of York Centre for Green Chemistry University of Monash Centre for Green Manufacturing University of Alabama Chemical Process Engineering Research Institute Centre for Research amp Technology University of Leicester (UK) Leicester Green Chemistry Group
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
University of Leeds (UK) Leeds Cleaner Synthesis Group Institute of Applied Catalysis (UK) A research network for catalysis Carnegie Mellon University (USA) Institute for Green Oxidation Chemistry Institute for a Sustainable Environment (USA) University of Oregon Center for Sustainable and Green Chemistry (DEN) httpwwwcsgdtudk Green Chemistry Centre of Excellence (UK) httpwwwyorkacukresgcgsiteindexhtm Center for Green Chemistry at UMass Boston (US) httpwwwgreenchemistryumbedu Center for Green Chemistry at UMass Lowell (US) httpwwwgreenchemistryumledu University of Notre Dame Energy Centre (USA) httpwwwndedu~ndenergy Goumlteborg Universitys Centre for Environment and Sustainability (SWE) httpwwwchalmerssegmvEN
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
MSc in Green Chemistry and Sustainable Industrial Technology
Department of Chemistry at the University of York
Master en Quimica Sostenible
Faculty of Sciences at the University of Zaragoza
MSc in Green Chemistry Energy and the Environment
Imperical College London
MSc in Chemical Research (Green Chemistry with Industry)
CTA funding to the University of Leicester
1st year Master of Science Chemistry Specializing in Green Chemistry
University Louis Pasteur (Strasbourg I)
Master of Chemistry and EST
Universiteacute de Savoie
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
Schools with Green Chemistry Programs
United States
Eastern Connecticut
Yale University
Massachusetts
Bridgewater State College
Gordon College
University of Massachusetts Boston
University of Massachusetts Lowell Center for Green Chemistry
Pennsylvania
Carnegie Mellon Institute for Green Oxidation Chemistry
University of Scranton
Arkansas
Hendrix College (green organic chemistry)
Illinois
University of Illinois-Urbana-Champaign
Minnesota
St Olaf College
Alabama
University of Alabama
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
Linhas de Pesquisa California
Berkeley Center for Green Chemistry
UC Berkeley Extension
Colorado
Colorado School of Mines
Oregon
University of Oregon
Schools with Green Chemistry Programs - International
Australia
Monash University Centre for Green Chemistry
Murdoch University Sustainable ChemistryGreen Chemistry
Netherlands
Delft University of Technology Biocatalysis and Organic Chemistry
Italy
Interuniversity Consortium Chemistry for the Environment (INCA)
Universidade Federal do Rio de Janeiro
Northern Ireland
Queens University of Belfast Ionic Liquid Laboratories
Spain
Institute of Science and Technology (IUCT)
Green Chemistry Network of Spain (REDQS - Red Espantildeola de Quiacutemica Sostenible)
Sweden
Centre for Environment and Sustainability - Chalmers University of
TechnologyGoumlteborg University
United Kingdom
Green Chemistry Centre of Excellence at York
University of Leicester Green Chemistry Group
University of Nottingham Green and Analytical Chemistry
Brazil
Universidade do Vale do Itajaiacute Center for Technological Earth and Sea Sciences
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
Linhas de Pesquisa
Observaccedilotildees
Poucos programas especiacuteficos em ldquoQuiacutemica Verderdquo
Perfil multidisciplinar
Descriccedilatildeo de diversas linhas abrange somente um ou
alguns dos princiacutepios da ldquoQuiacutemica Verderdquo
Associaccedilatildeo inadequada ao tema
Necessidade de ampliaccedilatildeo de escopo
Movimento inicial de fomento aos projetos na aacuterea
Universidade Federal do Rio de Janeiro
CONGRESSOS E OUTROS SITES
Natasha Kelber
Universidade Federal do Rio de Janeiro
Universidade Federal do Rio de Janeiro
CONGRESSOS NACIONAIS
5ordm Simpoacutesio Nacional de Biocombustiacuteveis ndash BIOCOM ndash 14 a15Abril2012 ndash Canoas
RS
4ordf Escola de Quiacutemica Verde - JaneiroFevereiro2012 - Satildeo Paulo SP
VII Congresso Brasileiro de Biosseguranccedila - 19-23Setembro2011 - Joinville SC
II Semana de Biotecnologia Industrial - 20-22Outubro2010 - Lorena SP
5ordm Congresso Internacional de Bioenergia - 10-13Agosto2010 - Curitiba PR
II Semana de Biotecnologia Industrial - Julho2009 - Lorena SP
VI Congresso Brasileiro de Biosseguranccedila
VI Simpoacutesio Latino-Americano de Produtos Biotecnoloacutegicos
I Simpoacutesio Internacional de Biosseguridade e Pesquisa de Duplo Uso
I Feira de Equipamentos e Dispositivos de Biosseguranccedila ndash 22-25 Setembro2009 -
Rio de Janeiro RJ
1ordm Encontro Franco-Brasileiro de Quiacutemica Verde - 11 a 13Outubro2011
Universidade Federal do Rio de Janeiro
CONGRESSOS INTERNACIONAIS
3nd Brazilian Conference on Natural Products - 29Outubro-02Novembro2011 -
Ouro Preto MG
Biodiesel Congress - 27-29Julho2011 - Satildeo Paulo SP
IGCW 2011 Industrial Green Chemistry World Symposium amp Expo - December 4-6
2011 - Mumbai Iacutendia
3rd Asia-Oceania Conference on Green and Sustainable Chemistry (AOC-3) -
December 4-7 2011 - Melbourne Austraacutelia
3rd International Congress on Green Process Engineering - December 6-8 2011 -
Kuala Lumpur Malaysia
Minnesota Green Chemistry Conference - January 26 2012 - Minneapolis MN
The Asian Conference on Sustainability Energy amp the Environment - May 3-6 2012 -
Osaka Japan
16th Annual Green Chemistry amp Engineering Conference - June 18-20 2012 -
Washington DC
Gordon Research Seminar and Conference on Green Chemistry - July 21-27 2012 -
Lucca (Barga) Italy
4th International IUPAC Conference on Green Chemistry - August 25-29 2012 - Foz
do IguaccediluPR Brazil
Universidade Federal do Rio de Janeiro
OUTROS SITES
httpportalacsorgportalacscorgcontent_nfpb=trueamp_pageLabel=PP_SUPERAR
TICLEampnode_id=1401ampuse_sec=falseampsec_url_var=region1amp__uuid=6e2273c5-5e7f-
4c7b-8931-530d244f1650P15_704
httpwwwcleanproductionorgGreenphp
wwwrscorgMembershipNetworkingInternationalActivitiesPanAfricaindexasp
httpwwworganic-chemistryorgtopicsgreen-chemistryshtm
httpagenciafapespbr12992
httpacademicscrantonedufacultycannm1greenchemistryporthtml
httpwwwabqorgbrsimpequi2010trabalhos122-7744htm
httpbrlinkedincominquimicaverde
httpwwwcinprorgbrFreeComponent10435content149251shtml
httpquiverdeblogspotcom201006os-12-principios-da-quimica-verdehtml
httpwwwufpeltchebriqgwwverde
httpwwwbrasilescolacomquimicaprincipios-quimica-verdehtm
httpwwwsustentabilidaderesultadoscombrgreen-chemistry-a-sustainable-
opportunity
httpwwwgreenchemistrynetworkorg
httpwwwepagovgreenchemistry
PUBLICACcedilOtildeES E PERIOacuteDICOS
Renato Soares
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS
Base de Dados
Royal Society of Chemistry (30)
SpringerLink (MetaPress) (30)
Wiley Online Library (30)
ACS Journals Search (30)
Nature (NPG) (30)
Science (AAAS) (30)
IOPscience (Institute of Phsics) (30)
Oxford Journals (Oxford University Press) (30)
ScienceDirect (Elsevier) (30)
Annual Reviews (29)
AIP Scitation ndash American Institute of Physics (28)
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS
Annual Review of Biochemistry (6)
Scientific American (5)
Ecological Indicators (5)
Green Chemistry Educat (4)
Nature Chemistry (4)
J Chem Educ (3)
Autobiographies by Nob (3)
J Appl Phys (3)
Food Hydrocolloids (3)
Chem Soc Rev (2)
Annual Review of Environment and Resources (2)
J Am Chem Soc (2)
The Excitement and Fascination of Science (2)
Environmental Science and Pollution Research (2)
Universidade Federal do Rio de Janeiro
COLECcedilOtildeES E TEXTOS
Murilo Alves
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS REVISTAS E JORNAIS CIENTIacuteFICOS Revistas Cientiacuteficas com conteuacutedos sobre ensino de ciecircnciasquiacutemica e
quiacutemica verde
O primeiro artigo que atendeu aos criteacuterios adotados
neste trabalho e cujo tiacutetulo conteacutem a expressatildeo Green Chemistry (Quiacutemica Verde) - Design for the
environment and Green Chemistry the heart and soul
of industrial ecology - foi publicado em 1997
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS REVISTAS E JORNAIS CIENTIacuteFICOS Revistas Cientiacuteficas com conteuacutedos sobre ensino de ciecircnciasquiacutemica e
quiacutemica verde
Revista Quiacutemica Nova na Escola - QNEsc A Revista Quiacutemica Nova na Escola (QNEsc) com uma periodicidade trimestral propotildee-se a subsidiar o trabalho a formaccedilatildeo e a atualizaccedilatildeo da comunidade do Ensino de Quiacutemica brasileiro QNEsc integra-se agrave linha editorial da Sociedade Brasileira de Quiacutemica que publica tambeacutem a revista Quiacutemica Nova e o Journal of the Brazillian Chemical Society Quiacutemica Nova na Escola eacute um espaccedilo aberto ao educador suscitando debates e reflexotildees sobre o ensino e a aprendizagem de quiacutemica Assim contribui para a tarefa fundamental de formar verdadeiros cidadatildeos Nesse sentido a Divisatildeo de Ensino disponibiliza neste portal na iacutentegra e de forma totalmente gratuita todos os artigos publicados no formato PDF Estatildeo disponiacuteveis tambeacutem os Cadernos Temaacuteticos publicados desde 2001 pela Divisatildeo de Ensino
Green Chemistry - Journal Jornal publicado pela Royal Society of Chemistry - RCS que se apresenta como um espaccedilo para publicaccedilatildeo sobre
pesquisas de ponta no desenvolvimento de tecnologias alternativas sustentaacuteveis
Green Green - revista italiana do Consoacutercio Interuniversitaacuterio Quiacutemica Nacional do Meio Ambiente (INCA) em colaboraccedilatildeo com a Sociedade Quiacutemica Italiana (SCI) 1 5 ACS Publications A Divisatildeo de Publicaccedilotildees da Sociedade Americana de Quiacutemica (American Chemical Society - ACS) oferece a comunidade cientiacutefica mundial uma coleccedilatildeo abrangente dos perioacutedicos mais citados revisados por pares em ciecircncias quiacutemicas e afins
Universidade Federal do Rio de Janeiro
Universidade Federal do Rio de Janeiro
FONTES CONSULTADAS
httpwwwqmcufscbrgieqindexphplinkshtml
httpwwwperiodicoscapesgovbr
httpwwwscielocom
Organizaccediloes - 100 maiores empresas em Bioenergia 2011-12 Referencia Biofuels Digest online publication
November 9 2011 author Jim Lane
1 Solazyme
2 Amyris
3 Gevo
4 POET
5 LS9
6 Novozymes
7 Enerkem
8 LanzaTech
9 UOP
10 ZeaChem
11 Codexis
12 Abengoa Bioenergy
13 KiOR
14 Virent Energy Systems
15 Sapphire Energy
16 Ceres
17 Coskata
18 DuPont Cellulosic
19 Terrabon
20 Mascoma
21 Cobalt Technologies
22 Petrobras
23 Joule Unlimited
24 BP Biofuels
25 Neste
26 Waste Management
27 Rentech
28 Qteros
29 INEOS Bio
30 Genencor
31 Genomatica
32 Shell
33 Synthetic Genomics
34 Chemtex
100 maiores empresas em Bioenergia 2011-12 Referencia Biofuels Digest online publication November 9 2011
author Jim Lane
35 Algenol
36 Elevance Renewable Sciences
37 OriginOil
38 SG Biofuels
39 Cosan
40 HCL CleanTech
41 Fulcrum Bioenergy
42 Cargill
43 Chevron
44 Bluefire Renewables
45 Dynamic Fuels
46 Mendel
47 OPX Biotechnologies
48 Inbicon
49 Renmatix
50 Monsanto
51 Butamax
52 Iogen
53 DuPont
54 Verenium
55 PetroAlgae
56 DSM
57 ExxonMobil
58 Envergent
59 Aurora Algae
60 Syngenta
61 Praj Industries
62 Phycal
63 Renewable Energy Group
64 Clear Fuels Technology
65 ArborGen
66 KL Energy
67 Solix Biofuels
100 maiores empresas em Bioenergia 2011-12 Referencia Biofuels Digest online publication November 9 2011
author Jim Lane
68 Catchlight Energy
69 Dyadic
70 AE Biofuels
71 Myriant
72 EdeniQ
73 Avantium
74 Propel Fuels
75 GlycosBio
76 ETH Bioenergia
77 Chemrec
78 Ensyn
79 Green Plains Renewable Energy
80 Range Fuels
81 Bioprocess Algae
82 SynGest
83 TMO Renewables
84 Chromatin
85 Blue Marble Biomaterials
86 Genera Energy
87 ICM
88 Albemarle
89 Lignol
90 Raizen
91 Verdezyne
92 Greenfuel Ethanol
93 Atlantic Biomass Conversions
94 Pacific Ethanol
95 Dong Energy
96 SEKAB
97 Borregaard Industries
98 Dynamotive
99 Allard Research
100 Targeted Growth
MP renovaacutevel
Transporte MP
Lavagem Moagem
Unidade de fermentaccedilatildeo
Destilaccedilatildeo
Controle de qualidade e
estocagem de agravelcool
Transporte do aacutelcool
(caminhotildees)
Estoque de agravelcool nos
clientes
MP Petroquiacutemica
Transporte do MP
Craqueamento Separaccedilatildeo
Estocagem do eteno
Transporte Tubovias
Hidrataccedilatildeo
Transporte Etanol
Tubovias ou caminhotildees
Estoque nos clientes
Etanol de
cana de
accedilucar
Etanol
Petroquiacutemico
Cana de
accedilucar
Caminhotildees
Bagaccedilo Cogeraccedilatildeo de vapor
energia eletrica
Tubovias
Co produtos
Propeno
Buteno
Outros
Nafta
MP renovaacutevel
Transporte MP
Estoque Etanol
Unidade de aldeido aceacutetico
Unidade produccedilatildeo
ac aceacutetico Destilaccedilatildeo
Transporte de ac
aceacutetico
Estoque de Ac Aceacutetico nos clientes
MP Gaacutes natural
C O Carboxilaccedilatildeo Unidade de remoccedilatildeo de
Leves
Controle de qualidade
Estoque de aacutecido
aceacutetico
Transporte de Ac aceacutetico
Estoque de ac Aceacutetico nos clientes
Aacutecido Aceacutetico
Alcool
Quiacutemico
Aacutecido aceacutetico
a partir do
metanol
Etanol
Caminhotildees
Caminhotildees
Gaacutes natural
Metanol
Off - gas
Caminhotildees
MP renovaacutevel
Transporte MP
Lavagem Moagem
Unidade de fermentaccedilatildeo
Destilaccedilatildeo
Controle de qualidade e
estocagem de agravelcool
Transporte do aacutelcool
(caminhotildees)
Estoque de agravelcool nos
clientes
MP Petroquiacutemica
Transporte do MP
Craqueamento Separaccedilatildeo
Estocagem do eteno
Etanol de
cana de
accedilucar
Eteno
Petroquiacutemico
Cana de
accedilucar
Caminhotildees
Bagaccedilo Cogeraccedilatildeo de vapor
energia eletrica
Tubovias Co produtos
Propeno
Buteno
Outros
Nafta
MP renovaacutevel
Transporte MP
Estoque Etanol
Desidrataccedilatildeo Estoque Eteno
Etanol Caminhotildees
Eteno Alcool
Quiacutemico
Outros Sites AS 30 maiores Empresas em Produtos Quiacutemicos Renovaacuteveis e Biomateriais
(2011-12) Referencias Biofuels Digest ndashe sites das empresas
1 Genomatica
We develop our processes using our proprietary biotechnology platform The resulting processes can convert multiple renewable
feedstocks into numerous existing chemicals that meet industry specifications for large established markets
2 Solazyme
Solazymes proprietary biotechnology platform creates renewable oils by harnessing microalgaes prolific oil production capabilities
Through world-class molecular biology and chemical engineering capabilities were able to cost-effectively produce high-value tailored oils
3 Amyris
The basis of our production is a well-established fermentation process that uses our genetically-engineered yeast strains to convert
the sugar source into target molecules such as farnesene
4 Gevo
We plan to produce isobutanol a versatile platform chemical for the liquid fuels and petrochemical market
5 LS9
LS9rsquos industrial biotechnology platform converts diverse renewable feedstocks to drop-in fuel and chemical products
6 Dupont
Through DuPont innovation key building blocks for many of the materials we use every day can now be derived from renewable
resources mdash creating a much smaller environmental footprint than their petroleum-based predecessors with no compromise in performance
7 Codexis
Products and technology from Codexis can help the chemicals industry reduce supply chain volatility replace petroleum-based
environmentally sensitive raw materials with plentiful biomass and gain a competitive advantage in the marketplace
AS 30 maiores Empresas em Produtos Quiacutemicos Renovaacuteveis e Biomateriais (2011-12) ndash cont
8 Genencor
As a leader in the development of renewable alternatives for petroleum-based chemicals and fuels Genencor is helping to build the road
towards a more sustainable future
9 Novozymes
A number of technologies are involved in these steps and this part of ldquoOur technologyrdquo gives you an understanding of how these
technologies are employed in the work of researchers at Novozymes
10 ZeaChem
ZeaChem Inc has developed a cellulose-based biorefinery platform capable of producing advanced ethanol fuels and chemicals
Our indirect approach leapfrogs the yield and carbon dioxide (CO2) problems associated with traditional and cellulosic based processes
11 Cargill
Cargillrsquos range of nature-based products are suited to a number of industrial applications and markets We offer a growing number
of products derived from renewable sources designed to replace or offset non-renewable ingredients
12 Cobalt Technologies
Cobalts technology features a continuous process to efficiently convert diverse low cost feedstocks ndash beginning with bagasse and
waste wood ndash into biobutanol
13 Waste Management
Thatrsquos why Waste Management makes such a good fit Our mission is to bring you professional dependable services and innovative
solutions that create value for you ndash and a better future for us all
14 Ceres
Our technology platforms are helping make biofuels bio-based chemicals and biopower more economical and scalable It starts with
improving the crops themselves a process as old as farming but now coupled with the latest genomics-based breakthroughs
AS 30 maiores Empresas em Produtos Quiacutemicos Renovaacuteveis e Biomateriais (2011-12) ndash cont
15 Elevance Renewable Sciences
As the leader in transforming natural renewable oils into high-performing specialty products and materials Elevance is uniquely
positioned to meet consumer demand in a market exceeding $100 billion annually in these segments
Performance waxesNature Wax productsPersonal care productsDetergents and cleanersAntimicrobials
16 Dow Chemical
At Dow we are already creating solutions for a more sustainable future by helping develop paints that scrub the formaldehyde
from the air designing intelligent packaging that keeps food fresher longer and communicates its condition as well as more efficient
batteries to power vehicles
17 Enerkem
Chemicals used to make thousands of industrial and consumer products have traditionally been derived from fossil fuels such as petroleum
With an innovative process that uses waste and residues instead of fossil fuels Enerkem helps meet the increasing demand for greener
everyday products
18 Coskata
Coskata is a biology-based renewable energy company whose low-cost platform technology allows for the production of fuels and
chemicals from a variety of input material (including biomass agricultural and municipal wastes and other carbonaceous material)
Using proprietary microorganisms and patented bioreactor designs we are ready today to produce feedstock flexible ethanol
to fuel energy security economic growth and environmental sustainability
19 OPX Biotechnologies
OPXBIO developed and piloted the microbe and process that will produce its first biochemical product ndash BioAcrylic ndash at 30 to 50
percent lower cost and a 75 percent reduction in greenhouse gas emissions over current petrol-based acrylic Todayrsquos petro-acrylic has
an $10 billion global market in applications such as paints adhesives diapers and detergents In 2011 OPXBIO began collaborating
with The Dow Chemical Company to develop an industrial-scale process for producing BioAcrylic OPXBIO anticipates
full commercialization of BioAcrylic within three to five years
20 DSM
Bio-based materials The DSM Innovation Center is currently developing a platform of bio-based performance materials Examples
include investment in the green-chemistry company Segetis an agreement with Novomer to develop the first green resin for coatings
and the launch of EcoPaXXtrade a bio-based high-performance engineering plastic polymer
Approximately 70 of EcoPaXXtrade consists of building blocks derived from castor oil ndash a renewable resource This results in a
carbon footprint of zero lsquofrom cradle to the DSM gatersquo Itrsquos a strong selling point in todayrsquos plastics market as well as being fully compatible
with our strategy of sustainable innovation
AS 30 maiores Empresas em Produtos Quiacutemicos Renovaacuteveis e Biomateriais (2011-12) ndash cont
21 Myriant
Biobased specialty chemicals are a reality today because of Myriants commitment to development of technology with direct
commercial applicability Our integrated approach which links RampD efforts with the business strategy throughout the value chain and
across key aspects of company operations has resulted in a novel biocatalyst platform with proven commercialization success a robust
product pipeline and an extensive intellectual property suite
22 Cosan
O aacutelcool etiacutelico ou etanol eacute produzido pela fermentaccedilatildeo da cana-de-accediluacutecar A Raiacutezen se destaca como uma das maiores produtoras de
etanol no paiacutes com produccedilatildeo anual de22 bilhotildees de litros Em linha com sua visatildeo de ser reconhecida globalmente pela
excelecircncia no desenvolvimento produccedilatildeo e comercializaccedilatildeo de energia sustentaacutevel investe no combustiacutevel de matriz limpa e renovaacutevel
com tecnologia e talento que satildeo referecircncia no Brasil e no mundo
23 Mascoma
Ethanolrsquos energy is derived from plants that in turn obtain their energy from the sun In this way ethanol acts as a means of storing solar
power in liquid form Cellulosic ethanol is ethanol that is obtained from the non-edible portion of plant material Cellulosic ethanol is
identical in composition and performance to ethanol derived from corn or sugar cane Cellulosic ethanol however has important
environmental economic and sustainability advantages over conventional sources due to its source and method of production
24 KiOR
KiOR has developed a proprietary technology platform to convert sustainable low-cost non-food biomass into a hydrocarbon-based
renewable crude oil Using standard refining equipment the company processes its renewable crude into gasoline and diesel blendstocks
that can utilize the existing transportation fuel infrastructure for use in vehicles on the road today
25 DuPont Danisco
DuPont is applying its deep knowledge and experience in crop technology microbiology bioprocessing and engineering to
enable proprietary cost-effective cellulosic ethanol solutions for the market At DuPont we believe that science-powered innovation
and collaboration are required to meet the food energy and protection challenges of unprecedented population growth Our cel lulosic
ethanol team is leading the way in advanced biofuels by developing comprehensive integrated solutions for a range of feedstocks and
designing innovative enzymes to accelerate the commercial production of cellulosic biofuels in markets across the world
AS 30 maiores Empresas em Produtos Quiacutemicos Renovaacuteveis e Biomateriais (2011-12) ndash cont
26 Virent
Virent is replacing crude oil by creating the chemicals and fuels the world demands through utilization of a wide variety of naturally
occurring renewable resources Our patented BioFormingreg technology features catalytic chemistry which converts plant-based sugars into
a full range of hydrocarbon productsidentical to those made from petroleum including gasoline diesel jet fuel and chemicals for plastics
and fibers Our products are ldquodrop-inrdquo replacements that enable full utilization of todayrsquos existing processing pipeline storage and
transportation infrastructure Virent produces its hydrocarbon chemicals and fuels from plant sugars in a few hours compared to the
millions of years required for petroleum
27 LanzaTech
LanzaTech is very much part of this new field of innovators and by challenging our preconceptions of waste and energy sources we see
a future where access to energy is universal
28 POET
POET devotes tremendous resources to developing cellulosic ethanol Every day our researchers work to make it more affordable
Weve invested heavily in cellulosic research over the past decade and we will invest much more as we begin construction on our first
commercial cellulosic ethanol plant in Emmetsburg Iowa which we anticipate will produce 25 million gallons per year
29 Metabolix
Metabolix is developing commercially viable chemicals from biobased sources as opposed to fossil fuels which produce the vast majority of
chemicals today
Today four carbon (C4) chemicals are produced from non-renewable fossil-based hydrocarbons and are used to make spandex fibers
polyurethanes engineering resins and personal care products
Biobased chemicals allow us to address the global market demand for products and processing that reduce fossil energy use and greenhouse
gas emissions
30 Honeywellrsquos UOP
In 2008 UOP and Ensyn Corporation created the joint venture Envergent Technologies
Envergent is focused on the conversion of forest and agricultural waste residues to a liquid renewable oil to generate renewable heat and power
We do this through the RTPregprocess or rapid thermal processing which has been in commercial operation for more than 25 years
The RTP process produces a clean burning minimal sulfur content biofuel that can be used for the generation of renewable heat and power It is
a cost-effective solution to reduce greenhouse gas emissions up to 90 compared to petroleum-based fuels
The process is scalable to meet the needs of diverse applications It has a relatively compact footprint due to its modular construction and is
feedstock-flexible in that RTP can be designed to process a wide variety of lignocellulosic feedstocks
For more information on the advantages of pyrolysis oil and our RTP technology please visit us atwwwEnvergentTechcom
InstitutosEmpresaOutros
Nacionais
Instituto Nacional de Tecnologia
Empresa Brasileira de Pesquisas Agropecuaacuterias
PetrobraacutesCENPES
Centro de Energias Alternativas e Meio Ambiente
Centro de Tecnologia Canavieira
Instituto de Pesquisa Tecnoloacutegica do Estado de Satildeo Paulo
Instituto Nacional de Pesquisas Espaciais
Centro Brasileiro de Pesquisas Fiacutesicas
Instituto Nacional de Pesquisas da Amazocircnia
Conselho de Desenvolvimento Cientifico e Tecnoloacutegico
CNEN
Museu Paraense Emilio Goeldi Paraacute
FIOCRUZ
Instituto Nacional do Cacircncer
Instituto Adolfo Lutz
TOTAL GERAL 15 instituiccedilotildees
Universidade Federal do Rio de Janeiro
InstitutosDepartamentos
Internacionais
National Renewable Energy Laboratories EUA
US Department of Agriculture Agricultural Research
Service (USDA ARS) EUA
Chinese Academy of Science China
Agriculture ampAgri Food Canada Canadaacute
Institut National de la Recherche Agronomique Franccedila
Consejo Superior de Investigaciones Cientificas (CSIC)
Espanha
Russian Academy of Science Ruacutessia
Indian Institute of Technology Iacutendia
Natural Renewable Energy Laboratory EUA
National Institute of Advanced Industrial Science and
Technology Japatildeo
Institute Francais du Petrole (IFP)
Polish Academy of Science Polocircnia
Indian Institute of Chemical Technology India
Max Planck Institut Alemanha
French National Institute for Agricultural Research (INRA)
Franccedila
Tokyo Institute of Technology Japatildeo
Centre National de la Recherche Scientifique (CNRS)
Franccedila
National Chemical Laboratory Iacutendia
National Institute of Advanced Industrial Science and
Technology Japatildeo
Korea Institute of Science amp Technology Coreacuteia do Sul
US Geology Survey EUA
Marine Biotechnology Institute Japatildeo
Korea Institute of Energy Research (KIER) Coreacuteia do Sul
Centre National de la Recherche Scientifique (CNRS)
Franccedila
Kamaishi Labs Marine Biotechnology Institute Japatildeo
Alfred Wegener Institute for Polar and Marine Research
Alemanha
Australian National University Austraacutelia
Chonbuk National University Coreacuteia do Sul
Centre de Recherche en Ecologie Marine et Aquaculture
(IFREMER) Franccedila
Mitsubishi Heavy Ind Ltd (Advanced Technoly Research
Centre) Japatildeo
Oak Ridge National Laboratory (ORNL) EUA
Research Institute of Innovative Technology for the Earth
(RITE) Japatildeo
Central Institute of Medicinal and Aromatic Plants Iacutendia
Consiglio Nazional delle Ricerche (CNR) Itaacutelia
NASA EUA
Beijing Yixintang Medicine Research Institute
TOTAL GERAL 36 instituiccedilotildees
Universidade Federal do Rio de Janeiro
Empresas Internacionais
Novozymes AS
Genencor Int Inc
Kao Corp
Novo Nordisk AS
Novozymes Inc
Novo-Nordisk AS
Henkel KGAA
Iogen Energy Corp
Danisco US Inc Genencor Division
Novozymes Biotech Inc
Novozymes North America Inc
Goedegebuur F
Midwest Research Institute
Du Pont De Nemours amp Co
Dunn- Coleman N
AE Biofuels EUA
Blue Fire Ethanol EUAJapatildeo
Chempolis Ou
Iogen
KL Energy
Lignol Energy
Sekab
Sun Opta
Verenium
Chevron USA Inc
Shell International Research Maatshappij BV
Exxon Mobil Res ampEng Co
Sasol Technology Pty Ltd
Shell Oil Co
Conoco Phillips Co
ENI Spa
Exxon Res amp Eng Co
Exxon Mobil Res amp Eng Co
Roquette Freres As
Basf AG
General Electric Co
Exxon Mobil Chem Patents Inc
LrsquoOreal SA
Basf SE
Bayer AG
Wellington SL
Vinegar HJ
Berchenko IE
Dow Global Technologies Inc
Degussa AG
Bayer Material Science AG
Samsung SDI Co Ltd
Stegemeir GL
Henkel KGAA
Zhang E
Ryan RC
Fowler TD
Rouffi gnac EPD
Universidade Federal do Rio de Janeiro
Council of Scientific and Industrial Research of India
Li Y
Ye M
Wang Y
Zhang L
Jiang J
Liu Y
Yin K
Jiang L
Syngenta Part AG
Novartis AG
Basf SE
Bayer Cropscience AG
Dow Corning Corporation
Genoptera LLC
Monsanto Technology
US Secretary of Agriculture
Bayer Cropscience GMBH
Toyota Jidosha KK
TOTAL GERAL 88 instituiccedilotildees
Empresas Internacionais
Fowler TD
Rouffi gnac EPD
Merck Patent GMBH
Procter amp Gamble Co
Yokohama Rubber Co Ltd
Colgate Palmolive
Bridgestone Corp
Henkel KGAA
Goodyear Tire amp Rubber Co
LG Electronics Inc 507
Matsushita Denki Sangyo KK
Toshiba KK
Canon KK
Hitachi Ltd
Mitsubshi Electric Co
Mitsubishi Jukogyo KK
Universidade Federal do Rio de Janeiro
CURSOS
Ofertados nas instituiccedilotildees de ensino nacionais ou internacionais
Introduccedilatildeo a Quiacutemica Verde
Quiacutemica Verde e Quiacutemica Sustentaacutevel
Engenharia Ecoloacutegica e Quiacutemica Verde
ldquoQuiacutemica Verde Fundamentos e Aplicaccedilotildeesrdquo
Quiacutemica Verde na Atualidade
A Quiacutemica Verde e o papel da cataacutelise no contexto da
Inovaccedilatildeo e do Desenvolvimento Tecnoloacutegico
Universidade Federal do Rio de Janeiro
Universidade Federal do Rio de Janeiro
FONTES CONSULTADAS
Quiacutemica verde no Brasil 2010 ndash 2030 Ediccedilatildeo revista e atualizada
Centro de Gestatildeo e Estudos Estrateacutegicos
Ciecircncia Tecnologia e Inovaccedilatildeo
httpwwwsciencedirectcom
httpwwwperiodicoscapesgovbr
LINHAS DE PESQUISA
Luiz Felipe Miranda de Jesus
Universidade Federal do Rio de Janeiro
Linhas de Pesquisa
Buscas Associadas
ldquoQuiacutemica Verderdquo
ldquoQuiacutemica Ambientalrdquo
ldquoQuiacutemica Sustentaacutevelrdquo
ldquoGreen Chemistryrdquo
ldquoQuiacutemica Verde PampDrdquo
ldquoGreen Chemistry RampDrdquo
ldquoUS Green Chemistryrdquo
ldquoEurope Green Chemistryrdquo
Universidade Federal do Rio de Janeiro
Linhas de Pesquisa
Principais Fontes
Identificaccedilatildeo de Instituiccedilotildees citadas em artigos e outras publicaccedilotildees
CAPES
CNPQ
ABQ
SBPC
Instituiccedilotildees de Fomento (FINEP FAPESPetc)
CGEE
MCT
Sites das Universidades
EPA
IUPAC
ACS
Green Chemistry Network
Royal Society of Chemistry
European Environment Agency
Universidade Federal do Rio de Janeiro
The Interuniversity National Consortium Chemistry for the Environment (INCA Consortium) Gathers 33 Italian universities and about 90 research units headquarters in Venezia and Roma Italy
NSF Science and Technology Center for Environmentally Responsible Solvents and Processes University of North Carolina Chapel Hill Queens University Ionic Liquid Laboratories (QUILL)
Queens University of Belfast The Clean Technology Research Group University of Nottingham The Green Chemistry Group (see below now called centre of excellence)
University of York Centre for Green Chemistry University of Monash Centre for Green Manufacturing University of Alabama Chemical Process Engineering Research Institute Centre for Research amp Technology University of Leicester (UK) Leicester Green Chemistry Group
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
University of Leeds (UK) Leeds Cleaner Synthesis Group Institute of Applied Catalysis (UK) A research network for catalysis Carnegie Mellon University (USA) Institute for Green Oxidation Chemistry Institute for a Sustainable Environment (USA) University of Oregon Center for Sustainable and Green Chemistry (DEN) httpwwwcsgdtudk Green Chemistry Centre of Excellence (UK) httpwwwyorkacukresgcgsiteindexhtm Center for Green Chemistry at UMass Boston (US) httpwwwgreenchemistryumbedu Center for Green Chemistry at UMass Lowell (US) httpwwwgreenchemistryumledu University of Notre Dame Energy Centre (USA) httpwwwndedu~ndenergy Goumlteborg Universitys Centre for Environment and Sustainability (SWE) httpwwwchalmerssegmvEN
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
MSc in Green Chemistry and Sustainable Industrial Technology
Department of Chemistry at the University of York
Master en Quimica Sostenible
Faculty of Sciences at the University of Zaragoza
MSc in Green Chemistry Energy and the Environment
Imperical College London
MSc in Chemical Research (Green Chemistry with Industry)
CTA funding to the University of Leicester
1st year Master of Science Chemistry Specializing in Green Chemistry
University Louis Pasteur (Strasbourg I)
Master of Chemistry and EST
Universiteacute de Savoie
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
Schools with Green Chemistry Programs
United States
Eastern Connecticut
Yale University
Massachusetts
Bridgewater State College
Gordon College
University of Massachusetts Boston
University of Massachusetts Lowell Center for Green Chemistry
Pennsylvania
Carnegie Mellon Institute for Green Oxidation Chemistry
University of Scranton
Arkansas
Hendrix College (green organic chemistry)
Illinois
University of Illinois-Urbana-Champaign
Minnesota
St Olaf College
Alabama
University of Alabama
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
Linhas de Pesquisa California
Berkeley Center for Green Chemistry
UC Berkeley Extension
Colorado
Colorado School of Mines
Oregon
University of Oregon
Schools with Green Chemistry Programs - International
Australia
Monash University Centre for Green Chemistry
Murdoch University Sustainable ChemistryGreen Chemistry
Netherlands
Delft University of Technology Biocatalysis and Organic Chemistry
Italy
Interuniversity Consortium Chemistry for the Environment (INCA)
Universidade Federal do Rio de Janeiro
Northern Ireland
Queens University of Belfast Ionic Liquid Laboratories
Spain
Institute of Science and Technology (IUCT)
Green Chemistry Network of Spain (REDQS - Red Espantildeola de Quiacutemica Sostenible)
Sweden
Centre for Environment and Sustainability - Chalmers University of
TechnologyGoumlteborg University
United Kingdom
Green Chemistry Centre of Excellence at York
University of Leicester Green Chemistry Group
University of Nottingham Green and Analytical Chemistry
Brazil
Universidade do Vale do Itajaiacute Center for Technological Earth and Sea Sciences
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
Linhas de Pesquisa
Observaccedilotildees
Poucos programas especiacuteficos em ldquoQuiacutemica Verderdquo
Perfil multidisciplinar
Descriccedilatildeo de diversas linhas abrange somente um ou
alguns dos princiacutepios da ldquoQuiacutemica Verderdquo
Associaccedilatildeo inadequada ao tema
Necessidade de ampliaccedilatildeo de escopo
Movimento inicial de fomento aos projetos na aacuterea
Universidade Federal do Rio de Janeiro
CONGRESSOS E OUTROS SITES
Natasha Kelber
Universidade Federal do Rio de Janeiro
Universidade Federal do Rio de Janeiro
CONGRESSOS NACIONAIS
5ordm Simpoacutesio Nacional de Biocombustiacuteveis ndash BIOCOM ndash 14 a15Abril2012 ndash Canoas
RS
4ordf Escola de Quiacutemica Verde - JaneiroFevereiro2012 - Satildeo Paulo SP
VII Congresso Brasileiro de Biosseguranccedila - 19-23Setembro2011 - Joinville SC
II Semana de Biotecnologia Industrial - 20-22Outubro2010 - Lorena SP
5ordm Congresso Internacional de Bioenergia - 10-13Agosto2010 - Curitiba PR
II Semana de Biotecnologia Industrial - Julho2009 - Lorena SP
VI Congresso Brasileiro de Biosseguranccedila
VI Simpoacutesio Latino-Americano de Produtos Biotecnoloacutegicos
I Simpoacutesio Internacional de Biosseguridade e Pesquisa de Duplo Uso
I Feira de Equipamentos e Dispositivos de Biosseguranccedila ndash 22-25 Setembro2009 -
Rio de Janeiro RJ
1ordm Encontro Franco-Brasileiro de Quiacutemica Verde - 11 a 13Outubro2011
Universidade Federal do Rio de Janeiro
CONGRESSOS INTERNACIONAIS
3nd Brazilian Conference on Natural Products - 29Outubro-02Novembro2011 -
Ouro Preto MG
Biodiesel Congress - 27-29Julho2011 - Satildeo Paulo SP
IGCW 2011 Industrial Green Chemistry World Symposium amp Expo - December 4-6
2011 - Mumbai Iacutendia
3rd Asia-Oceania Conference on Green and Sustainable Chemistry (AOC-3) -
December 4-7 2011 - Melbourne Austraacutelia
3rd International Congress on Green Process Engineering - December 6-8 2011 -
Kuala Lumpur Malaysia
Minnesota Green Chemistry Conference - January 26 2012 - Minneapolis MN
The Asian Conference on Sustainability Energy amp the Environment - May 3-6 2012 -
Osaka Japan
16th Annual Green Chemistry amp Engineering Conference - June 18-20 2012 -
Washington DC
Gordon Research Seminar and Conference on Green Chemistry - July 21-27 2012 -
Lucca (Barga) Italy
4th International IUPAC Conference on Green Chemistry - August 25-29 2012 - Foz
do IguaccediluPR Brazil
Universidade Federal do Rio de Janeiro
OUTROS SITES
httpportalacsorgportalacscorgcontent_nfpb=trueamp_pageLabel=PP_SUPERAR
TICLEampnode_id=1401ampuse_sec=falseampsec_url_var=region1amp__uuid=6e2273c5-5e7f-
4c7b-8931-530d244f1650P15_704
httpwwwcleanproductionorgGreenphp
wwwrscorgMembershipNetworkingInternationalActivitiesPanAfricaindexasp
httpwwworganic-chemistryorgtopicsgreen-chemistryshtm
httpagenciafapespbr12992
httpacademicscrantonedufacultycannm1greenchemistryporthtml
httpwwwabqorgbrsimpequi2010trabalhos122-7744htm
httpbrlinkedincominquimicaverde
httpwwwcinprorgbrFreeComponent10435content149251shtml
httpquiverdeblogspotcom201006os-12-principios-da-quimica-verdehtml
httpwwwufpeltchebriqgwwverde
httpwwwbrasilescolacomquimicaprincipios-quimica-verdehtm
httpwwwsustentabilidaderesultadoscombrgreen-chemistry-a-sustainable-
opportunity
httpwwwgreenchemistrynetworkorg
httpwwwepagovgreenchemistry
PUBLICACcedilOtildeES E PERIOacuteDICOS
Renato Soares
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS
Base de Dados
Royal Society of Chemistry (30)
SpringerLink (MetaPress) (30)
Wiley Online Library (30)
ACS Journals Search (30)
Nature (NPG) (30)
Science (AAAS) (30)
IOPscience (Institute of Phsics) (30)
Oxford Journals (Oxford University Press) (30)
ScienceDirect (Elsevier) (30)
Annual Reviews (29)
AIP Scitation ndash American Institute of Physics (28)
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS
Annual Review of Biochemistry (6)
Scientific American (5)
Ecological Indicators (5)
Green Chemistry Educat (4)
Nature Chemistry (4)
J Chem Educ (3)
Autobiographies by Nob (3)
J Appl Phys (3)
Food Hydrocolloids (3)
Chem Soc Rev (2)
Annual Review of Environment and Resources (2)
J Am Chem Soc (2)
The Excitement and Fascination of Science (2)
Environmental Science and Pollution Research (2)
Universidade Federal do Rio de Janeiro
COLECcedilOtildeES E TEXTOS
Murilo Alves
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS REVISTAS E JORNAIS CIENTIacuteFICOS Revistas Cientiacuteficas com conteuacutedos sobre ensino de ciecircnciasquiacutemica e
quiacutemica verde
O primeiro artigo que atendeu aos criteacuterios adotados
neste trabalho e cujo tiacutetulo conteacutem a expressatildeo Green Chemistry (Quiacutemica Verde) - Design for the
environment and Green Chemistry the heart and soul
of industrial ecology - foi publicado em 1997
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS REVISTAS E JORNAIS CIENTIacuteFICOS Revistas Cientiacuteficas com conteuacutedos sobre ensino de ciecircnciasquiacutemica e
quiacutemica verde
Revista Quiacutemica Nova na Escola - QNEsc A Revista Quiacutemica Nova na Escola (QNEsc) com uma periodicidade trimestral propotildee-se a subsidiar o trabalho a formaccedilatildeo e a atualizaccedilatildeo da comunidade do Ensino de Quiacutemica brasileiro QNEsc integra-se agrave linha editorial da Sociedade Brasileira de Quiacutemica que publica tambeacutem a revista Quiacutemica Nova e o Journal of the Brazillian Chemical Society Quiacutemica Nova na Escola eacute um espaccedilo aberto ao educador suscitando debates e reflexotildees sobre o ensino e a aprendizagem de quiacutemica Assim contribui para a tarefa fundamental de formar verdadeiros cidadatildeos Nesse sentido a Divisatildeo de Ensino disponibiliza neste portal na iacutentegra e de forma totalmente gratuita todos os artigos publicados no formato PDF Estatildeo disponiacuteveis tambeacutem os Cadernos Temaacuteticos publicados desde 2001 pela Divisatildeo de Ensino
Green Chemistry - Journal Jornal publicado pela Royal Society of Chemistry - RCS que se apresenta como um espaccedilo para publicaccedilatildeo sobre
pesquisas de ponta no desenvolvimento de tecnologias alternativas sustentaacuteveis
Green Green - revista italiana do Consoacutercio Interuniversitaacuterio Quiacutemica Nacional do Meio Ambiente (INCA) em colaboraccedilatildeo com a Sociedade Quiacutemica Italiana (SCI) 1 5 ACS Publications A Divisatildeo de Publicaccedilotildees da Sociedade Americana de Quiacutemica (American Chemical Society - ACS) oferece a comunidade cientiacutefica mundial uma coleccedilatildeo abrangente dos perioacutedicos mais citados revisados por pares em ciecircncias quiacutemicas e afins
Universidade Federal do Rio de Janeiro
Universidade Federal do Rio de Janeiro
FONTES CONSULTADAS
httpwwwqmcufscbrgieqindexphplinkshtml
httpwwwperiodicoscapesgovbr
httpwwwscielocom
Organizaccediloes - 100 maiores empresas em Bioenergia 2011-12 Referencia Biofuels Digest online publication
November 9 2011 author Jim Lane
1 Solazyme
2 Amyris
3 Gevo
4 POET
5 LS9
6 Novozymes
7 Enerkem
8 LanzaTech
9 UOP
10 ZeaChem
11 Codexis
12 Abengoa Bioenergy
13 KiOR
14 Virent Energy Systems
15 Sapphire Energy
16 Ceres
17 Coskata
18 DuPont Cellulosic
19 Terrabon
20 Mascoma
21 Cobalt Technologies
22 Petrobras
23 Joule Unlimited
24 BP Biofuels
25 Neste
26 Waste Management
27 Rentech
28 Qteros
29 INEOS Bio
30 Genencor
31 Genomatica
32 Shell
33 Synthetic Genomics
34 Chemtex
100 maiores empresas em Bioenergia 2011-12 Referencia Biofuels Digest online publication November 9 2011
author Jim Lane
35 Algenol
36 Elevance Renewable Sciences
37 OriginOil
38 SG Biofuels
39 Cosan
40 HCL CleanTech
41 Fulcrum Bioenergy
42 Cargill
43 Chevron
44 Bluefire Renewables
45 Dynamic Fuels
46 Mendel
47 OPX Biotechnologies
48 Inbicon
49 Renmatix
50 Monsanto
51 Butamax
52 Iogen
53 DuPont
54 Verenium
55 PetroAlgae
56 DSM
57 ExxonMobil
58 Envergent
59 Aurora Algae
60 Syngenta
61 Praj Industries
62 Phycal
63 Renewable Energy Group
64 Clear Fuels Technology
65 ArborGen
66 KL Energy
67 Solix Biofuels
100 maiores empresas em Bioenergia 2011-12 Referencia Biofuels Digest online publication November 9 2011
author Jim Lane
68 Catchlight Energy
69 Dyadic
70 AE Biofuels
71 Myriant
72 EdeniQ
73 Avantium
74 Propel Fuels
75 GlycosBio
76 ETH Bioenergia
77 Chemrec
78 Ensyn
79 Green Plains Renewable Energy
80 Range Fuels
81 Bioprocess Algae
82 SynGest
83 TMO Renewables
84 Chromatin
85 Blue Marble Biomaterials
86 Genera Energy
87 ICM
88 Albemarle
89 Lignol
90 Raizen
91 Verdezyne
92 Greenfuel Ethanol
93 Atlantic Biomass Conversions
94 Pacific Ethanol
95 Dong Energy
96 SEKAB
97 Borregaard Industries
98 Dynamotive
99 Allard Research
100 Targeted Growth
MP renovaacutevel
Transporte MP
Estoque Etanol
Unidade de aldeido aceacutetico
Unidade produccedilatildeo
ac aceacutetico Destilaccedilatildeo
Transporte de ac
aceacutetico
Estoque de Ac Aceacutetico nos clientes
MP Gaacutes natural
C O Carboxilaccedilatildeo Unidade de remoccedilatildeo de
Leves
Controle de qualidade
Estoque de aacutecido
aceacutetico
Transporte de Ac aceacutetico
Estoque de ac Aceacutetico nos clientes
Aacutecido Aceacutetico
Alcool
Quiacutemico
Aacutecido aceacutetico
a partir do
metanol
Etanol
Caminhotildees
Caminhotildees
Gaacutes natural
Metanol
Off - gas
Caminhotildees
MP renovaacutevel
Transporte MP
Lavagem Moagem
Unidade de fermentaccedilatildeo
Destilaccedilatildeo
Controle de qualidade e
estocagem de agravelcool
Transporte do aacutelcool
(caminhotildees)
Estoque de agravelcool nos
clientes
MP Petroquiacutemica
Transporte do MP
Craqueamento Separaccedilatildeo
Estocagem do eteno
Etanol de
cana de
accedilucar
Eteno
Petroquiacutemico
Cana de
accedilucar
Caminhotildees
Bagaccedilo Cogeraccedilatildeo de vapor
energia eletrica
Tubovias Co produtos
Propeno
Buteno
Outros
Nafta
MP renovaacutevel
Transporte MP
Estoque Etanol
Desidrataccedilatildeo Estoque Eteno
Etanol Caminhotildees
Eteno Alcool
Quiacutemico
Outros Sites AS 30 maiores Empresas em Produtos Quiacutemicos Renovaacuteveis e Biomateriais
(2011-12) Referencias Biofuels Digest ndashe sites das empresas
1 Genomatica
We develop our processes using our proprietary biotechnology platform The resulting processes can convert multiple renewable
feedstocks into numerous existing chemicals that meet industry specifications for large established markets
2 Solazyme
Solazymes proprietary biotechnology platform creates renewable oils by harnessing microalgaes prolific oil production capabilities
Through world-class molecular biology and chemical engineering capabilities were able to cost-effectively produce high-value tailored oils
3 Amyris
The basis of our production is a well-established fermentation process that uses our genetically-engineered yeast strains to convert
the sugar source into target molecules such as farnesene
4 Gevo
We plan to produce isobutanol a versatile platform chemical for the liquid fuels and petrochemical market
5 LS9
LS9rsquos industrial biotechnology platform converts diverse renewable feedstocks to drop-in fuel and chemical products
6 Dupont
Through DuPont innovation key building blocks for many of the materials we use every day can now be derived from renewable
resources mdash creating a much smaller environmental footprint than their petroleum-based predecessors with no compromise in performance
7 Codexis
Products and technology from Codexis can help the chemicals industry reduce supply chain volatility replace petroleum-based
environmentally sensitive raw materials with plentiful biomass and gain a competitive advantage in the marketplace
AS 30 maiores Empresas em Produtos Quiacutemicos Renovaacuteveis e Biomateriais (2011-12) ndash cont
8 Genencor
As a leader in the development of renewable alternatives for petroleum-based chemicals and fuels Genencor is helping to build the road
towards a more sustainable future
9 Novozymes
A number of technologies are involved in these steps and this part of ldquoOur technologyrdquo gives you an understanding of how these
technologies are employed in the work of researchers at Novozymes
10 ZeaChem
ZeaChem Inc has developed a cellulose-based biorefinery platform capable of producing advanced ethanol fuels and chemicals
Our indirect approach leapfrogs the yield and carbon dioxide (CO2) problems associated with traditional and cellulosic based processes
11 Cargill
Cargillrsquos range of nature-based products are suited to a number of industrial applications and markets We offer a growing number
of products derived from renewable sources designed to replace or offset non-renewable ingredients
12 Cobalt Technologies
Cobalts technology features a continuous process to efficiently convert diverse low cost feedstocks ndash beginning with bagasse and
waste wood ndash into biobutanol
13 Waste Management
Thatrsquos why Waste Management makes such a good fit Our mission is to bring you professional dependable services and innovative
solutions that create value for you ndash and a better future for us all
14 Ceres
Our technology platforms are helping make biofuels bio-based chemicals and biopower more economical and scalable It starts with
improving the crops themselves a process as old as farming but now coupled with the latest genomics-based breakthroughs
AS 30 maiores Empresas em Produtos Quiacutemicos Renovaacuteveis e Biomateriais (2011-12) ndash cont
15 Elevance Renewable Sciences
As the leader in transforming natural renewable oils into high-performing specialty products and materials Elevance is uniquely
positioned to meet consumer demand in a market exceeding $100 billion annually in these segments
Performance waxesNature Wax productsPersonal care productsDetergents and cleanersAntimicrobials
16 Dow Chemical
At Dow we are already creating solutions for a more sustainable future by helping develop paints that scrub the formaldehyde
from the air designing intelligent packaging that keeps food fresher longer and communicates its condition as well as more efficient
batteries to power vehicles
17 Enerkem
Chemicals used to make thousands of industrial and consumer products have traditionally been derived from fossil fuels such as petroleum
With an innovative process that uses waste and residues instead of fossil fuels Enerkem helps meet the increasing demand for greener
everyday products
18 Coskata
Coskata is a biology-based renewable energy company whose low-cost platform technology allows for the production of fuels and
chemicals from a variety of input material (including biomass agricultural and municipal wastes and other carbonaceous material)
Using proprietary microorganisms and patented bioreactor designs we are ready today to produce feedstock flexible ethanol
to fuel energy security economic growth and environmental sustainability
19 OPX Biotechnologies
OPXBIO developed and piloted the microbe and process that will produce its first biochemical product ndash BioAcrylic ndash at 30 to 50
percent lower cost and a 75 percent reduction in greenhouse gas emissions over current petrol-based acrylic Todayrsquos petro-acrylic has
an $10 billion global market in applications such as paints adhesives diapers and detergents In 2011 OPXBIO began collaborating
with The Dow Chemical Company to develop an industrial-scale process for producing BioAcrylic OPXBIO anticipates
full commercialization of BioAcrylic within three to five years
20 DSM
Bio-based materials The DSM Innovation Center is currently developing a platform of bio-based performance materials Examples
include investment in the green-chemistry company Segetis an agreement with Novomer to develop the first green resin for coatings
and the launch of EcoPaXXtrade a bio-based high-performance engineering plastic polymer
Approximately 70 of EcoPaXXtrade consists of building blocks derived from castor oil ndash a renewable resource This results in a
carbon footprint of zero lsquofrom cradle to the DSM gatersquo Itrsquos a strong selling point in todayrsquos plastics market as well as being fully compatible
with our strategy of sustainable innovation
AS 30 maiores Empresas em Produtos Quiacutemicos Renovaacuteveis e Biomateriais (2011-12) ndash cont
21 Myriant
Biobased specialty chemicals are a reality today because of Myriants commitment to development of technology with direct
commercial applicability Our integrated approach which links RampD efforts with the business strategy throughout the value chain and
across key aspects of company operations has resulted in a novel biocatalyst platform with proven commercialization success a robust
product pipeline and an extensive intellectual property suite
22 Cosan
O aacutelcool etiacutelico ou etanol eacute produzido pela fermentaccedilatildeo da cana-de-accediluacutecar A Raiacutezen se destaca como uma das maiores produtoras de
etanol no paiacutes com produccedilatildeo anual de22 bilhotildees de litros Em linha com sua visatildeo de ser reconhecida globalmente pela
excelecircncia no desenvolvimento produccedilatildeo e comercializaccedilatildeo de energia sustentaacutevel investe no combustiacutevel de matriz limpa e renovaacutevel
com tecnologia e talento que satildeo referecircncia no Brasil e no mundo
23 Mascoma
Ethanolrsquos energy is derived from plants that in turn obtain their energy from the sun In this way ethanol acts as a means of storing solar
power in liquid form Cellulosic ethanol is ethanol that is obtained from the non-edible portion of plant material Cellulosic ethanol is
identical in composition and performance to ethanol derived from corn or sugar cane Cellulosic ethanol however has important
environmental economic and sustainability advantages over conventional sources due to its source and method of production
24 KiOR
KiOR has developed a proprietary technology platform to convert sustainable low-cost non-food biomass into a hydrocarbon-based
renewable crude oil Using standard refining equipment the company processes its renewable crude into gasoline and diesel blendstocks
that can utilize the existing transportation fuel infrastructure for use in vehicles on the road today
25 DuPont Danisco
DuPont is applying its deep knowledge and experience in crop technology microbiology bioprocessing and engineering to
enable proprietary cost-effective cellulosic ethanol solutions for the market At DuPont we believe that science-powered innovation
and collaboration are required to meet the food energy and protection challenges of unprecedented population growth Our cel lulosic
ethanol team is leading the way in advanced biofuels by developing comprehensive integrated solutions for a range of feedstocks and
designing innovative enzymes to accelerate the commercial production of cellulosic biofuels in markets across the world
AS 30 maiores Empresas em Produtos Quiacutemicos Renovaacuteveis e Biomateriais (2011-12) ndash cont
26 Virent
Virent is replacing crude oil by creating the chemicals and fuels the world demands through utilization of a wide variety of naturally
occurring renewable resources Our patented BioFormingreg technology features catalytic chemistry which converts plant-based sugars into
a full range of hydrocarbon productsidentical to those made from petroleum including gasoline diesel jet fuel and chemicals for plastics
and fibers Our products are ldquodrop-inrdquo replacements that enable full utilization of todayrsquos existing processing pipeline storage and
transportation infrastructure Virent produces its hydrocarbon chemicals and fuels from plant sugars in a few hours compared to the
millions of years required for petroleum
27 LanzaTech
LanzaTech is very much part of this new field of innovators and by challenging our preconceptions of waste and energy sources we see
a future where access to energy is universal
28 POET
POET devotes tremendous resources to developing cellulosic ethanol Every day our researchers work to make it more affordable
Weve invested heavily in cellulosic research over the past decade and we will invest much more as we begin construction on our first
commercial cellulosic ethanol plant in Emmetsburg Iowa which we anticipate will produce 25 million gallons per year
29 Metabolix
Metabolix is developing commercially viable chemicals from biobased sources as opposed to fossil fuels which produce the vast majority of
chemicals today
Today four carbon (C4) chemicals are produced from non-renewable fossil-based hydrocarbons and are used to make spandex fibers
polyurethanes engineering resins and personal care products
Biobased chemicals allow us to address the global market demand for products and processing that reduce fossil energy use and greenhouse
gas emissions
30 Honeywellrsquos UOP
In 2008 UOP and Ensyn Corporation created the joint venture Envergent Technologies
Envergent is focused on the conversion of forest and agricultural waste residues to a liquid renewable oil to generate renewable heat and power
We do this through the RTPregprocess or rapid thermal processing which has been in commercial operation for more than 25 years
The RTP process produces a clean burning minimal sulfur content biofuel that can be used for the generation of renewable heat and power It is
a cost-effective solution to reduce greenhouse gas emissions up to 90 compared to petroleum-based fuels
The process is scalable to meet the needs of diverse applications It has a relatively compact footprint due to its modular construction and is
feedstock-flexible in that RTP can be designed to process a wide variety of lignocellulosic feedstocks
For more information on the advantages of pyrolysis oil and our RTP technology please visit us atwwwEnvergentTechcom
InstitutosEmpresaOutros
Nacionais
Instituto Nacional de Tecnologia
Empresa Brasileira de Pesquisas Agropecuaacuterias
PetrobraacutesCENPES
Centro de Energias Alternativas e Meio Ambiente
Centro de Tecnologia Canavieira
Instituto de Pesquisa Tecnoloacutegica do Estado de Satildeo Paulo
Instituto Nacional de Pesquisas Espaciais
Centro Brasileiro de Pesquisas Fiacutesicas
Instituto Nacional de Pesquisas da Amazocircnia
Conselho de Desenvolvimento Cientifico e Tecnoloacutegico
CNEN
Museu Paraense Emilio Goeldi Paraacute
FIOCRUZ
Instituto Nacional do Cacircncer
Instituto Adolfo Lutz
TOTAL GERAL 15 instituiccedilotildees
Universidade Federal do Rio de Janeiro
InstitutosDepartamentos
Internacionais
National Renewable Energy Laboratories EUA
US Department of Agriculture Agricultural Research
Service (USDA ARS) EUA
Chinese Academy of Science China
Agriculture ampAgri Food Canada Canadaacute
Institut National de la Recherche Agronomique Franccedila
Consejo Superior de Investigaciones Cientificas (CSIC)
Espanha
Russian Academy of Science Ruacutessia
Indian Institute of Technology Iacutendia
Natural Renewable Energy Laboratory EUA
National Institute of Advanced Industrial Science and
Technology Japatildeo
Institute Francais du Petrole (IFP)
Polish Academy of Science Polocircnia
Indian Institute of Chemical Technology India
Max Planck Institut Alemanha
French National Institute for Agricultural Research (INRA)
Franccedila
Tokyo Institute of Technology Japatildeo
Centre National de la Recherche Scientifique (CNRS)
Franccedila
National Chemical Laboratory Iacutendia
National Institute of Advanced Industrial Science and
Technology Japatildeo
Korea Institute of Science amp Technology Coreacuteia do Sul
US Geology Survey EUA
Marine Biotechnology Institute Japatildeo
Korea Institute of Energy Research (KIER) Coreacuteia do Sul
Centre National de la Recherche Scientifique (CNRS)
Franccedila
Kamaishi Labs Marine Biotechnology Institute Japatildeo
Alfred Wegener Institute for Polar and Marine Research
Alemanha
Australian National University Austraacutelia
Chonbuk National University Coreacuteia do Sul
Centre de Recherche en Ecologie Marine et Aquaculture
(IFREMER) Franccedila
Mitsubishi Heavy Ind Ltd (Advanced Technoly Research
Centre) Japatildeo
Oak Ridge National Laboratory (ORNL) EUA
Research Institute of Innovative Technology for the Earth
(RITE) Japatildeo
Central Institute of Medicinal and Aromatic Plants Iacutendia
Consiglio Nazional delle Ricerche (CNR) Itaacutelia
NASA EUA
Beijing Yixintang Medicine Research Institute
TOTAL GERAL 36 instituiccedilotildees
Universidade Federal do Rio de Janeiro
Empresas Internacionais
Novozymes AS
Genencor Int Inc
Kao Corp
Novo Nordisk AS
Novozymes Inc
Novo-Nordisk AS
Henkel KGAA
Iogen Energy Corp
Danisco US Inc Genencor Division
Novozymes Biotech Inc
Novozymes North America Inc
Goedegebuur F
Midwest Research Institute
Du Pont De Nemours amp Co
Dunn- Coleman N
AE Biofuels EUA
Blue Fire Ethanol EUAJapatildeo
Chempolis Ou
Iogen
KL Energy
Lignol Energy
Sekab
Sun Opta
Verenium
Chevron USA Inc
Shell International Research Maatshappij BV
Exxon Mobil Res ampEng Co
Sasol Technology Pty Ltd
Shell Oil Co
Conoco Phillips Co
ENI Spa
Exxon Res amp Eng Co
Exxon Mobil Res amp Eng Co
Roquette Freres As
Basf AG
General Electric Co
Exxon Mobil Chem Patents Inc
LrsquoOreal SA
Basf SE
Bayer AG
Wellington SL
Vinegar HJ
Berchenko IE
Dow Global Technologies Inc
Degussa AG
Bayer Material Science AG
Samsung SDI Co Ltd
Stegemeir GL
Henkel KGAA
Zhang E
Ryan RC
Fowler TD
Rouffi gnac EPD
Universidade Federal do Rio de Janeiro
Council of Scientific and Industrial Research of India
Li Y
Ye M
Wang Y
Zhang L
Jiang J
Liu Y
Yin K
Jiang L
Syngenta Part AG
Novartis AG
Basf SE
Bayer Cropscience AG
Dow Corning Corporation
Genoptera LLC
Monsanto Technology
US Secretary of Agriculture
Bayer Cropscience GMBH
Toyota Jidosha KK
TOTAL GERAL 88 instituiccedilotildees
Empresas Internacionais
Fowler TD
Rouffi gnac EPD
Merck Patent GMBH
Procter amp Gamble Co
Yokohama Rubber Co Ltd
Colgate Palmolive
Bridgestone Corp
Henkel KGAA
Goodyear Tire amp Rubber Co
LG Electronics Inc 507
Matsushita Denki Sangyo KK
Toshiba KK
Canon KK
Hitachi Ltd
Mitsubshi Electric Co
Mitsubishi Jukogyo KK
Universidade Federal do Rio de Janeiro
CURSOS
Ofertados nas instituiccedilotildees de ensino nacionais ou internacionais
Introduccedilatildeo a Quiacutemica Verde
Quiacutemica Verde e Quiacutemica Sustentaacutevel
Engenharia Ecoloacutegica e Quiacutemica Verde
ldquoQuiacutemica Verde Fundamentos e Aplicaccedilotildeesrdquo
Quiacutemica Verde na Atualidade
A Quiacutemica Verde e o papel da cataacutelise no contexto da
Inovaccedilatildeo e do Desenvolvimento Tecnoloacutegico
Universidade Federal do Rio de Janeiro
Universidade Federal do Rio de Janeiro
FONTES CONSULTADAS
Quiacutemica verde no Brasil 2010 ndash 2030 Ediccedilatildeo revista e atualizada
Centro de Gestatildeo e Estudos Estrateacutegicos
Ciecircncia Tecnologia e Inovaccedilatildeo
httpwwwsciencedirectcom
httpwwwperiodicoscapesgovbr
LINHAS DE PESQUISA
Luiz Felipe Miranda de Jesus
Universidade Federal do Rio de Janeiro
Linhas de Pesquisa
Buscas Associadas
ldquoQuiacutemica Verderdquo
ldquoQuiacutemica Ambientalrdquo
ldquoQuiacutemica Sustentaacutevelrdquo
ldquoGreen Chemistryrdquo
ldquoQuiacutemica Verde PampDrdquo
ldquoGreen Chemistry RampDrdquo
ldquoUS Green Chemistryrdquo
ldquoEurope Green Chemistryrdquo
Universidade Federal do Rio de Janeiro
Linhas de Pesquisa
Principais Fontes
Identificaccedilatildeo de Instituiccedilotildees citadas em artigos e outras publicaccedilotildees
CAPES
CNPQ
ABQ
SBPC
Instituiccedilotildees de Fomento (FINEP FAPESPetc)
CGEE
MCT
Sites das Universidades
EPA
IUPAC
ACS
Green Chemistry Network
Royal Society of Chemistry
European Environment Agency
Universidade Federal do Rio de Janeiro
The Interuniversity National Consortium Chemistry for the Environment (INCA Consortium) Gathers 33 Italian universities and about 90 research units headquarters in Venezia and Roma Italy
NSF Science and Technology Center for Environmentally Responsible Solvents and Processes University of North Carolina Chapel Hill Queens University Ionic Liquid Laboratories (QUILL)
Queens University of Belfast The Clean Technology Research Group University of Nottingham The Green Chemistry Group (see below now called centre of excellence)
University of York Centre for Green Chemistry University of Monash Centre for Green Manufacturing University of Alabama Chemical Process Engineering Research Institute Centre for Research amp Technology University of Leicester (UK) Leicester Green Chemistry Group
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
University of Leeds (UK) Leeds Cleaner Synthesis Group Institute of Applied Catalysis (UK) A research network for catalysis Carnegie Mellon University (USA) Institute for Green Oxidation Chemistry Institute for a Sustainable Environment (USA) University of Oregon Center for Sustainable and Green Chemistry (DEN) httpwwwcsgdtudk Green Chemistry Centre of Excellence (UK) httpwwwyorkacukresgcgsiteindexhtm Center for Green Chemistry at UMass Boston (US) httpwwwgreenchemistryumbedu Center for Green Chemistry at UMass Lowell (US) httpwwwgreenchemistryumledu University of Notre Dame Energy Centre (USA) httpwwwndedu~ndenergy Goumlteborg Universitys Centre for Environment and Sustainability (SWE) httpwwwchalmerssegmvEN
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
MSc in Green Chemistry and Sustainable Industrial Technology
Department of Chemistry at the University of York
Master en Quimica Sostenible
Faculty of Sciences at the University of Zaragoza
MSc in Green Chemistry Energy and the Environment
Imperical College London
MSc in Chemical Research (Green Chemistry with Industry)
CTA funding to the University of Leicester
1st year Master of Science Chemistry Specializing in Green Chemistry
University Louis Pasteur (Strasbourg I)
Master of Chemistry and EST
Universiteacute de Savoie
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
Schools with Green Chemistry Programs
United States
Eastern Connecticut
Yale University
Massachusetts
Bridgewater State College
Gordon College
University of Massachusetts Boston
University of Massachusetts Lowell Center for Green Chemistry
Pennsylvania
Carnegie Mellon Institute for Green Oxidation Chemistry
University of Scranton
Arkansas
Hendrix College (green organic chemistry)
Illinois
University of Illinois-Urbana-Champaign
Minnesota
St Olaf College
Alabama
University of Alabama
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
Linhas de Pesquisa California
Berkeley Center for Green Chemistry
UC Berkeley Extension
Colorado
Colorado School of Mines
Oregon
University of Oregon
Schools with Green Chemistry Programs - International
Australia
Monash University Centre for Green Chemistry
Murdoch University Sustainable ChemistryGreen Chemistry
Netherlands
Delft University of Technology Biocatalysis and Organic Chemistry
Italy
Interuniversity Consortium Chemistry for the Environment (INCA)
Universidade Federal do Rio de Janeiro
Northern Ireland
Queens University of Belfast Ionic Liquid Laboratories
Spain
Institute of Science and Technology (IUCT)
Green Chemistry Network of Spain (REDQS - Red Espantildeola de Quiacutemica Sostenible)
Sweden
Centre for Environment and Sustainability - Chalmers University of
TechnologyGoumlteborg University
United Kingdom
Green Chemistry Centre of Excellence at York
University of Leicester Green Chemistry Group
University of Nottingham Green and Analytical Chemistry
Brazil
Universidade do Vale do Itajaiacute Center for Technological Earth and Sea Sciences
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
Linhas de Pesquisa
Observaccedilotildees
Poucos programas especiacuteficos em ldquoQuiacutemica Verderdquo
Perfil multidisciplinar
Descriccedilatildeo de diversas linhas abrange somente um ou
alguns dos princiacutepios da ldquoQuiacutemica Verderdquo
Associaccedilatildeo inadequada ao tema
Necessidade de ampliaccedilatildeo de escopo
Movimento inicial de fomento aos projetos na aacuterea
Universidade Federal do Rio de Janeiro
CONGRESSOS E OUTROS SITES
Natasha Kelber
Universidade Federal do Rio de Janeiro
Universidade Federal do Rio de Janeiro
CONGRESSOS NACIONAIS
5ordm Simpoacutesio Nacional de Biocombustiacuteveis ndash BIOCOM ndash 14 a15Abril2012 ndash Canoas
RS
4ordf Escola de Quiacutemica Verde - JaneiroFevereiro2012 - Satildeo Paulo SP
VII Congresso Brasileiro de Biosseguranccedila - 19-23Setembro2011 - Joinville SC
II Semana de Biotecnologia Industrial - 20-22Outubro2010 - Lorena SP
5ordm Congresso Internacional de Bioenergia - 10-13Agosto2010 - Curitiba PR
II Semana de Biotecnologia Industrial - Julho2009 - Lorena SP
VI Congresso Brasileiro de Biosseguranccedila
VI Simpoacutesio Latino-Americano de Produtos Biotecnoloacutegicos
I Simpoacutesio Internacional de Biosseguridade e Pesquisa de Duplo Uso
I Feira de Equipamentos e Dispositivos de Biosseguranccedila ndash 22-25 Setembro2009 -
Rio de Janeiro RJ
1ordm Encontro Franco-Brasileiro de Quiacutemica Verde - 11 a 13Outubro2011
Universidade Federal do Rio de Janeiro
CONGRESSOS INTERNACIONAIS
3nd Brazilian Conference on Natural Products - 29Outubro-02Novembro2011 -
Ouro Preto MG
Biodiesel Congress - 27-29Julho2011 - Satildeo Paulo SP
IGCW 2011 Industrial Green Chemistry World Symposium amp Expo - December 4-6
2011 - Mumbai Iacutendia
3rd Asia-Oceania Conference on Green and Sustainable Chemistry (AOC-3) -
December 4-7 2011 - Melbourne Austraacutelia
3rd International Congress on Green Process Engineering - December 6-8 2011 -
Kuala Lumpur Malaysia
Minnesota Green Chemistry Conference - January 26 2012 - Minneapolis MN
The Asian Conference on Sustainability Energy amp the Environment - May 3-6 2012 -
Osaka Japan
16th Annual Green Chemistry amp Engineering Conference - June 18-20 2012 -
Washington DC
Gordon Research Seminar and Conference on Green Chemistry - July 21-27 2012 -
Lucca (Barga) Italy
4th International IUPAC Conference on Green Chemistry - August 25-29 2012 - Foz
do IguaccediluPR Brazil
Universidade Federal do Rio de Janeiro
OUTROS SITES
httpportalacsorgportalacscorgcontent_nfpb=trueamp_pageLabel=PP_SUPERAR
TICLEampnode_id=1401ampuse_sec=falseampsec_url_var=region1amp__uuid=6e2273c5-5e7f-
4c7b-8931-530d244f1650P15_704
httpwwwcleanproductionorgGreenphp
wwwrscorgMembershipNetworkingInternationalActivitiesPanAfricaindexasp
httpwwworganic-chemistryorgtopicsgreen-chemistryshtm
httpagenciafapespbr12992
httpacademicscrantonedufacultycannm1greenchemistryporthtml
httpwwwabqorgbrsimpequi2010trabalhos122-7744htm
httpbrlinkedincominquimicaverde
httpwwwcinprorgbrFreeComponent10435content149251shtml
httpquiverdeblogspotcom201006os-12-principios-da-quimica-verdehtml
httpwwwufpeltchebriqgwwverde
httpwwwbrasilescolacomquimicaprincipios-quimica-verdehtm
httpwwwsustentabilidaderesultadoscombrgreen-chemistry-a-sustainable-
opportunity
httpwwwgreenchemistrynetworkorg
httpwwwepagovgreenchemistry
PUBLICACcedilOtildeES E PERIOacuteDICOS
Renato Soares
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS
Base de Dados
Royal Society of Chemistry (30)
SpringerLink (MetaPress) (30)
Wiley Online Library (30)
ACS Journals Search (30)
Nature (NPG) (30)
Science (AAAS) (30)
IOPscience (Institute of Phsics) (30)
Oxford Journals (Oxford University Press) (30)
ScienceDirect (Elsevier) (30)
Annual Reviews (29)
AIP Scitation ndash American Institute of Physics (28)
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS
Annual Review of Biochemistry (6)
Scientific American (5)
Ecological Indicators (5)
Green Chemistry Educat (4)
Nature Chemistry (4)
J Chem Educ (3)
Autobiographies by Nob (3)
J Appl Phys (3)
Food Hydrocolloids (3)
Chem Soc Rev (2)
Annual Review of Environment and Resources (2)
J Am Chem Soc (2)
The Excitement and Fascination of Science (2)
Environmental Science and Pollution Research (2)
Universidade Federal do Rio de Janeiro
COLECcedilOtildeES E TEXTOS
Murilo Alves
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS REVISTAS E JORNAIS CIENTIacuteFICOS Revistas Cientiacuteficas com conteuacutedos sobre ensino de ciecircnciasquiacutemica e
quiacutemica verde
O primeiro artigo que atendeu aos criteacuterios adotados
neste trabalho e cujo tiacutetulo conteacutem a expressatildeo Green Chemistry (Quiacutemica Verde) - Design for the
environment and Green Chemistry the heart and soul
of industrial ecology - foi publicado em 1997
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS REVISTAS E JORNAIS CIENTIacuteFICOS Revistas Cientiacuteficas com conteuacutedos sobre ensino de ciecircnciasquiacutemica e
quiacutemica verde
Revista Quiacutemica Nova na Escola - QNEsc A Revista Quiacutemica Nova na Escola (QNEsc) com uma periodicidade trimestral propotildee-se a subsidiar o trabalho a formaccedilatildeo e a atualizaccedilatildeo da comunidade do Ensino de Quiacutemica brasileiro QNEsc integra-se agrave linha editorial da Sociedade Brasileira de Quiacutemica que publica tambeacutem a revista Quiacutemica Nova e o Journal of the Brazillian Chemical Society Quiacutemica Nova na Escola eacute um espaccedilo aberto ao educador suscitando debates e reflexotildees sobre o ensino e a aprendizagem de quiacutemica Assim contribui para a tarefa fundamental de formar verdadeiros cidadatildeos Nesse sentido a Divisatildeo de Ensino disponibiliza neste portal na iacutentegra e de forma totalmente gratuita todos os artigos publicados no formato PDF Estatildeo disponiacuteveis tambeacutem os Cadernos Temaacuteticos publicados desde 2001 pela Divisatildeo de Ensino
Green Chemistry - Journal Jornal publicado pela Royal Society of Chemistry - RCS que se apresenta como um espaccedilo para publicaccedilatildeo sobre
pesquisas de ponta no desenvolvimento de tecnologias alternativas sustentaacuteveis
Green Green - revista italiana do Consoacutercio Interuniversitaacuterio Quiacutemica Nacional do Meio Ambiente (INCA) em colaboraccedilatildeo com a Sociedade Quiacutemica Italiana (SCI) 1 5 ACS Publications A Divisatildeo de Publicaccedilotildees da Sociedade Americana de Quiacutemica (American Chemical Society - ACS) oferece a comunidade cientiacutefica mundial uma coleccedilatildeo abrangente dos perioacutedicos mais citados revisados por pares em ciecircncias quiacutemicas e afins
Universidade Federal do Rio de Janeiro
Universidade Federal do Rio de Janeiro
FONTES CONSULTADAS
httpwwwqmcufscbrgieqindexphplinkshtml
httpwwwperiodicoscapesgovbr
httpwwwscielocom
Organizaccediloes - 100 maiores empresas em Bioenergia 2011-12 Referencia Biofuels Digest online publication
November 9 2011 author Jim Lane
1 Solazyme
2 Amyris
3 Gevo
4 POET
5 LS9
6 Novozymes
7 Enerkem
8 LanzaTech
9 UOP
10 ZeaChem
11 Codexis
12 Abengoa Bioenergy
13 KiOR
14 Virent Energy Systems
15 Sapphire Energy
16 Ceres
17 Coskata
18 DuPont Cellulosic
19 Terrabon
20 Mascoma
21 Cobalt Technologies
22 Petrobras
23 Joule Unlimited
24 BP Biofuels
25 Neste
26 Waste Management
27 Rentech
28 Qteros
29 INEOS Bio
30 Genencor
31 Genomatica
32 Shell
33 Synthetic Genomics
34 Chemtex
100 maiores empresas em Bioenergia 2011-12 Referencia Biofuels Digest online publication November 9 2011
author Jim Lane
35 Algenol
36 Elevance Renewable Sciences
37 OriginOil
38 SG Biofuels
39 Cosan
40 HCL CleanTech
41 Fulcrum Bioenergy
42 Cargill
43 Chevron
44 Bluefire Renewables
45 Dynamic Fuels
46 Mendel
47 OPX Biotechnologies
48 Inbicon
49 Renmatix
50 Monsanto
51 Butamax
52 Iogen
53 DuPont
54 Verenium
55 PetroAlgae
56 DSM
57 ExxonMobil
58 Envergent
59 Aurora Algae
60 Syngenta
61 Praj Industries
62 Phycal
63 Renewable Energy Group
64 Clear Fuels Technology
65 ArborGen
66 KL Energy
67 Solix Biofuels
100 maiores empresas em Bioenergia 2011-12 Referencia Biofuels Digest online publication November 9 2011
author Jim Lane
68 Catchlight Energy
69 Dyadic
70 AE Biofuels
71 Myriant
72 EdeniQ
73 Avantium
74 Propel Fuels
75 GlycosBio
76 ETH Bioenergia
77 Chemrec
78 Ensyn
79 Green Plains Renewable Energy
80 Range Fuels
81 Bioprocess Algae
82 SynGest
83 TMO Renewables
84 Chromatin
85 Blue Marble Biomaterials
86 Genera Energy
87 ICM
88 Albemarle
89 Lignol
90 Raizen
91 Verdezyne
92 Greenfuel Ethanol
93 Atlantic Biomass Conversions
94 Pacific Ethanol
95 Dong Energy
96 SEKAB
97 Borregaard Industries
98 Dynamotive
99 Allard Research
100 Targeted Growth
MP renovaacutevel
Transporte MP
Lavagem Moagem
Unidade de fermentaccedilatildeo
Destilaccedilatildeo
Controle de qualidade e
estocagem de agravelcool
Transporte do aacutelcool
(caminhotildees)
Estoque de agravelcool nos
clientes
MP Petroquiacutemica
Transporte do MP
Craqueamento Separaccedilatildeo
Estocagem do eteno
Etanol de
cana de
accedilucar
Eteno
Petroquiacutemico
Cana de
accedilucar
Caminhotildees
Bagaccedilo Cogeraccedilatildeo de vapor
energia eletrica
Tubovias Co produtos
Propeno
Buteno
Outros
Nafta
MP renovaacutevel
Transporte MP
Estoque Etanol
Desidrataccedilatildeo Estoque Eteno
Etanol Caminhotildees
Eteno Alcool
Quiacutemico
Outros Sites AS 30 maiores Empresas em Produtos Quiacutemicos Renovaacuteveis e Biomateriais
(2011-12) Referencias Biofuels Digest ndashe sites das empresas
1 Genomatica
We develop our processes using our proprietary biotechnology platform The resulting processes can convert multiple renewable
feedstocks into numerous existing chemicals that meet industry specifications for large established markets
2 Solazyme
Solazymes proprietary biotechnology platform creates renewable oils by harnessing microalgaes prolific oil production capabilities
Through world-class molecular biology and chemical engineering capabilities were able to cost-effectively produce high-value tailored oils
3 Amyris
The basis of our production is a well-established fermentation process that uses our genetically-engineered yeast strains to convert
the sugar source into target molecules such as farnesene
4 Gevo
We plan to produce isobutanol a versatile platform chemical for the liquid fuels and petrochemical market
5 LS9
LS9rsquos industrial biotechnology platform converts diverse renewable feedstocks to drop-in fuel and chemical products
6 Dupont
Through DuPont innovation key building blocks for many of the materials we use every day can now be derived from renewable
resources mdash creating a much smaller environmental footprint than their petroleum-based predecessors with no compromise in performance
7 Codexis
Products and technology from Codexis can help the chemicals industry reduce supply chain volatility replace petroleum-based
environmentally sensitive raw materials with plentiful biomass and gain a competitive advantage in the marketplace
AS 30 maiores Empresas em Produtos Quiacutemicos Renovaacuteveis e Biomateriais (2011-12) ndash cont
8 Genencor
As a leader in the development of renewable alternatives for petroleum-based chemicals and fuels Genencor is helping to build the road
towards a more sustainable future
9 Novozymes
A number of technologies are involved in these steps and this part of ldquoOur technologyrdquo gives you an understanding of how these
technologies are employed in the work of researchers at Novozymes
10 ZeaChem
ZeaChem Inc has developed a cellulose-based biorefinery platform capable of producing advanced ethanol fuels and chemicals
Our indirect approach leapfrogs the yield and carbon dioxide (CO2) problems associated with traditional and cellulosic based processes
11 Cargill
Cargillrsquos range of nature-based products are suited to a number of industrial applications and markets We offer a growing number
of products derived from renewable sources designed to replace or offset non-renewable ingredients
12 Cobalt Technologies
Cobalts technology features a continuous process to efficiently convert diverse low cost feedstocks ndash beginning with bagasse and
waste wood ndash into biobutanol
13 Waste Management
Thatrsquos why Waste Management makes such a good fit Our mission is to bring you professional dependable services and innovative
solutions that create value for you ndash and a better future for us all
14 Ceres
Our technology platforms are helping make biofuels bio-based chemicals and biopower more economical and scalable It starts with
improving the crops themselves a process as old as farming but now coupled with the latest genomics-based breakthroughs
AS 30 maiores Empresas em Produtos Quiacutemicos Renovaacuteveis e Biomateriais (2011-12) ndash cont
15 Elevance Renewable Sciences
As the leader in transforming natural renewable oils into high-performing specialty products and materials Elevance is uniquely
positioned to meet consumer demand in a market exceeding $100 billion annually in these segments
Performance waxesNature Wax productsPersonal care productsDetergents and cleanersAntimicrobials
16 Dow Chemical
At Dow we are already creating solutions for a more sustainable future by helping develop paints that scrub the formaldehyde
from the air designing intelligent packaging that keeps food fresher longer and communicates its condition as well as more efficient
batteries to power vehicles
17 Enerkem
Chemicals used to make thousands of industrial and consumer products have traditionally been derived from fossil fuels such as petroleum
With an innovative process that uses waste and residues instead of fossil fuels Enerkem helps meet the increasing demand for greener
everyday products
18 Coskata
Coskata is a biology-based renewable energy company whose low-cost platform technology allows for the production of fuels and
chemicals from a variety of input material (including biomass agricultural and municipal wastes and other carbonaceous material)
Using proprietary microorganisms and patented bioreactor designs we are ready today to produce feedstock flexible ethanol
to fuel energy security economic growth and environmental sustainability
19 OPX Biotechnologies
OPXBIO developed and piloted the microbe and process that will produce its first biochemical product ndash BioAcrylic ndash at 30 to 50
percent lower cost and a 75 percent reduction in greenhouse gas emissions over current petrol-based acrylic Todayrsquos petro-acrylic has
an $10 billion global market in applications such as paints adhesives diapers and detergents In 2011 OPXBIO began collaborating
with The Dow Chemical Company to develop an industrial-scale process for producing BioAcrylic OPXBIO anticipates
full commercialization of BioAcrylic within three to five years
20 DSM
Bio-based materials The DSM Innovation Center is currently developing a platform of bio-based performance materials Examples
include investment in the green-chemistry company Segetis an agreement with Novomer to develop the first green resin for coatings
and the launch of EcoPaXXtrade a bio-based high-performance engineering plastic polymer
Approximately 70 of EcoPaXXtrade consists of building blocks derived from castor oil ndash a renewable resource This results in a
carbon footprint of zero lsquofrom cradle to the DSM gatersquo Itrsquos a strong selling point in todayrsquos plastics market as well as being fully compatible
with our strategy of sustainable innovation
AS 30 maiores Empresas em Produtos Quiacutemicos Renovaacuteveis e Biomateriais (2011-12) ndash cont
21 Myriant
Biobased specialty chemicals are a reality today because of Myriants commitment to development of technology with direct
commercial applicability Our integrated approach which links RampD efforts with the business strategy throughout the value chain and
across key aspects of company operations has resulted in a novel biocatalyst platform with proven commercialization success a robust
product pipeline and an extensive intellectual property suite
22 Cosan
O aacutelcool etiacutelico ou etanol eacute produzido pela fermentaccedilatildeo da cana-de-accediluacutecar A Raiacutezen se destaca como uma das maiores produtoras de
etanol no paiacutes com produccedilatildeo anual de22 bilhotildees de litros Em linha com sua visatildeo de ser reconhecida globalmente pela
excelecircncia no desenvolvimento produccedilatildeo e comercializaccedilatildeo de energia sustentaacutevel investe no combustiacutevel de matriz limpa e renovaacutevel
com tecnologia e talento que satildeo referecircncia no Brasil e no mundo
23 Mascoma
Ethanolrsquos energy is derived from plants that in turn obtain their energy from the sun In this way ethanol acts as a means of storing solar
power in liquid form Cellulosic ethanol is ethanol that is obtained from the non-edible portion of plant material Cellulosic ethanol is
identical in composition and performance to ethanol derived from corn or sugar cane Cellulosic ethanol however has important
environmental economic and sustainability advantages over conventional sources due to its source and method of production
24 KiOR
KiOR has developed a proprietary technology platform to convert sustainable low-cost non-food biomass into a hydrocarbon-based
renewable crude oil Using standard refining equipment the company processes its renewable crude into gasoline and diesel blendstocks
that can utilize the existing transportation fuel infrastructure for use in vehicles on the road today
25 DuPont Danisco
DuPont is applying its deep knowledge and experience in crop technology microbiology bioprocessing and engineering to
enable proprietary cost-effective cellulosic ethanol solutions for the market At DuPont we believe that science-powered innovation
and collaboration are required to meet the food energy and protection challenges of unprecedented population growth Our cel lulosic
ethanol team is leading the way in advanced biofuels by developing comprehensive integrated solutions for a range of feedstocks and
designing innovative enzymes to accelerate the commercial production of cellulosic biofuels in markets across the world
AS 30 maiores Empresas em Produtos Quiacutemicos Renovaacuteveis e Biomateriais (2011-12) ndash cont
26 Virent
Virent is replacing crude oil by creating the chemicals and fuels the world demands through utilization of a wide variety of naturally
occurring renewable resources Our patented BioFormingreg technology features catalytic chemistry which converts plant-based sugars into
a full range of hydrocarbon productsidentical to those made from petroleum including gasoline diesel jet fuel and chemicals for plastics
and fibers Our products are ldquodrop-inrdquo replacements that enable full utilization of todayrsquos existing processing pipeline storage and
transportation infrastructure Virent produces its hydrocarbon chemicals and fuels from plant sugars in a few hours compared to the
millions of years required for petroleum
27 LanzaTech
LanzaTech is very much part of this new field of innovators and by challenging our preconceptions of waste and energy sources we see
a future where access to energy is universal
28 POET
POET devotes tremendous resources to developing cellulosic ethanol Every day our researchers work to make it more affordable
Weve invested heavily in cellulosic research over the past decade and we will invest much more as we begin construction on our first
commercial cellulosic ethanol plant in Emmetsburg Iowa which we anticipate will produce 25 million gallons per year
29 Metabolix
Metabolix is developing commercially viable chemicals from biobased sources as opposed to fossil fuels which produce the vast majority of
chemicals today
Today four carbon (C4) chemicals are produced from non-renewable fossil-based hydrocarbons and are used to make spandex fibers
polyurethanes engineering resins and personal care products
Biobased chemicals allow us to address the global market demand for products and processing that reduce fossil energy use and greenhouse
gas emissions
30 Honeywellrsquos UOP
In 2008 UOP and Ensyn Corporation created the joint venture Envergent Technologies
Envergent is focused on the conversion of forest and agricultural waste residues to a liquid renewable oil to generate renewable heat and power
We do this through the RTPregprocess or rapid thermal processing which has been in commercial operation for more than 25 years
The RTP process produces a clean burning minimal sulfur content biofuel that can be used for the generation of renewable heat and power It is
a cost-effective solution to reduce greenhouse gas emissions up to 90 compared to petroleum-based fuels
The process is scalable to meet the needs of diverse applications It has a relatively compact footprint due to its modular construction and is
feedstock-flexible in that RTP can be designed to process a wide variety of lignocellulosic feedstocks
For more information on the advantages of pyrolysis oil and our RTP technology please visit us atwwwEnvergentTechcom
InstitutosEmpresaOutros
Nacionais
Instituto Nacional de Tecnologia
Empresa Brasileira de Pesquisas Agropecuaacuterias
PetrobraacutesCENPES
Centro de Energias Alternativas e Meio Ambiente
Centro de Tecnologia Canavieira
Instituto de Pesquisa Tecnoloacutegica do Estado de Satildeo Paulo
Instituto Nacional de Pesquisas Espaciais
Centro Brasileiro de Pesquisas Fiacutesicas
Instituto Nacional de Pesquisas da Amazocircnia
Conselho de Desenvolvimento Cientifico e Tecnoloacutegico
CNEN
Museu Paraense Emilio Goeldi Paraacute
FIOCRUZ
Instituto Nacional do Cacircncer
Instituto Adolfo Lutz
TOTAL GERAL 15 instituiccedilotildees
Universidade Federal do Rio de Janeiro
InstitutosDepartamentos
Internacionais
National Renewable Energy Laboratories EUA
US Department of Agriculture Agricultural Research
Service (USDA ARS) EUA
Chinese Academy of Science China
Agriculture ampAgri Food Canada Canadaacute
Institut National de la Recherche Agronomique Franccedila
Consejo Superior de Investigaciones Cientificas (CSIC)
Espanha
Russian Academy of Science Ruacutessia
Indian Institute of Technology Iacutendia
Natural Renewable Energy Laboratory EUA
National Institute of Advanced Industrial Science and
Technology Japatildeo
Institute Francais du Petrole (IFP)
Polish Academy of Science Polocircnia
Indian Institute of Chemical Technology India
Max Planck Institut Alemanha
French National Institute for Agricultural Research (INRA)
Franccedila
Tokyo Institute of Technology Japatildeo
Centre National de la Recherche Scientifique (CNRS)
Franccedila
National Chemical Laboratory Iacutendia
National Institute of Advanced Industrial Science and
Technology Japatildeo
Korea Institute of Science amp Technology Coreacuteia do Sul
US Geology Survey EUA
Marine Biotechnology Institute Japatildeo
Korea Institute of Energy Research (KIER) Coreacuteia do Sul
Centre National de la Recherche Scientifique (CNRS)
Franccedila
Kamaishi Labs Marine Biotechnology Institute Japatildeo
Alfred Wegener Institute for Polar and Marine Research
Alemanha
Australian National University Austraacutelia
Chonbuk National University Coreacuteia do Sul
Centre de Recherche en Ecologie Marine et Aquaculture
(IFREMER) Franccedila
Mitsubishi Heavy Ind Ltd (Advanced Technoly Research
Centre) Japatildeo
Oak Ridge National Laboratory (ORNL) EUA
Research Institute of Innovative Technology for the Earth
(RITE) Japatildeo
Central Institute of Medicinal and Aromatic Plants Iacutendia
Consiglio Nazional delle Ricerche (CNR) Itaacutelia
NASA EUA
Beijing Yixintang Medicine Research Institute
TOTAL GERAL 36 instituiccedilotildees
Universidade Federal do Rio de Janeiro
Empresas Internacionais
Novozymes AS
Genencor Int Inc
Kao Corp
Novo Nordisk AS
Novozymes Inc
Novo-Nordisk AS
Henkel KGAA
Iogen Energy Corp
Danisco US Inc Genencor Division
Novozymes Biotech Inc
Novozymes North America Inc
Goedegebuur F
Midwest Research Institute
Du Pont De Nemours amp Co
Dunn- Coleman N
AE Biofuels EUA
Blue Fire Ethanol EUAJapatildeo
Chempolis Ou
Iogen
KL Energy
Lignol Energy
Sekab
Sun Opta
Verenium
Chevron USA Inc
Shell International Research Maatshappij BV
Exxon Mobil Res ampEng Co
Sasol Technology Pty Ltd
Shell Oil Co
Conoco Phillips Co
ENI Spa
Exxon Res amp Eng Co
Exxon Mobil Res amp Eng Co
Roquette Freres As
Basf AG
General Electric Co
Exxon Mobil Chem Patents Inc
LrsquoOreal SA
Basf SE
Bayer AG
Wellington SL
Vinegar HJ
Berchenko IE
Dow Global Technologies Inc
Degussa AG
Bayer Material Science AG
Samsung SDI Co Ltd
Stegemeir GL
Henkel KGAA
Zhang E
Ryan RC
Fowler TD
Rouffi gnac EPD
Universidade Federal do Rio de Janeiro
Council of Scientific and Industrial Research of India
Li Y
Ye M
Wang Y
Zhang L
Jiang J
Liu Y
Yin K
Jiang L
Syngenta Part AG
Novartis AG
Basf SE
Bayer Cropscience AG
Dow Corning Corporation
Genoptera LLC
Monsanto Technology
US Secretary of Agriculture
Bayer Cropscience GMBH
Toyota Jidosha KK
TOTAL GERAL 88 instituiccedilotildees
Empresas Internacionais
Fowler TD
Rouffi gnac EPD
Merck Patent GMBH
Procter amp Gamble Co
Yokohama Rubber Co Ltd
Colgate Palmolive
Bridgestone Corp
Henkel KGAA
Goodyear Tire amp Rubber Co
LG Electronics Inc 507
Matsushita Denki Sangyo KK
Toshiba KK
Canon KK
Hitachi Ltd
Mitsubshi Electric Co
Mitsubishi Jukogyo KK
Universidade Federal do Rio de Janeiro
CURSOS
Ofertados nas instituiccedilotildees de ensino nacionais ou internacionais
Introduccedilatildeo a Quiacutemica Verde
Quiacutemica Verde e Quiacutemica Sustentaacutevel
Engenharia Ecoloacutegica e Quiacutemica Verde
ldquoQuiacutemica Verde Fundamentos e Aplicaccedilotildeesrdquo
Quiacutemica Verde na Atualidade
A Quiacutemica Verde e o papel da cataacutelise no contexto da
Inovaccedilatildeo e do Desenvolvimento Tecnoloacutegico
Universidade Federal do Rio de Janeiro
Universidade Federal do Rio de Janeiro
FONTES CONSULTADAS
Quiacutemica verde no Brasil 2010 ndash 2030 Ediccedilatildeo revista e atualizada
Centro de Gestatildeo e Estudos Estrateacutegicos
Ciecircncia Tecnologia e Inovaccedilatildeo
httpwwwsciencedirectcom
httpwwwperiodicoscapesgovbr
LINHAS DE PESQUISA
Luiz Felipe Miranda de Jesus
Universidade Federal do Rio de Janeiro
Linhas de Pesquisa
Buscas Associadas
ldquoQuiacutemica Verderdquo
ldquoQuiacutemica Ambientalrdquo
ldquoQuiacutemica Sustentaacutevelrdquo
ldquoGreen Chemistryrdquo
ldquoQuiacutemica Verde PampDrdquo
ldquoGreen Chemistry RampDrdquo
ldquoUS Green Chemistryrdquo
ldquoEurope Green Chemistryrdquo
Universidade Federal do Rio de Janeiro
Linhas de Pesquisa
Principais Fontes
Identificaccedilatildeo de Instituiccedilotildees citadas em artigos e outras publicaccedilotildees
CAPES
CNPQ
ABQ
SBPC
Instituiccedilotildees de Fomento (FINEP FAPESPetc)
CGEE
MCT
Sites das Universidades
EPA
IUPAC
ACS
Green Chemistry Network
Royal Society of Chemistry
European Environment Agency
Universidade Federal do Rio de Janeiro
The Interuniversity National Consortium Chemistry for the Environment (INCA Consortium) Gathers 33 Italian universities and about 90 research units headquarters in Venezia and Roma Italy
NSF Science and Technology Center for Environmentally Responsible Solvents and Processes University of North Carolina Chapel Hill Queens University Ionic Liquid Laboratories (QUILL)
Queens University of Belfast The Clean Technology Research Group University of Nottingham The Green Chemistry Group (see below now called centre of excellence)
University of York Centre for Green Chemistry University of Monash Centre for Green Manufacturing University of Alabama Chemical Process Engineering Research Institute Centre for Research amp Technology University of Leicester (UK) Leicester Green Chemistry Group
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
University of Leeds (UK) Leeds Cleaner Synthesis Group Institute of Applied Catalysis (UK) A research network for catalysis Carnegie Mellon University (USA) Institute for Green Oxidation Chemistry Institute for a Sustainable Environment (USA) University of Oregon Center for Sustainable and Green Chemistry (DEN) httpwwwcsgdtudk Green Chemistry Centre of Excellence (UK) httpwwwyorkacukresgcgsiteindexhtm Center for Green Chemistry at UMass Boston (US) httpwwwgreenchemistryumbedu Center for Green Chemistry at UMass Lowell (US) httpwwwgreenchemistryumledu University of Notre Dame Energy Centre (USA) httpwwwndedu~ndenergy Goumlteborg Universitys Centre for Environment and Sustainability (SWE) httpwwwchalmerssegmvEN
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
MSc in Green Chemistry and Sustainable Industrial Technology
Department of Chemistry at the University of York
Master en Quimica Sostenible
Faculty of Sciences at the University of Zaragoza
MSc in Green Chemistry Energy and the Environment
Imperical College London
MSc in Chemical Research (Green Chemistry with Industry)
CTA funding to the University of Leicester
1st year Master of Science Chemistry Specializing in Green Chemistry
University Louis Pasteur (Strasbourg I)
Master of Chemistry and EST
Universiteacute de Savoie
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
Schools with Green Chemistry Programs
United States
Eastern Connecticut
Yale University
Massachusetts
Bridgewater State College
Gordon College
University of Massachusetts Boston
University of Massachusetts Lowell Center for Green Chemistry
Pennsylvania
Carnegie Mellon Institute for Green Oxidation Chemistry
University of Scranton
Arkansas
Hendrix College (green organic chemistry)
Illinois
University of Illinois-Urbana-Champaign
Minnesota
St Olaf College
Alabama
University of Alabama
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
Linhas de Pesquisa California
Berkeley Center for Green Chemistry
UC Berkeley Extension
Colorado
Colorado School of Mines
Oregon
University of Oregon
Schools with Green Chemistry Programs - International
Australia
Monash University Centre for Green Chemistry
Murdoch University Sustainable ChemistryGreen Chemistry
Netherlands
Delft University of Technology Biocatalysis and Organic Chemistry
Italy
Interuniversity Consortium Chemistry for the Environment (INCA)
Universidade Federal do Rio de Janeiro
Northern Ireland
Queens University of Belfast Ionic Liquid Laboratories
Spain
Institute of Science and Technology (IUCT)
Green Chemistry Network of Spain (REDQS - Red Espantildeola de Quiacutemica Sostenible)
Sweden
Centre for Environment and Sustainability - Chalmers University of
TechnologyGoumlteborg University
United Kingdom
Green Chemistry Centre of Excellence at York
University of Leicester Green Chemistry Group
University of Nottingham Green and Analytical Chemistry
Brazil
Universidade do Vale do Itajaiacute Center for Technological Earth and Sea Sciences
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
Linhas de Pesquisa
Observaccedilotildees
Poucos programas especiacuteficos em ldquoQuiacutemica Verderdquo
Perfil multidisciplinar
Descriccedilatildeo de diversas linhas abrange somente um ou
alguns dos princiacutepios da ldquoQuiacutemica Verderdquo
Associaccedilatildeo inadequada ao tema
Necessidade de ampliaccedilatildeo de escopo
Movimento inicial de fomento aos projetos na aacuterea
Universidade Federal do Rio de Janeiro
CONGRESSOS E OUTROS SITES
Natasha Kelber
Universidade Federal do Rio de Janeiro
Universidade Federal do Rio de Janeiro
CONGRESSOS NACIONAIS
5ordm Simpoacutesio Nacional de Biocombustiacuteveis ndash BIOCOM ndash 14 a15Abril2012 ndash Canoas
RS
4ordf Escola de Quiacutemica Verde - JaneiroFevereiro2012 - Satildeo Paulo SP
VII Congresso Brasileiro de Biosseguranccedila - 19-23Setembro2011 - Joinville SC
II Semana de Biotecnologia Industrial - 20-22Outubro2010 - Lorena SP
5ordm Congresso Internacional de Bioenergia - 10-13Agosto2010 - Curitiba PR
II Semana de Biotecnologia Industrial - Julho2009 - Lorena SP
VI Congresso Brasileiro de Biosseguranccedila
VI Simpoacutesio Latino-Americano de Produtos Biotecnoloacutegicos
I Simpoacutesio Internacional de Biosseguridade e Pesquisa de Duplo Uso
I Feira de Equipamentos e Dispositivos de Biosseguranccedila ndash 22-25 Setembro2009 -
Rio de Janeiro RJ
1ordm Encontro Franco-Brasileiro de Quiacutemica Verde - 11 a 13Outubro2011
Universidade Federal do Rio de Janeiro
CONGRESSOS INTERNACIONAIS
3nd Brazilian Conference on Natural Products - 29Outubro-02Novembro2011 -
Ouro Preto MG
Biodiesel Congress - 27-29Julho2011 - Satildeo Paulo SP
IGCW 2011 Industrial Green Chemistry World Symposium amp Expo - December 4-6
2011 - Mumbai Iacutendia
3rd Asia-Oceania Conference on Green and Sustainable Chemistry (AOC-3) -
December 4-7 2011 - Melbourne Austraacutelia
3rd International Congress on Green Process Engineering - December 6-8 2011 -
Kuala Lumpur Malaysia
Minnesota Green Chemistry Conference - January 26 2012 - Minneapolis MN
The Asian Conference on Sustainability Energy amp the Environment - May 3-6 2012 -
Osaka Japan
16th Annual Green Chemistry amp Engineering Conference - June 18-20 2012 -
Washington DC
Gordon Research Seminar and Conference on Green Chemistry - July 21-27 2012 -
Lucca (Barga) Italy
4th International IUPAC Conference on Green Chemistry - August 25-29 2012 - Foz
do IguaccediluPR Brazil
Universidade Federal do Rio de Janeiro
OUTROS SITES
httpportalacsorgportalacscorgcontent_nfpb=trueamp_pageLabel=PP_SUPERAR
TICLEampnode_id=1401ampuse_sec=falseampsec_url_var=region1amp__uuid=6e2273c5-5e7f-
4c7b-8931-530d244f1650P15_704
httpwwwcleanproductionorgGreenphp
wwwrscorgMembershipNetworkingInternationalActivitiesPanAfricaindexasp
httpwwworganic-chemistryorgtopicsgreen-chemistryshtm
httpagenciafapespbr12992
httpacademicscrantonedufacultycannm1greenchemistryporthtml
httpwwwabqorgbrsimpequi2010trabalhos122-7744htm
httpbrlinkedincominquimicaverde
httpwwwcinprorgbrFreeComponent10435content149251shtml
httpquiverdeblogspotcom201006os-12-principios-da-quimica-verdehtml
httpwwwufpeltchebriqgwwverde
httpwwwbrasilescolacomquimicaprincipios-quimica-verdehtm
httpwwwsustentabilidaderesultadoscombrgreen-chemistry-a-sustainable-
opportunity
httpwwwgreenchemistrynetworkorg
httpwwwepagovgreenchemistry
PUBLICACcedilOtildeES E PERIOacuteDICOS
Renato Soares
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS
Base de Dados
Royal Society of Chemistry (30)
SpringerLink (MetaPress) (30)
Wiley Online Library (30)
ACS Journals Search (30)
Nature (NPG) (30)
Science (AAAS) (30)
IOPscience (Institute of Phsics) (30)
Oxford Journals (Oxford University Press) (30)
ScienceDirect (Elsevier) (30)
Annual Reviews (29)
AIP Scitation ndash American Institute of Physics (28)
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS
Annual Review of Biochemistry (6)
Scientific American (5)
Ecological Indicators (5)
Green Chemistry Educat (4)
Nature Chemistry (4)
J Chem Educ (3)
Autobiographies by Nob (3)
J Appl Phys (3)
Food Hydrocolloids (3)
Chem Soc Rev (2)
Annual Review of Environment and Resources (2)
J Am Chem Soc (2)
The Excitement and Fascination of Science (2)
Environmental Science and Pollution Research (2)
Universidade Federal do Rio de Janeiro
COLECcedilOtildeES E TEXTOS
Murilo Alves
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS REVISTAS E JORNAIS CIENTIacuteFICOS Revistas Cientiacuteficas com conteuacutedos sobre ensino de ciecircnciasquiacutemica e
quiacutemica verde
O primeiro artigo que atendeu aos criteacuterios adotados
neste trabalho e cujo tiacutetulo conteacutem a expressatildeo Green Chemistry (Quiacutemica Verde) - Design for the
environment and Green Chemistry the heart and soul
of industrial ecology - foi publicado em 1997
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS REVISTAS E JORNAIS CIENTIacuteFICOS Revistas Cientiacuteficas com conteuacutedos sobre ensino de ciecircnciasquiacutemica e
quiacutemica verde
Revista Quiacutemica Nova na Escola - QNEsc A Revista Quiacutemica Nova na Escola (QNEsc) com uma periodicidade trimestral propotildee-se a subsidiar o trabalho a formaccedilatildeo e a atualizaccedilatildeo da comunidade do Ensino de Quiacutemica brasileiro QNEsc integra-se agrave linha editorial da Sociedade Brasileira de Quiacutemica que publica tambeacutem a revista Quiacutemica Nova e o Journal of the Brazillian Chemical Society Quiacutemica Nova na Escola eacute um espaccedilo aberto ao educador suscitando debates e reflexotildees sobre o ensino e a aprendizagem de quiacutemica Assim contribui para a tarefa fundamental de formar verdadeiros cidadatildeos Nesse sentido a Divisatildeo de Ensino disponibiliza neste portal na iacutentegra e de forma totalmente gratuita todos os artigos publicados no formato PDF Estatildeo disponiacuteveis tambeacutem os Cadernos Temaacuteticos publicados desde 2001 pela Divisatildeo de Ensino
Green Chemistry - Journal Jornal publicado pela Royal Society of Chemistry - RCS que se apresenta como um espaccedilo para publicaccedilatildeo sobre
pesquisas de ponta no desenvolvimento de tecnologias alternativas sustentaacuteveis
Green Green - revista italiana do Consoacutercio Interuniversitaacuterio Quiacutemica Nacional do Meio Ambiente (INCA) em colaboraccedilatildeo com a Sociedade Quiacutemica Italiana (SCI) 1 5 ACS Publications A Divisatildeo de Publicaccedilotildees da Sociedade Americana de Quiacutemica (American Chemical Society - ACS) oferece a comunidade cientiacutefica mundial uma coleccedilatildeo abrangente dos perioacutedicos mais citados revisados por pares em ciecircncias quiacutemicas e afins
Universidade Federal do Rio de Janeiro
Universidade Federal do Rio de Janeiro
FONTES CONSULTADAS
httpwwwqmcufscbrgieqindexphplinkshtml
httpwwwperiodicoscapesgovbr
httpwwwscielocom
Organizaccediloes - 100 maiores empresas em Bioenergia 2011-12 Referencia Biofuels Digest online publication
November 9 2011 author Jim Lane
1 Solazyme
2 Amyris
3 Gevo
4 POET
5 LS9
6 Novozymes
7 Enerkem
8 LanzaTech
9 UOP
10 ZeaChem
11 Codexis
12 Abengoa Bioenergy
13 KiOR
14 Virent Energy Systems
15 Sapphire Energy
16 Ceres
17 Coskata
18 DuPont Cellulosic
19 Terrabon
20 Mascoma
21 Cobalt Technologies
22 Petrobras
23 Joule Unlimited
24 BP Biofuels
25 Neste
26 Waste Management
27 Rentech
28 Qteros
29 INEOS Bio
30 Genencor
31 Genomatica
32 Shell
33 Synthetic Genomics
34 Chemtex
100 maiores empresas em Bioenergia 2011-12 Referencia Biofuels Digest online publication November 9 2011
author Jim Lane
35 Algenol
36 Elevance Renewable Sciences
37 OriginOil
38 SG Biofuels
39 Cosan
40 HCL CleanTech
41 Fulcrum Bioenergy
42 Cargill
43 Chevron
44 Bluefire Renewables
45 Dynamic Fuels
46 Mendel
47 OPX Biotechnologies
48 Inbicon
49 Renmatix
50 Monsanto
51 Butamax
52 Iogen
53 DuPont
54 Verenium
55 PetroAlgae
56 DSM
57 ExxonMobil
58 Envergent
59 Aurora Algae
60 Syngenta
61 Praj Industries
62 Phycal
63 Renewable Energy Group
64 Clear Fuels Technology
65 ArborGen
66 KL Energy
67 Solix Biofuels
100 maiores empresas em Bioenergia 2011-12 Referencia Biofuels Digest online publication November 9 2011
author Jim Lane
68 Catchlight Energy
69 Dyadic
70 AE Biofuels
71 Myriant
72 EdeniQ
73 Avantium
74 Propel Fuels
75 GlycosBio
76 ETH Bioenergia
77 Chemrec
78 Ensyn
79 Green Plains Renewable Energy
80 Range Fuels
81 Bioprocess Algae
82 SynGest
83 TMO Renewables
84 Chromatin
85 Blue Marble Biomaterials
86 Genera Energy
87 ICM
88 Albemarle
89 Lignol
90 Raizen
91 Verdezyne
92 Greenfuel Ethanol
93 Atlantic Biomass Conversions
94 Pacific Ethanol
95 Dong Energy
96 SEKAB
97 Borregaard Industries
98 Dynamotive
99 Allard Research
100 Targeted Growth
Outros Sites AS 30 maiores Empresas em Produtos Quiacutemicos Renovaacuteveis e Biomateriais
(2011-12) Referencias Biofuels Digest ndashe sites das empresas
1 Genomatica
We develop our processes using our proprietary biotechnology platform The resulting processes can convert multiple renewable
feedstocks into numerous existing chemicals that meet industry specifications for large established markets
2 Solazyme
Solazymes proprietary biotechnology platform creates renewable oils by harnessing microalgaes prolific oil production capabilities
Through world-class molecular biology and chemical engineering capabilities were able to cost-effectively produce high-value tailored oils
3 Amyris
The basis of our production is a well-established fermentation process that uses our genetically-engineered yeast strains to convert
the sugar source into target molecules such as farnesene
4 Gevo
We plan to produce isobutanol a versatile platform chemical for the liquid fuels and petrochemical market
5 LS9
LS9rsquos industrial biotechnology platform converts diverse renewable feedstocks to drop-in fuel and chemical products
6 Dupont
Through DuPont innovation key building blocks for many of the materials we use every day can now be derived from renewable
resources mdash creating a much smaller environmental footprint than their petroleum-based predecessors with no compromise in performance
7 Codexis
Products and technology from Codexis can help the chemicals industry reduce supply chain volatility replace petroleum-based
environmentally sensitive raw materials with plentiful biomass and gain a competitive advantage in the marketplace
AS 30 maiores Empresas em Produtos Quiacutemicos Renovaacuteveis e Biomateriais (2011-12) ndash cont
8 Genencor
As a leader in the development of renewable alternatives for petroleum-based chemicals and fuels Genencor is helping to build the road
towards a more sustainable future
9 Novozymes
A number of technologies are involved in these steps and this part of ldquoOur technologyrdquo gives you an understanding of how these
technologies are employed in the work of researchers at Novozymes
10 ZeaChem
ZeaChem Inc has developed a cellulose-based biorefinery platform capable of producing advanced ethanol fuels and chemicals
Our indirect approach leapfrogs the yield and carbon dioxide (CO2) problems associated with traditional and cellulosic based processes
11 Cargill
Cargillrsquos range of nature-based products are suited to a number of industrial applications and markets We offer a growing number
of products derived from renewable sources designed to replace or offset non-renewable ingredients
12 Cobalt Technologies
Cobalts technology features a continuous process to efficiently convert diverse low cost feedstocks ndash beginning with bagasse and
waste wood ndash into biobutanol
13 Waste Management
Thatrsquos why Waste Management makes such a good fit Our mission is to bring you professional dependable services and innovative
solutions that create value for you ndash and a better future for us all
14 Ceres
Our technology platforms are helping make biofuels bio-based chemicals and biopower more economical and scalable It starts with
improving the crops themselves a process as old as farming but now coupled with the latest genomics-based breakthroughs
AS 30 maiores Empresas em Produtos Quiacutemicos Renovaacuteveis e Biomateriais (2011-12) ndash cont
15 Elevance Renewable Sciences
As the leader in transforming natural renewable oils into high-performing specialty products and materials Elevance is uniquely
positioned to meet consumer demand in a market exceeding $100 billion annually in these segments
Performance waxesNature Wax productsPersonal care productsDetergents and cleanersAntimicrobials
16 Dow Chemical
At Dow we are already creating solutions for a more sustainable future by helping develop paints that scrub the formaldehyde
from the air designing intelligent packaging that keeps food fresher longer and communicates its condition as well as more efficient
batteries to power vehicles
17 Enerkem
Chemicals used to make thousands of industrial and consumer products have traditionally been derived from fossil fuels such as petroleum
With an innovative process that uses waste and residues instead of fossil fuels Enerkem helps meet the increasing demand for greener
everyday products
18 Coskata
Coskata is a biology-based renewable energy company whose low-cost platform technology allows for the production of fuels and
chemicals from a variety of input material (including biomass agricultural and municipal wastes and other carbonaceous material)
Using proprietary microorganisms and patented bioreactor designs we are ready today to produce feedstock flexible ethanol
to fuel energy security economic growth and environmental sustainability
19 OPX Biotechnologies
OPXBIO developed and piloted the microbe and process that will produce its first biochemical product ndash BioAcrylic ndash at 30 to 50
percent lower cost and a 75 percent reduction in greenhouse gas emissions over current petrol-based acrylic Todayrsquos petro-acrylic has
an $10 billion global market in applications such as paints adhesives diapers and detergents In 2011 OPXBIO began collaborating
with The Dow Chemical Company to develop an industrial-scale process for producing BioAcrylic OPXBIO anticipates
full commercialization of BioAcrylic within three to five years
20 DSM
Bio-based materials The DSM Innovation Center is currently developing a platform of bio-based performance materials Examples
include investment in the green-chemistry company Segetis an agreement with Novomer to develop the first green resin for coatings
and the launch of EcoPaXXtrade a bio-based high-performance engineering plastic polymer
Approximately 70 of EcoPaXXtrade consists of building blocks derived from castor oil ndash a renewable resource This results in a
carbon footprint of zero lsquofrom cradle to the DSM gatersquo Itrsquos a strong selling point in todayrsquos plastics market as well as being fully compatible
with our strategy of sustainable innovation
AS 30 maiores Empresas em Produtos Quiacutemicos Renovaacuteveis e Biomateriais (2011-12) ndash cont
21 Myriant
Biobased specialty chemicals are a reality today because of Myriants commitment to development of technology with direct
commercial applicability Our integrated approach which links RampD efforts with the business strategy throughout the value chain and
across key aspects of company operations has resulted in a novel biocatalyst platform with proven commercialization success a robust
product pipeline and an extensive intellectual property suite
22 Cosan
O aacutelcool etiacutelico ou etanol eacute produzido pela fermentaccedilatildeo da cana-de-accediluacutecar A Raiacutezen se destaca como uma das maiores produtoras de
etanol no paiacutes com produccedilatildeo anual de22 bilhotildees de litros Em linha com sua visatildeo de ser reconhecida globalmente pela
excelecircncia no desenvolvimento produccedilatildeo e comercializaccedilatildeo de energia sustentaacutevel investe no combustiacutevel de matriz limpa e renovaacutevel
com tecnologia e talento que satildeo referecircncia no Brasil e no mundo
23 Mascoma
Ethanolrsquos energy is derived from plants that in turn obtain their energy from the sun In this way ethanol acts as a means of storing solar
power in liquid form Cellulosic ethanol is ethanol that is obtained from the non-edible portion of plant material Cellulosic ethanol is
identical in composition and performance to ethanol derived from corn or sugar cane Cellulosic ethanol however has important
environmental economic and sustainability advantages over conventional sources due to its source and method of production
24 KiOR
KiOR has developed a proprietary technology platform to convert sustainable low-cost non-food biomass into a hydrocarbon-based
renewable crude oil Using standard refining equipment the company processes its renewable crude into gasoline and diesel blendstocks
that can utilize the existing transportation fuel infrastructure for use in vehicles on the road today
25 DuPont Danisco
DuPont is applying its deep knowledge and experience in crop technology microbiology bioprocessing and engineering to
enable proprietary cost-effective cellulosic ethanol solutions for the market At DuPont we believe that science-powered innovation
and collaboration are required to meet the food energy and protection challenges of unprecedented population growth Our cel lulosic
ethanol team is leading the way in advanced biofuels by developing comprehensive integrated solutions for a range of feedstocks and
designing innovative enzymes to accelerate the commercial production of cellulosic biofuels in markets across the world
AS 30 maiores Empresas em Produtos Quiacutemicos Renovaacuteveis e Biomateriais (2011-12) ndash cont
26 Virent
Virent is replacing crude oil by creating the chemicals and fuels the world demands through utilization of a wide variety of naturally
occurring renewable resources Our patented BioFormingreg technology features catalytic chemistry which converts plant-based sugars into
a full range of hydrocarbon productsidentical to those made from petroleum including gasoline diesel jet fuel and chemicals for plastics
and fibers Our products are ldquodrop-inrdquo replacements that enable full utilization of todayrsquos existing processing pipeline storage and
transportation infrastructure Virent produces its hydrocarbon chemicals and fuels from plant sugars in a few hours compared to the
millions of years required for petroleum
27 LanzaTech
LanzaTech is very much part of this new field of innovators and by challenging our preconceptions of waste and energy sources we see
a future where access to energy is universal
28 POET
POET devotes tremendous resources to developing cellulosic ethanol Every day our researchers work to make it more affordable
Weve invested heavily in cellulosic research over the past decade and we will invest much more as we begin construction on our first
commercial cellulosic ethanol plant in Emmetsburg Iowa which we anticipate will produce 25 million gallons per year
29 Metabolix
Metabolix is developing commercially viable chemicals from biobased sources as opposed to fossil fuels which produce the vast majority of
chemicals today
Today four carbon (C4) chemicals are produced from non-renewable fossil-based hydrocarbons and are used to make spandex fibers
polyurethanes engineering resins and personal care products
Biobased chemicals allow us to address the global market demand for products and processing that reduce fossil energy use and greenhouse
gas emissions
30 Honeywellrsquos UOP
In 2008 UOP and Ensyn Corporation created the joint venture Envergent Technologies
Envergent is focused on the conversion of forest and agricultural waste residues to a liquid renewable oil to generate renewable heat and power
We do this through the RTPregprocess or rapid thermal processing which has been in commercial operation for more than 25 years
The RTP process produces a clean burning minimal sulfur content biofuel that can be used for the generation of renewable heat and power It is
a cost-effective solution to reduce greenhouse gas emissions up to 90 compared to petroleum-based fuels
The process is scalable to meet the needs of diverse applications It has a relatively compact footprint due to its modular construction and is
feedstock-flexible in that RTP can be designed to process a wide variety of lignocellulosic feedstocks
For more information on the advantages of pyrolysis oil and our RTP technology please visit us atwwwEnvergentTechcom
InstitutosEmpresaOutros
Nacionais
Instituto Nacional de Tecnologia
Empresa Brasileira de Pesquisas Agropecuaacuterias
PetrobraacutesCENPES
Centro de Energias Alternativas e Meio Ambiente
Centro de Tecnologia Canavieira
Instituto de Pesquisa Tecnoloacutegica do Estado de Satildeo Paulo
Instituto Nacional de Pesquisas Espaciais
Centro Brasileiro de Pesquisas Fiacutesicas
Instituto Nacional de Pesquisas da Amazocircnia
Conselho de Desenvolvimento Cientifico e Tecnoloacutegico
CNEN
Museu Paraense Emilio Goeldi Paraacute
FIOCRUZ
Instituto Nacional do Cacircncer
Instituto Adolfo Lutz
TOTAL GERAL 15 instituiccedilotildees
Universidade Federal do Rio de Janeiro
InstitutosDepartamentos
Internacionais
National Renewable Energy Laboratories EUA
US Department of Agriculture Agricultural Research
Service (USDA ARS) EUA
Chinese Academy of Science China
Agriculture ampAgri Food Canada Canadaacute
Institut National de la Recherche Agronomique Franccedila
Consejo Superior de Investigaciones Cientificas (CSIC)
Espanha
Russian Academy of Science Ruacutessia
Indian Institute of Technology Iacutendia
Natural Renewable Energy Laboratory EUA
National Institute of Advanced Industrial Science and
Technology Japatildeo
Institute Francais du Petrole (IFP)
Polish Academy of Science Polocircnia
Indian Institute of Chemical Technology India
Max Planck Institut Alemanha
French National Institute for Agricultural Research (INRA)
Franccedila
Tokyo Institute of Technology Japatildeo
Centre National de la Recherche Scientifique (CNRS)
Franccedila
National Chemical Laboratory Iacutendia
National Institute of Advanced Industrial Science and
Technology Japatildeo
Korea Institute of Science amp Technology Coreacuteia do Sul
US Geology Survey EUA
Marine Biotechnology Institute Japatildeo
Korea Institute of Energy Research (KIER) Coreacuteia do Sul
Centre National de la Recherche Scientifique (CNRS)
Franccedila
Kamaishi Labs Marine Biotechnology Institute Japatildeo
Alfred Wegener Institute for Polar and Marine Research
Alemanha
Australian National University Austraacutelia
Chonbuk National University Coreacuteia do Sul
Centre de Recherche en Ecologie Marine et Aquaculture
(IFREMER) Franccedila
Mitsubishi Heavy Ind Ltd (Advanced Technoly Research
Centre) Japatildeo
Oak Ridge National Laboratory (ORNL) EUA
Research Institute of Innovative Technology for the Earth
(RITE) Japatildeo
Central Institute of Medicinal and Aromatic Plants Iacutendia
Consiglio Nazional delle Ricerche (CNR) Itaacutelia
NASA EUA
Beijing Yixintang Medicine Research Institute
TOTAL GERAL 36 instituiccedilotildees
Universidade Federal do Rio de Janeiro
Empresas Internacionais
Novozymes AS
Genencor Int Inc
Kao Corp
Novo Nordisk AS
Novozymes Inc
Novo-Nordisk AS
Henkel KGAA
Iogen Energy Corp
Danisco US Inc Genencor Division
Novozymes Biotech Inc
Novozymes North America Inc
Goedegebuur F
Midwest Research Institute
Du Pont De Nemours amp Co
Dunn- Coleman N
AE Biofuels EUA
Blue Fire Ethanol EUAJapatildeo
Chempolis Ou
Iogen
KL Energy
Lignol Energy
Sekab
Sun Opta
Verenium
Chevron USA Inc
Shell International Research Maatshappij BV
Exxon Mobil Res ampEng Co
Sasol Technology Pty Ltd
Shell Oil Co
Conoco Phillips Co
ENI Spa
Exxon Res amp Eng Co
Exxon Mobil Res amp Eng Co
Roquette Freres As
Basf AG
General Electric Co
Exxon Mobil Chem Patents Inc
LrsquoOreal SA
Basf SE
Bayer AG
Wellington SL
Vinegar HJ
Berchenko IE
Dow Global Technologies Inc
Degussa AG
Bayer Material Science AG
Samsung SDI Co Ltd
Stegemeir GL
Henkel KGAA
Zhang E
Ryan RC
Fowler TD
Rouffi gnac EPD
Universidade Federal do Rio de Janeiro
Council of Scientific and Industrial Research of India
Li Y
Ye M
Wang Y
Zhang L
Jiang J
Liu Y
Yin K
Jiang L
Syngenta Part AG
Novartis AG
Basf SE
Bayer Cropscience AG
Dow Corning Corporation
Genoptera LLC
Monsanto Technology
US Secretary of Agriculture
Bayer Cropscience GMBH
Toyota Jidosha KK
TOTAL GERAL 88 instituiccedilotildees
Empresas Internacionais
Fowler TD
Rouffi gnac EPD
Merck Patent GMBH
Procter amp Gamble Co
Yokohama Rubber Co Ltd
Colgate Palmolive
Bridgestone Corp
Henkel KGAA
Goodyear Tire amp Rubber Co
LG Electronics Inc 507
Matsushita Denki Sangyo KK
Toshiba KK
Canon KK
Hitachi Ltd
Mitsubshi Electric Co
Mitsubishi Jukogyo KK
Universidade Federal do Rio de Janeiro
CURSOS
Ofertados nas instituiccedilotildees de ensino nacionais ou internacionais
Introduccedilatildeo a Quiacutemica Verde
Quiacutemica Verde e Quiacutemica Sustentaacutevel
Engenharia Ecoloacutegica e Quiacutemica Verde
ldquoQuiacutemica Verde Fundamentos e Aplicaccedilotildeesrdquo
Quiacutemica Verde na Atualidade
A Quiacutemica Verde e o papel da cataacutelise no contexto da
Inovaccedilatildeo e do Desenvolvimento Tecnoloacutegico
Universidade Federal do Rio de Janeiro
Universidade Federal do Rio de Janeiro
FONTES CONSULTADAS
Quiacutemica verde no Brasil 2010 ndash 2030 Ediccedilatildeo revista e atualizada
Centro de Gestatildeo e Estudos Estrateacutegicos
Ciecircncia Tecnologia e Inovaccedilatildeo
httpwwwsciencedirectcom
httpwwwperiodicoscapesgovbr
LINHAS DE PESQUISA
Luiz Felipe Miranda de Jesus
Universidade Federal do Rio de Janeiro
Linhas de Pesquisa
Buscas Associadas
ldquoQuiacutemica Verderdquo
ldquoQuiacutemica Ambientalrdquo
ldquoQuiacutemica Sustentaacutevelrdquo
ldquoGreen Chemistryrdquo
ldquoQuiacutemica Verde PampDrdquo
ldquoGreen Chemistry RampDrdquo
ldquoUS Green Chemistryrdquo
ldquoEurope Green Chemistryrdquo
Universidade Federal do Rio de Janeiro
Linhas de Pesquisa
Principais Fontes
Identificaccedilatildeo de Instituiccedilotildees citadas em artigos e outras publicaccedilotildees
CAPES
CNPQ
ABQ
SBPC
Instituiccedilotildees de Fomento (FINEP FAPESPetc)
CGEE
MCT
Sites das Universidades
EPA
IUPAC
ACS
Green Chemistry Network
Royal Society of Chemistry
European Environment Agency
Universidade Federal do Rio de Janeiro
The Interuniversity National Consortium Chemistry for the Environment (INCA Consortium) Gathers 33 Italian universities and about 90 research units headquarters in Venezia and Roma Italy
NSF Science and Technology Center for Environmentally Responsible Solvents and Processes University of North Carolina Chapel Hill Queens University Ionic Liquid Laboratories (QUILL)
Queens University of Belfast The Clean Technology Research Group University of Nottingham The Green Chemistry Group (see below now called centre of excellence)
University of York Centre for Green Chemistry University of Monash Centre for Green Manufacturing University of Alabama Chemical Process Engineering Research Institute Centre for Research amp Technology University of Leicester (UK) Leicester Green Chemistry Group
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
University of Leeds (UK) Leeds Cleaner Synthesis Group Institute of Applied Catalysis (UK) A research network for catalysis Carnegie Mellon University (USA) Institute for Green Oxidation Chemistry Institute for a Sustainable Environment (USA) University of Oregon Center for Sustainable and Green Chemistry (DEN) httpwwwcsgdtudk Green Chemistry Centre of Excellence (UK) httpwwwyorkacukresgcgsiteindexhtm Center for Green Chemistry at UMass Boston (US) httpwwwgreenchemistryumbedu Center for Green Chemistry at UMass Lowell (US) httpwwwgreenchemistryumledu University of Notre Dame Energy Centre (USA) httpwwwndedu~ndenergy Goumlteborg Universitys Centre for Environment and Sustainability (SWE) httpwwwchalmerssegmvEN
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
MSc in Green Chemistry and Sustainable Industrial Technology
Department of Chemistry at the University of York
Master en Quimica Sostenible
Faculty of Sciences at the University of Zaragoza
MSc in Green Chemistry Energy and the Environment
Imperical College London
MSc in Chemical Research (Green Chemistry with Industry)
CTA funding to the University of Leicester
1st year Master of Science Chemistry Specializing in Green Chemistry
University Louis Pasteur (Strasbourg I)
Master of Chemistry and EST
Universiteacute de Savoie
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
Schools with Green Chemistry Programs
United States
Eastern Connecticut
Yale University
Massachusetts
Bridgewater State College
Gordon College
University of Massachusetts Boston
University of Massachusetts Lowell Center for Green Chemistry
Pennsylvania
Carnegie Mellon Institute for Green Oxidation Chemistry
University of Scranton
Arkansas
Hendrix College (green organic chemistry)
Illinois
University of Illinois-Urbana-Champaign
Minnesota
St Olaf College
Alabama
University of Alabama
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
Linhas de Pesquisa California
Berkeley Center for Green Chemistry
UC Berkeley Extension
Colorado
Colorado School of Mines
Oregon
University of Oregon
Schools with Green Chemistry Programs - International
Australia
Monash University Centre for Green Chemistry
Murdoch University Sustainable ChemistryGreen Chemistry
Netherlands
Delft University of Technology Biocatalysis and Organic Chemistry
Italy
Interuniversity Consortium Chemistry for the Environment (INCA)
Universidade Federal do Rio de Janeiro
Northern Ireland
Queens University of Belfast Ionic Liquid Laboratories
Spain
Institute of Science and Technology (IUCT)
Green Chemistry Network of Spain (REDQS - Red Espantildeola de Quiacutemica Sostenible)
Sweden
Centre for Environment and Sustainability - Chalmers University of
TechnologyGoumlteborg University
United Kingdom
Green Chemistry Centre of Excellence at York
University of Leicester Green Chemistry Group
University of Nottingham Green and Analytical Chemistry
Brazil
Universidade do Vale do Itajaiacute Center for Technological Earth and Sea Sciences
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
Linhas de Pesquisa
Observaccedilotildees
Poucos programas especiacuteficos em ldquoQuiacutemica Verderdquo
Perfil multidisciplinar
Descriccedilatildeo de diversas linhas abrange somente um ou
alguns dos princiacutepios da ldquoQuiacutemica Verderdquo
Associaccedilatildeo inadequada ao tema
Necessidade de ampliaccedilatildeo de escopo
Movimento inicial de fomento aos projetos na aacuterea
Universidade Federal do Rio de Janeiro
CONGRESSOS E OUTROS SITES
Natasha Kelber
Universidade Federal do Rio de Janeiro
Universidade Federal do Rio de Janeiro
CONGRESSOS NACIONAIS
5ordm Simpoacutesio Nacional de Biocombustiacuteveis ndash BIOCOM ndash 14 a15Abril2012 ndash Canoas
RS
4ordf Escola de Quiacutemica Verde - JaneiroFevereiro2012 - Satildeo Paulo SP
VII Congresso Brasileiro de Biosseguranccedila - 19-23Setembro2011 - Joinville SC
II Semana de Biotecnologia Industrial - 20-22Outubro2010 - Lorena SP
5ordm Congresso Internacional de Bioenergia - 10-13Agosto2010 - Curitiba PR
II Semana de Biotecnologia Industrial - Julho2009 - Lorena SP
VI Congresso Brasileiro de Biosseguranccedila
VI Simpoacutesio Latino-Americano de Produtos Biotecnoloacutegicos
I Simpoacutesio Internacional de Biosseguridade e Pesquisa de Duplo Uso
I Feira de Equipamentos e Dispositivos de Biosseguranccedila ndash 22-25 Setembro2009 -
Rio de Janeiro RJ
1ordm Encontro Franco-Brasileiro de Quiacutemica Verde - 11 a 13Outubro2011
Universidade Federal do Rio de Janeiro
CONGRESSOS INTERNACIONAIS
3nd Brazilian Conference on Natural Products - 29Outubro-02Novembro2011 -
Ouro Preto MG
Biodiesel Congress - 27-29Julho2011 - Satildeo Paulo SP
IGCW 2011 Industrial Green Chemistry World Symposium amp Expo - December 4-6
2011 - Mumbai Iacutendia
3rd Asia-Oceania Conference on Green and Sustainable Chemistry (AOC-3) -
December 4-7 2011 - Melbourne Austraacutelia
3rd International Congress on Green Process Engineering - December 6-8 2011 -
Kuala Lumpur Malaysia
Minnesota Green Chemistry Conference - January 26 2012 - Minneapolis MN
The Asian Conference on Sustainability Energy amp the Environment - May 3-6 2012 -
Osaka Japan
16th Annual Green Chemistry amp Engineering Conference - June 18-20 2012 -
Washington DC
Gordon Research Seminar and Conference on Green Chemistry - July 21-27 2012 -
Lucca (Barga) Italy
4th International IUPAC Conference on Green Chemistry - August 25-29 2012 - Foz
do IguaccediluPR Brazil
Universidade Federal do Rio de Janeiro
OUTROS SITES
httpportalacsorgportalacscorgcontent_nfpb=trueamp_pageLabel=PP_SUPERAR
TICLEampnode_id=1401ampuse_sec=falseampsec_url_var=region1amp__uuid=6e2273c5-5e7f-
4c7b-8931-530d244f1650P15_704
httpwwwcleanproductionorgGreenphp
wwwrscorgMembershipNetworkingInternationalActivitiesPanAfricaindexasp
httpwwworganic-chemistryorgtopicsgreen-chemistryshtm
httpagenciafapespbr12992
httpacademicscrantonedufacultycannm1greenchemistryporthtml
httpwwwabqorgbrsimpequi2010trabalhos122-7744htm
httpbrlinkedincominquimicaverde
httpwwwcinprorgbrFreeComponent10435content149251shtml
httpquiverdeblogspotcom201006os-12-principios-da-quimica-verdehtml
httpwwwufpeltchebriqgwwverde
httpwwwbrasilescolacomquimicaprincipios-quimica-verdehtm
httpwwwsustentabilidaderesultadoscombrgreen-chemistry-a-sustainable-
opportunity
httpwwwgreenchemistrynetworkorg
httpwwwepagovgreenchemistry
PUBLICACcedilOtildeES E PERIOacuteDICOS
Renato Soares
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS
Base de Dados
Royal Society of Chemistry (30)
SpringerLink (MetaPress) (30)
Wiley Online Library (30)
ACS Journals Search (30)
Nature (NPG) (30)
Science (AAAS) (30)
IOPscience (Institute of Phsics) (30)
Oxford Journals (Oxford University Press) (30)
ScienceDirect (Elsevier) (30)
Annual Reviews (29)
AIP Scitation ndash American Institute of Physics (28)
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS
Annual Review of Biochemistry (6)
Scientific American (5)
Ecological Indicators (5)
Green Chemistry Educat (4)
Nature Chemistry (4)
J Chem Educ (3)
Autobiographies by Nob (3)
J Appl Phys (3)
Food Hydrocolloids (3)
Chem Soc Rev (2)
Annual Review of Environment and Resources (2)
J Am Chem Soc (2)
The Excitement and Fascination of Science (2)
Environmental Science and Pollution Research (2)
Universidade Federal do Rio de Janeiro
COLECcedilOtildeES E TEXTOS
Murilo Alves
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS REVISTAS E JORNAIS CIENTIacuteFICOS Revistas Cientiacuteficas com conteuacutedos sobre ensino de ciecircnciasquiacutemica e
quiacutemica verde
O primeiro artigo que atendeu aos criteacuterios adotados
neste trabalho e cujo tiacutetulo conteacutem a expressatildeo Green Chemistry (Quiacutemica Verde) - Design for the
environment and Green Chemistry the heart and soul
of industrial ecology - foi publicado em 1997
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS REVISTAS E JORNAIS CIENTIacuteFICOS Revistas Cientiacuteficas com conteuacutedos sobre ensino de ciecircnciasquiacutemica e
quiacutemica verde
Revista Quiacutemica Nova na Escola - QNEsc A Revista Quiacutemica Nova na Escola (QNEsc) com uma periodicidade trimestral propotildee-se a subsidiar o trabalho a formaccedilatildeo e a atualizaccedilatildeo da comunidade do Ensino de Quiacutemica brasileiro QNEsc integra-se agrave linha editorial da Sociedade Brasileira de Quiacutemica que publica tambeacutem a revista Quiacutemica Nova e o Journal of the Brazillian Chemical Society Quiacutemica Nova na Escola eacute um espaccedilo aberto ao educador suscitando debates e reflexotildees sobre o ensino e a aprendizagem de quiacutemica Assim contribui para a tarefa fundamental de formar verdadeiros cidadatildeos Nesse sentido a Divisatildeo de Ensino disponibiliza neste portal na iacutentegra e de forma totalmente gratuita todos os artigos publicados no formato PDF Estatildeo disponiacuteveis tambeacutem os Cadernos Temaacuteticos publicados desde 2001 pela Divisatildeo de Ensino
Green Chemistry - Journal Jornal publicado pela Royal Society of Chemistry - RCS que se apresenta como um espaccedilo para publicaccedilatildeo sobre
pesquisas de ponta no desenvolvimento de tecnologias alternativas sustentaacuteveis
Green Green - revista italiana do Consoacutercio Interuniversitaacuterio Quiacutemica Nacional do Meio Ambiente (INCA) em colaboraccedilatildeo com a Sociedade Quiacutemica Italiana (SCI) 1 5 ACS Publications A Divisatildeo de Publicaccedilotildees da Sociedade Americana de Quiacutemica (American Chemical Society - ACS) oferece a comunidade cientiacutefica mundial uma coleccedilatildeo abrangente dos perioacutedicos mais citados revisados por pares em ciecircncias quiacutemicas e afins
Universidade Federal do Rio de Janeiro
Universidade Federal do Rio de Janeiro
FONTES CONSULTADAS
httpwwwqmcufscbrgieqindexphplinkshtml
httpwwwperiodicoscapesgovbr
httpwwwscielocom
Organizaccediloes - 100 maiores empresas em Bioenergia 2011-12 Referencia Biofuels Digest online publication
November 9 2011 author Jim Lane
1 Solazyme
2 Amyris
3 Gevo
4 POET
5 LS9
6 Novozymes
7 Enerkem
8 LanzaTech
9 UOP
10 ZeaChem
11 Codexis
12 Abengoa Bioenergy
13 KiOR
14 Virent Energy Systems
15 Sapphire Energy
16 Ceres
17 Coskata
18 DuPont Cellulosic
19 Terrabon
20 Mascoma
21 Cobalt Technologies
22 Petrobras
23 Joule Unlimited
24 BP Biofuels
25 Neste
26 Waste Management
27 Rentech
28 Qteros
29 INEOS Bio
30 Genencor
31 Genomatica
32 Shell
33 Synthetic Genomics
34 Chemtex
100 maiores empresas em Bioenergia 2011-12 Referencia Biofuels Digest online publication November 9 2011
author Jim Lane
35 Algenol
36 Elevance Renewable Sciences
37 OriginOil
38 SG Biofuels
39 Cosan
40 HCL CleanTech
41 Fulcrum Bioenergy
42 Cargill
43 Chevron
44 Bluefire Renewables
45 Dynamic Fuels
46 Mendel
47 OPX Biotechnologies
48 Inbicon
49 Renmatix
50 Monsanto
51 Butamax
52 Iogen
53 DuPont
54 Verenium
55 PetroAlgae
56 DSM
57 ExxonMobil
58 Envergent
59 Aurora Algae
60 Syngenta
61 Praj Industries
62 Phycal
63 Renewable Energy Group
64 Clear Fuels Technology
65 ArborGen
66 KL Energy
67 Solix Biofuels
100 maiores empresas em Bioenergia 2011-12 Referencia Biofuels Digest online publication November 9 2011
author Jim Lane
68 Catchlight Energy
69 Dyadic
70 AE Biofuels
71 Myriant
72 EdeniQ
73 Avantium
74 Propel Fuels
75 GlycosBio
76 ETH Bioenergia
77 Chemrec
78 Ensyn
79 Green Plains Renewable Energy
80 Range Fuels
81 Bioprocess Algae
82 SynGest
83 TMO Renewables
84 Chromatin
85 Blue Marble Biomaterials
86 Genera Energy
87 ICM
88 Albemarle
89 Lignol
90 Raizen
91 Verdezyne
92 Greenfuel Ethanol
93 Atlantic Biomass Conversions
94 Pacific Ethanol
95 Dong Energy
96 SEKAB
97 Borregaard Industries
98 Dynamotive
99 Allard Research
100 Targeted Growth
AS 30 maiores Empresas em Produtos Quiacutemicos Renovaacuteveis e Biomateriais (2011-12) ndash cont
8 Genencor
As a leader in the development of renewable alternatives for petroleum-based chemicals and fuels Genencor is helping to build the road
towards a more sustainable future
9 Novozymes
A number of technologies are involved in these steps and this part of ldquoOur technologyrdquo gives you an understanding of how these
technologies are employed in the work of researchers at Novozymes
10 ZeaChem
ZeaChem Inc has developed a cellulose-based biorefinery platform capable of producing advanced ethanol fuels and chemicals
Our indirect approach leapfrogs the yield and carbon dioxide (CO2) problems associated with traditional and cellulosic based processes
11 Cargill
Cargillrsquos range of nature-based products are suited to a number of industrial applications and markets We offer a growing number
of products derived from renewable sources designed to replace or offset non-renewable ingredients
12 Cobalt Technologies
Cobalts technology features a continuous process to efficiently convert diverse low cost feedstocks ndash beginning with bagasse and
waste wood ndash into biobutanol
13 Waste Management
Thatrsquos why Waste Management makes such a good fit Our mission is to bring you professional dependable services and innovative
solutions that create value for you ndash and a better future for us all
14 Ceres
Our technology platforms are helping make biofuels bio-based chemicals and biopower more economical and scalable It starts with
improving the crops themselves a process as old as farming but now coupled with the latest genomics-based breakthroughs
AS 30 maiores Empresas em Produtos Quiacutemicos Renovaacuteveis e Biomateriais (2011-12) ndash cont
15 Elevance Renewable Sciences
As the leader in transforming natural renewable oils into high-performing specialty products and materials Elevance is uniquely
positioned to meet consumer demand in a market exceeding $100 billion annually in these segments
Performance waxesNature Wax productsPersonal care productsDetergents and cleanersAntimicrobials
16 Dow Chemical
At Dow we are already creating solutions for a more sustainable future by helping develop paints that scrub the formaldehyde
from the air designing intelligent packaging that keeps food fresher longer and communicates its condition as well as more efficient
batteries to power vehicles
17 Enerkem
Chemicals used to make thousands of industrial and consumer products have traditionally been derived from fossil fuels such as petroleum
With an innovative process that uses waste and residues instead of fossil fuels Enerkem helps meet the increasing demand for greener
everyday products
18 Coskata
Coskata is a biology-based renewable energy company whose low-cost platform technology allows for the production of fuels and
chemicals from a variety of input material (including biomass agricultural and municipal wastes and other carbonaceous material)
Using proprietary microorganisms and patented bioreactor designs we are ready today to produce feedstock flexible ethanol
to fuel energy security economic growth and environmental sustainability
19 OPX Biotechnologies
OPXBIO developed and piloted the microbe and process that will produce its first biochemical product ndash BioAcrylic ndash at 30 to 50
percent lower cost and a 75 percent reduction in greenhouse gas emissions over current petrol-based acrylic Todayrsquos petro-acrylic has
an $10 billion global market in applications such as paints adhesives diapers and detergents In 2011 OPXBIO began collaborating
with The Dow Chemical Company to develop an industrial-scale process for producing BioAcrylic OPXBIO anticipates
full commercialization of BioAcrylic within three to five years
20 DSM
Bio-based materials The DSM Innovation Center is currently developing a platform of bio-based performance materials Examples
include investment in the green-chemistry company Segetis an agreement with Novomer to develop the first green resin for coatings
and the launch of EcoPaXXtrade a bio-based high-performance engineering plastic polymer
Approximately 70 of EcoPaXXtrade consists of building blocks derived from castor oil ndash a renewable resource This results in a
carbon footprint of zero lsquofrom cradle to the DSM gatersquo Itrsquos a strong selling point in todayrsquos plastics market as well as being fully compatible
with our strategy of sustainable innovation
AS 30 maiores Empresas em Produtos Quiacutemicos Renovaacuteveis e Biomateriais (2011-12) ndash cont
21 Myriant
Biobased specialty chemicals are a reality today because of Myriants commitment to development of technology with direct
commercial applicability Our integrated approach which links RampD efforts with the business strategy throughout the value chain and
across key aspects of company operations has resulted in a novel biocatalyst platform with proven commercialization success a robust
product pipeline and an extensive intellectual property suite
22 Cosan
O aacutelcool etiacutelico ou etanol eacute produzido pela fermentaccedilatildeo da cana-de-accediluacutecar A Raiacutezen se destaca como uma das maiores produtoras de
etanol no paiacutes com produccedilatildeo anual de22 bilhotildees de litros Em linha com sua visatildeo de ser reconhecida globalmente pela
excelecircncia no desenvolvimento produccedilatildeo e comercializaccedilatildeo de energia sustentaacutevel investe no combustiacutevel de matriz limpa e renovaacutevel
com tecnologia e talento que satildeo referecircncia no Brasil e no mundo
23 Mascoma
Ethanolrsquos energy is derived from plants that in turn obtain their energy from the sun In this way ethanol acts as a means of storing solar
power in liquid form Cellulosic ethanol is ethanol that is obtained from the non-edible portion of plant material Cellulosic ethanol is
identical in composition and performance to ethanol derived from corn or sugar cane Cellulosic ethanol however has important
environmental economic and sustainability advantages over conventional sources due to its source and method of production
24 KiOR
KiOR has developed a proprietary technology platform to convert sustainable low-cost non-food biomass into a hydrocarbon-based
renewable crude oil Using standard refining equipment the company processes its renewable crude into gasoline and diesel blendstocks
that can utilize the existing transportation fuel infrastructure for use in vehicles on the road today
25 DuPont Danisco
DuPont is applying its deep knowledge and experience in crop technology microbiology bioprocessing and engineering to
enable proprietary cost-effective cellulosic ethanol solutions for the market At DuPont we believe that science-powered innovation
and collaboration are required to meet the food energy and protection challenges of unprecedented population growth Our cel lulosic
ethanol team is leading the way in advanced biofuels by developing comprehensive integrated solutions for a range of feedstocks and
designing innovative enzymes to accelerate the commercial production of cellulosic biofuels in markets across the world
AS 30 maiores Empresas em Produtos Quiacutemicos Renovaacuteveis e Biomateriais (2011-12) ndash cont
26 Virent
Virent is replacing crude oil by creating the chemicals and fuels the world demands through utilization of a wide variety of naturally
occurring renewable resources Our patented BioFormingreg technology features catalytic chemistry which converts plant-based sugars into
a full range of hydrocarbon productsidentical to those made from petroleum including gasoline diesel jet fuel and chemicals for plastics
and fibers Our products are ldquodrop-inrdquo replacements that enable full utilization of todayrsquos existing processing pipeline storage and
transportation infrastructure Virent produces its hydrocarbon chemicals and fuels from plant sugars in a few hours compared to the
millions of years required for petroleum
27 LanzaTech
LanzaTech is very much part of this new field of innovators and by challenging our preconceptions of waste and energy sources we see
a future where access to energy is universal
28 POET
POET devotes tremendous resources to developing cellulosic ethanol Every day our researchers work to make it more affordable
Weve invested heavily in cellulosic research over the past decade and we will invest much more as we begin construction on our first
commercial cellulosic ethanol plant in Emmetsburg Iowa which we anticipate will produce 25 million gallons per year
29 Metabolix
Metabolix is developing commercially viable chemicals from biobased sources as opposed to fossil fuels which produce the vast majority of
chemicals today
Today four carbon (C4) chemicals are produced from non-renewable fossil-based hydrocarbons and are used to make spandex fibers
polyurethanes engineering resins and personal care products
Biobased chemicals allow us to address the global market demand for products and processing that reduce fossil energy use and greenhouse
gas emissions
30 Honeywellrsquos UOP
In 2008 UOP and Ensyn Corporation created the joint venture Envergent Technologies
Envergent is focused on the conversion of forest and agricultural waste residues to a liquid renewable oil to generate renewable heat and power
We do this through the RTPregprocess or rapid thermal processing which has been in commercial operation for more than 25 years
The RTP process produces a clean burning minimal sulfur content biofuel that can be used for the generation of renewable heat and power It is
a cost-effective solution to reduce greenhouse gas emissions up to 90 compared to petroleum-based fuels
The process is scalable to meet the needs of diverse applications It has a relatively compact footprint due to its modular construction and is
feedstock-flexible in that RTP can be designed to process a wide variety of lignocellulosic feedstocks
For more information on the advantages of pyrolysis oil and our RTP technology please visit us atwwwEnvergentTechcom
InstitutosEmpresaOutros
Nacionais
Instituto Nacional de Tecnologia
Empresa Brasileira de Pesquisas Agropecuaacuterias
PetrobraacutesCENPES
Centro de Energias Alternativas e Meio Ambiente
Centro de Tecnologia Canavieira
Instituto de Pesquisa Tecnoloacutegica do Estado de Satildeo Paulo
Instituto Nacional de Pesquisas Espaciais
Centro Brasileiro de Pesquisas Fiacutesicas
Instituto Nacional de Pesquisas da Amazocircnia
Conselho de Desenvolvimento Cientifico e Tecnoloacutegico
CNEN
Museu Paraense Emilio Goeldi Paraacute
FIOCRUZ
Instituto Nacional do Cacircncer
Instituto Adolfo Lutz
TOTAL GERAL 15 instituiccedilotildees
Universidade Federal do Rio de Janeiro
InstitutosDepartamentos
Internacionais
National Renewable Energy Laboratories EUA
US Department of Agriculture Agricultural Research
Service (USDA ARS) EUA
Chinese Academy of Science China
Agriculture ampAgri Food Canada Canadaacute
Institut National de la Recherche Agronomique Franccedila
Consejo Superior de Investigaciones Cientificas (CSIC)
Espanha
Russian Academy of Science Ruacutessia
Indian Institute of Technology Iacutendia
Natural Renewable Energy Laboratory EUA
National Institute of Advanced Industrial Science and
Technology Japatildeo
Institute Francais du Petrole (IFP)
Polish Academy of Science Polocircnia
Indian Institute of Chemical Technology India
Max Planck Institut Alemanha
French National Institute for Agricultural Research (INRA)
Franccedila
Tokyo Institute of Technology Japatildeo
Centre National de la Recherche Scientifique (CNRS)
Franccedila
National Chemical Laboratory Iacutendia
National Institute of Advanced Industrial Science and
Technology Japatildeo
Korea Institute of Science amp Technology Coreacuteia do Sul
US Geology Survey EUA
Marine Biotechnology Institute Japatildeo
Korea Institute of Energy Research (KIER) Coreacuteia do Sul
Centre National de la Recherche Scientifique (CNRS)
Franccedila
Kamaishi Labs Marine Biotechnology Institute Japatildeo
Alfred Wegener Institute for Polar and Marine Research
Alemanha
Australian National University Austraacutelia
Chonbuk National University Coreacuteia do Sul
Centre de Recherche en Ecologie Marine et Aquaculture
(IFREMER) Franccedila
Mitsubishi Heavy Ind Ltd (Advanced Technoly Research
Centre) Japatildeo
Oak Ridge National Laboratory (ORNL) EUA
Research Institute of Innovative Technology for the Earth
(RITE) Japatildeo
Central Institute of Medicinal and Aromatic Plants Iacutendia
Consiglio Nazional delle Ricerche (CNR) Itaacutelia
NASA EUA
Beijing Yixintang Medicine Research Institute
TOTAL GERAL 36 instituiccedilotildees
Universidade Federal do Rio de Janeiro
Empresas Internacionais
Novozymes AS
Genencor Int Inc
Kao Corp
Novo Nordisk AS
Novozymes Inc
Novo-Nordisk AS
Henkel KGAA
Iogen Energy Corp
Danisco US Inc Genencor Division
Novozymes Biotech Inc
Novozymes North America Inc
Goedegebuur F
Midwest Research Institute
Du Pont De Nemours amp Co
Dunn- Coleman N
AE Biofuels EUA
Blue Fire Ethanol EUAJapatildeo
Chempolis Ou
Iogen
KL Energy
Lignol Energy
Sekab
Sun Opta
Verenium
Chevron USA Inc
Shell International Research Maatshappij BV
Exxon Mobil Res ampEng Co
Sasol Technology Pty Ltd
Shell Oil Co
Conoco Phillips Co
ENI Spa
Exxon Res amp Eng Co
Exxon Mobil Res amp Eng Co
Roquette Freres As
Basf AG
General Electric Co
Exxon Mobil Chem Patents Inc
LrsquoOreal SA
Basf SE
Bayer AG
Wellington SL
Vinegar HJ
Berchenko IE
Dow Global Technologies Inc
Degussa AG
Bayer Material Science AG
Samsung SDI Co Ltd
Stegemeir GL
Henkel KGAA
Zhang E
Ryan RC
Fowler TD
Rouffi gnac EPD
Universidade Federal do Rio de Janeiro
Council of Scientific and Industrial Research of India
Li Y
Ye M
Wang Y
Zhang L
Jiang J
Liu Y
Yin K
Jiang L
Syngenta Part AG
Novartis AG
Basf SE
Bayer Cropscience AG
Dow Corning Corporation
Genoptera LLC
Monsanto Technology
US Secretary of Agriculture
Bayer Cropscience GMBH
Toyota Jidosha KK
TOTAL GERAL 88 instituiccedilotildees
Empresas Internacionais
Fowler TD
Rouffi gnac EPD
Merck Patent GMBH
Procter amp Gamble Co
Yokohama Rubber Co Ltd
Colgate Palmolive
Bridgestone Corp
Henkel KGAA
Goodyear Tire amp Rubber Co
LG Electronics Inc 507
Matsushita Denki Sangyo KK
Toshiba KK
Canon KK
Hitachi Ltd
Mitsubshi Electric Co
Mitsubishi Jukogyo KK
Universidade Federal do Rio de Janeiro
CURSOS
Ofertados nas instituiccedilotildees de ensino nacionais ou internacionais
Introduccedilatildeo a Quiacutemica Verde
Quiacutemica Verde e Quiacutemica Sustentaacutevel
Engenharia Ecoloacutegica e Quiacutemica Verde
ldquoQuiacutemica Verde Fundamentos e Aplicaccedilotildeesrdquo
Quiacutemica Verde na Atualidade
A Quiacutemica Verde e o papel da cataacutelise no contexto da
Inovaccedilatildeo e do Desenvolvimento Tecnoloacutegico
Universidade Federal do Rio de Janeiro
Universidade Federal do Rio de Janeiro
FONTES CONSULTADAS
Quiacutemica verde no Brasil 2010 ndash 2030 Ediccedilatildeo revista e atualizada
Centro de Gestatildeo e Estudos Estrateacutegicos
Ciecircncia Tecnologia e Inovaccedilatildeo
httpwwwsciencedirectcom
httpwwwperiodicoscapesgovbr
LINHAS DE PESQUISA
Luiz Felipe Miranda de Jesus
Universidade Federal do Rio de Janeiro
Linhas de Pesquisa
Buscas Associadas
ldquoQuiacutemica Verderdquo
ldquoQuiacutemica Ambientalrdquo
ldquoQuiacutemica Sustentaacutevelrdquo
ldquoGreen Chemistryrdquo
ldquoQuiacutemica Verde PampDrdquo
ldquoGreen Chemistry RampDrdquo
ldquoUS Green Chemistryrdquo
ldquoEurope Green Chemistryrdquo
Universidade Federal do Rio de Janeiro
Linhas de Pesquisa
Principais Fontes
Identificaccedilatildeo de Instituiccedilotildees citadas em artigos e outras publicaccedilotildees
CAPES
CNPQ
ABQ
SBPC
Instituiccedilotildees de Fomento (FINEP FAPESPetc)
CGEE
MCT
Sites das Universidades
EPA
IUPAC
ACS
Green Chemistry Network
Royal Society of Chemistry
European Environment Agency
Universidade Federal do Rio de Janeiro
The Interuniversity National Consortium Chemistry for the Environment (INCA Consortium) Gathers 33 Italian universities and about 90 research units headquarters in Venezia and Roma Italy
NSF Science and Technology Center for Environmentally Responsible Solvents and Processes University of North Carolina Chapel Hill Queens University Ionic Liquid Laboratories (QUILL)
Queens University of Belfast The Clean Technology Research Group University of Nottingham The Green Chemistry Group (see below now called centre of excellence)
University of York Centre for Green Chemistry University of Monash Centre for Green Manufacturing University of Alabama Chemical Process Engineering Research Institute Centre for Research amp Technology University of Leicester (UK) Leicester Green Chemistry Group
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
University of Leeds (UK) Leeds Cleaner Synthesis Group Institute of Applied Catalysis (UK) A research network for catalysis Carnegie Mellon University (USA) Institute for Green Oxidation Chemistry Institute for a Sustainable Environment (USA) University of Oregon Center for Sustainable and Green Chemistry (DEN) httpwwwcsgdtudk Green Chemistry Centre of Excellence (UK) httpwwwyorkacukresgcgsiteindexhtm Center for Green Chemistry at UMass Boston (US) httpwwwgreenchemistryumbedu Center for Green Chemistry at UMass Lowell (US) httpwwwgreenchemistryumledu University of Notre Dame Energy Centre (USA) httpwwwndedu~ndenergy Goumlteborg Universitys Centre for Environment and Sustainability (SWE) httpwwwchalmerssegmvEN
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
MSc in Green Chemistry and Sustainable Industrial Technology
Department of Chemistry at the University of York
Master en Quimica Sostenible
Faculty of Sciences at the University of Zaragoza
MSc in Green Chemistry Energy and the Environment
Imperical College London
MSc in Chemical Research (Green Chemistry with Industry)
CTA funding to the University of Leicester
1st year Master of Science Chemistry Specializing in Green Chemistry
University Louis Pasteur (Strasbourg I)
Master of Chemistry and EST
Universiteacute de Savoie
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
Schools with Green Chemistry Programs
United States
Eastern Connecticut
Yale University
Massachusetts
Bridgewater State College
Gordon College
University of Massachusetts Boston
University of Massachusetts Lowell Center for Green Chemistry
Pennsylvania
Carnegie Mellon Institute for Green Oxidation Chemistry
University of Scranton
Arkansas
Hendrix College (green organic chemistry)
Illinois
University of Illinois-Urbana-Champaign
Minnesota
St Olaf College
Alabama
University of Alabama
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
Linhas de Pesquisa California
Berkeley Center for Green Chemistry
UC Berkeley Extension
Colorado
Colorado School of Mines
Oregon
University of Oregon
Schools with Green Chemistry Programs - International
Australia
Monash University Centre for Green Chemistry
Murdoch University Sustainable ChemistryGreen Chemistry
Netherlands
Delft University of Technology Biocatalysis and Organic Chemistry
Italy
Interuniversity Consortium Chemistry for the Environment (INCA)
Universidade Federal do Rio de Janeiro
Northern Ireland
Queens University of Belfast Ionic Liquid Laboratories
Spain
Institute of Science and Technology (IUCT)
Green Chemistry Network of Spain (REDQS - Red Espantildeola de Quiacutemica Sostenible)
Sweden
Centre for Environment and Sustainability - Chalmers University of
TechnologyGoumlteborg University
United Kingdom
Green Chemistry Centre of Excellence at York
University of Leicester Green Chemistry Group
University of Nottingham Green and Analytical Chemistry
Brazil
Universidade do Vale do Itajaiacute Center for Technological Earth and Sea Sciences
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
Linhas de Pesquisa
Observaccedilotildees
Poucos programas especiacuteficos em ldquoQuiacutemica Verderdquo
Perfil multidisciplinar
Descriccedilatildeo de diversas linhas abrange somente um ou
alguns dos princiacutepios da ldquoQuiacutemica Verderdquo
Associaccedilatildeo inadequada ao tema
Necessidade de ampliaccedilatildeo de escopo
Movimento inicial de fomento aos projetos na aacuterea
Universidade Federal do Rio de Janeiro
CONGRESSOS E OUTROS SITES
Natasha Kelber
Universidade Federal do Rio de Janeiro
Universidade Federal do Rio de Janeiro
CONGRESSOS NACIONAIS
5ordm Simpoacutesio Nacional de Biocombustiacuteveis ndash BIOCOM ndash 14 a15Abril2012 ndash Canoas
RS
4ordf Escola de Quiacutemica Verde - JaneiroFevereiro2012 - Satildeo Paulo SP
VII Congresso Brasileiro de Biosseguranccedila - 19-23Setembro2011 - Joinville SC
II Semana de Biotecnologia Industrial - 20-22Outubro2010 - Lorena SP
5ordm Congresso Internacional de Bioenergia - 10-13Agosto2010 - Curitiba PR
II Semana de Biotecnologia Industrial - Julho2009 - Lorena SP
VI Congresso Brasileiro de Biosseguranccedila
VI Simpoacutesio Latino-Americano de Produtos Biotecnoloacutegicos
I Simpoacutesio Internacional de Biosseguridade e Pesquisa de Duplo Uso
I Feira de Equipamentos e Dispositivos de Biosseguranccedila ndash 22-25 Setembro2009 -
Rio de Janeiro RJ
1ordm Encontro Franco-Brasileiro de Quiacutemica Verde - 11 a 13Outubro2011
Universidade Federal do Rio de Janeiro
CONGRESSOS INTERNACIONAIS
3nd Brazilian Conference on Natural Products - 29Outubro-02Novembro2011 -
Ouro Preto MG
Biodiesel Congress - 27-29Julho2011 - Satildeo Paulo SP
IGCW 2011 Industrial Green Chemistry World Symposium amp Expo - December 4-6
2011 - Mumbai Iacutendia
3rd Asia-Oceania Conference on Green and Sustainable Chemistry (AOC-3) -
December 4-7 2011 - Melbourne Austraacutelia
3rd International Congress on Green Process Engineering - December 6-8 2011 -
Kuala Lumpur Malaysia
Minnesota Green Chemistry Conference - January 26 2012 - Minneapolis MN
The Asian Conference on Sustainability Energy amp the Environment - May 3-6 2012 -
Osaka Japan
16th Annual Green Chemistry amp Engineering Conference - June 18-20 2012 -
Washington DC
Gordon Research Seminar and Conference on Green Chemistry - July 21-27 2012 -
Lucca (Barga) Italy
4th International IUPAC Conference on Green Chemistry - August 25-29 2012 - Foz
do IguaccediluPR Brazil
Universidade Federal do Rio de Janeiro
OUTROS SITES
httpportalacsorgportalacscorgcontent_nfpb=trueamp_pageLabel=PP_SUPERAR
TICLEampnode_id=1401ampuse_sec=falseampsec_url_var=region1amp__uuid=6e2273c5-5e7f-
4c7b-8931-530d244f1650P15_704
httpwwwcleanproductionorgGreenphp
wwwrscorgMembershipNetworkingInternationalActivitiesPanAfricaindexasp
httpwwworganic-chemistryorgtopicsgreen-chemistryshtm
httpagenciafapespbr12992
httpacademicscrantonedufacultycannm1greenchemistryporthtml
httpwwwabqorgbrsimpequi2010trabalhos122-7744htm
httpbrlinkedincominquimicaverde
httpwwwcinprorgbrFreeComponent10435content149251shtml
httpquiverdeblogspotcom201006os-12-principios-da-quimica-verdehtml
httpwwwufpeltchebriqgwwverde
httpwwwbrasilescolacomquimicaprincipios-quimica-verdehtm
httpwwwsustentabilidaderesultadoscombrgreen-chemistry-a-sustainable-
opportunity
httpwwwgreenchemistrynetworkorg
httpwwwepagovgreenchemistry
PUBLICACcedilOtildeES E PERIOacuteDICOS
Renato Soares
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS
Base de Dados
Royal Society of Chemistry (30)
SpringerLink (MetaPress) (30)
Wiley Online Library (30)
ACS Journals Search (30)
Nature (NPG) (30)
Science (AAAS) (30)
IOPscience (Institute of Phsics) (30)
Oxford Journals (Oxford University Press) (30)
ScienceDirect (Elsevier) (30)
Annual Reviews (29)
AIP Scitation ndash American Institute of Physics (28)
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS
Annual Review of Biochemistry (6)
Scientific American (5)
Ecological Indicators (5)
Green Chemistry Educat (4)
Nature Chemistry (4)
J Chem Educ (3)
Autobiographies by Nob (3)
J Appl Phys (3)
Food Hydrocolloids (3)
Chem Soc Rev (2)
Annual Review of Environment and Resources (2)
J Am Chem Soc (2)
The Excitement and Fascination of Science (2)
Environmental Science and Pollution Research (2)
Universidade Federal do Rio de Janeiro
COLECcedilOtildeES E TEXTOS
Murilo Alves
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS REVISTAS E JORNAIS CIENTIacuteFICOS Revistas Cientiacuteficas com conteuacutedos sobre ensino de ciecircnciasquiacutemica e
quiacutemica verde
O primeiro artigo que atendeu aos criteacuterios adotados
neste trabalho e cujo tiacutetulo conteacutem a expressatildeo Green Chemistry (Quiacutemica Verde) - Design for the
environment and Green Chemistry the heart and soul
of industrial ecology - foi publicado em 1997
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS REVISTAS E JORNAIS CIENTIacuteFICOS Revistas Cientiacuteficas com conteuacutedos sobre ensino de ciecircnciasquiacutemica e
quiacutemica verde
Revista Quiacutemica Nova na Escola - QNEsc A Revista Quiacutemica Nova na Escola (QNEsc) com uma periodicidade trimestral propotildee-se a subsidiar o trabalho a formaccedilatildeo e a atualizaccedilatildeo da comunidade do Ensino de Quiacutemica brasileiro QNEsc integra-se agrave linha editorial da Sociedade Brasileira de Quiacutemica que publica tambeacutem a revista Quiacutemica Nova e o Journal of the Brazillian Chemical Society Quiacutemica Nova na Escola eacute um espaccedilo aberto ao educador suscitando debates e reflexotildees sobre o ensino e a aprendizagem de quiacutemica Assim contribui para a tarefa fundamental de formar verdadeiros cidadatildeos Nesse sentido a Divisatildeo de Ensino disponibiliza neste portal na iacutentegra e de forma totalmente gratuita todos os artigos publicados no formato PDF Estatildeo disponiacuteveis tambeacutem os Cadernos Temaacuteticos publicados desde 2001 pela Divisatildeo de Ensino
Green Chemistry - Journal Jornal publicado pela Royal Society of Chemistry - RCS que se apresenta como um espaccedilo para publicaccedilatildeo sobre
pesquisas de ponta no desenvolvimento de tecnologias alternativas sustentaacuteveis
Green Green - revista italiana do Consoacutercio Interuniversitaacuterio Quiacutemica Nacional do Meio Ambiente (INCA) em colaboraccedilatildeo com a Sociedade Quiacutemica Italiana (SCI) 1 5 ACS Publications A Divisatildeo de Publicaccedilotildees da Sociedade Americana de Quiacutemica (American Chemical Society - ACS) oferece a comunidade cientiacutefica mundial uma coleccedilatildeo abrangente dos perioacutedicos mais citados revisados por pares em ciecircncias quiacutemicas e afins
Universidade Federal do Rio de Janeiro
Universidade Federal do Rio de Janeiro
FONTES CONSULTADAS
httpwwwqmcufscbrgieqindexphplinkshtml
httpwwwperiodicoscapesgovbr
httpwwwscielocom
Organizaccediloes - 100 maiores empresas em Bioenergia 2011-12 Referencia Biofuels Digest online publication
November 9 2011 author Jim Lane
1 Solazyme
2 Amyris
3 Gevo
4 POET
5 LS9
6 Novozymes
7 Enerkem
8 LanzaTech
9 UOP
10 ZeaChem
11 Codexis
12 Abengoa Bioenergy
13 KiOR
14 Virent Energy Systems
15 Sapphire Energy
16 Ceres
17 Coskata
18 DuPont Cellulosic
19 Terrabon
20 Mascoma
21 Cobalt Technologies
22 Petrobras
23 Joule Unlimited
24 BP Biofuels
25 Neste
26 Waste Management
27 Rentech
28 Qteros
29 INEOS Bio
30 Genencor
31 Genomatica
32 Shell
33 Synthetic Genomics
34 Chemtex
100 maiores empresas em Bioenergia 2011-12 Referencia Biofuels Digest online publication November 9 2011
author Jim Lane
35 Algenol
36 Elevance Renewable Sciences
37 OriginOil
38 SG Biofuels
39 Cosan
40 HCL CleanTech
41 Fulcrum Bioenergy
42 Cargill
43 Chevron
44 Bluefire Renewables
45 Dynamic Fuels
46 Mendel
47 OPX Biotechnologies
48 Inbicon
49 Renmatix
50 Monsanto
51 Butamax
52 Iogen
53 DuPont
54 Verenium
55 PetroAlgae
56 DSM
57 ExxonMobil
58 Envergent
59 Aurora Algae
60 Syngenta
61 Praj Industries
62 Phycal
63 Renewable Energy Group
64 Clear Fuels Technology
65 ArborGen
66 KL Energy
67 Solix Biofuels
100 maiores empresas em Bioenergia 2011-12 Referencia Biofuels Digest online publication November 9 2011
author Jim Lane
68 Catchlight Energy
69 Dyadic
70 AE Biofuels
71 Myriant
72 EdeniQ
73 Avantium
74 Propel Fuels
75 GlycosBio
76 ETH Bioenergia
77 Chemrec
78 Ensyn
79 Green Plains Renewable Energy
80 Range Fuels
81 Bioprocess Algae
82 SynGest
83 TMO Renewables
84 Chromatin
85 Blue Marble Biomaterials
86 Genera Energy
87 ICM
88 Albemarle
89 Lignol
90 Raizen
91 Verdezyne
92 Greenfuel Ethanol
93 Atlantic Biomass Conversions
94 Pacific Ethanol
95 Dong Energy
96 SEKAB
97 Borregaard Industries
98 Dynamotive
99 Allard Research
100 Targeted Growth
AS 30 maiores Empresas em Produtos Quiacutemicos Renovaacuteveis e Biomateriais (2011-12) ndash cont
15 Elevance Renewable Sciences
As the leader in transforming natural renewable oils into high-performing specialty products and materials Elevance is uniquely
positioned to meet consumer demand in a market exceeding $100 billion annually in these segments
Performance waxesNature Wax productsPersonal care productsDetergents and cleanersAntimicrobials
16 Dow Chemical
At Dow we are already creating solutions for a more sustainable future by helping develop paints that scrub the formaldehyde
from the air designing intelligent packaging that keeps food fresher longer and communicates its condition as well as more efficient
batteries to power vehicles
17 Enerkem
Chemicals used to make thousands of industrial and consumer products have traditionally been derived from fossil fuels such as petroleum
With an innovative process that uses waste and residues instead of fossil fuels Enerkem helps meet the increasing demand for greener
everyday products
18 Coskata
Coskata is a biology-based renewable energy company whose low-cost platform technology allows for the production of fuels and
chemicals from a variety of input material (including biomass agricultural and municipal wastes and other carbonaceous material)
Using proprietary microorganisms and patented bioreactor designs we are ready today to produce feedstock flexible ethanol
to fuel energy security economic growth and environmental sustainability
19 OPX Biotechnologies
OPXBIO developed and piloted the microbe and process that will produce its first biochemical product ndash BioAcrylic ndash at 30 to 50
percent lower cost and a 75 percent reduction in greenhouse gas emissions over current petrol-based acrylic Todayrsquos petro-acrylic has
an $10 billion global market in applications such as paints adhesives diapers and detergents In 2011 OPXBIO began collaborating
with The Dow Chemical Company to develop an industrial-scale process for producing BioAcrylic OPXBIO anticipates
full commercialization of BioAcrylic within three to five years
20 DSM
Bio-based materials The DSM Innovation Center is currently developing a platform of bio-based performance materials Examples
include investment in the green-chemistry company Segetis an agreement with Novomer to develop the first green resin for coatings
and the launch of EcoPaXXtrade a bio-based high-performance engineering plastic polymer
Approximately 70 of EcoPaXXtrade consists of building blocks derived from castor oil ndash a renewable resource This results in a
carbon footprint of zero lsquofrom cradle to the DSM gatersquo Itrsquos a strong selling point in todayrsquos plastics market as well as being fully compatible
with our strategy of sustainable innovation
AS 30 maiores Empresas em Produtos Quiacutemicos Renovaacuteveis e Biomateriais (2011-12) ndash cont
21 Myriant
Biobased specialty chemicals are a reality today because of Myriants commitment to development of technology with direct
commercial applicability Our integrated approach which links RampD efforts with the business strategy throughout the value chain and
across key aspects of company operations has resulted in a novel biocatalyst platform with proven commercialization success a robust
product pipeline and an extensive intellectual property suite
22 Cosan
O aacutelcool etiacutelico ou etanol eacute produzido pela fermentaccedilatildeo da cana-de-accediluacutecar A Raiacutezen se destaca como uma das maiores produtoras de
etanol no paiacutes com produccedilatildeo anual de22 bilhotildees de litros Em linha com sua visatildeo de ser reconhecida globalmente pela
excelecircncia no desenvolvimento produccedilatildeo e comercializaccedilatildeo de energia sustentaacutevel investe no combustiacutevel de matriz limpa e renovaacutevel
com tecnologia e talento que satildeo referecircncia no Brasil e no mundo
23 Mascoma
Ethanolrsquos energy is derived from plants that in turn obtain their energy from the sun In this way ethanol acts as a means of storing solar
power in liquid form Cellulosic ethanol is ethanol that is obtained from the non-edible portion of plant material Cellulosic ethanol is
identical in composition and performance to ethanol derived from corn or sugar cane Cellulosic ethanol however has important
environmental economic and sustainability advantages over conventional sources due to its source and method of production
24 KiOR
KiOR has developed a proprietary technology platform to convert sustainable low-cost non-food biomass into a hydrocarbon-based
renewable crude oil Using standard refining equipment the company processes its renewable crude into gasoline and diesel blendstocks
that can utilize the existing transportation fuel infrastructure for use in vehicles on the road today
25 DuPont Danisco
DuPont is applying its deep knowledge and experience in crop technology microbiology bioprocessing and engineering to
enable proprietary cost-effective cellulosic ethanol solutions for the market At DuPont we believe that science-powered innovation
and collaboration are required to meet the food energy and protection challenges of unprecedented population growth Our cel lulosic
ethanol team is leading the way in advanced biofuels by developing comprehensive integrated solutions for a range of feedstocks and
designing innovative enzymes to accelerate the commercial production of cellulosic biofuels in markets across the world
AS 30 maiores Empresas em Produtos Quiacutemicos Renovaacuteveis e Biomateriais (2011-12) ndash cont
26 Virent
Virent is replacing crude oil by creating the chemicals and fuels the world demands through utilization of a wide variety of naturally
occurring renewable resources Our patented BioFormingreg technology features catalytic chemistry which converts plant-based sugars into
a full range of hydrocarbon productsidentical to those made from petroleum including gasoline diesel jet fuel and chemicals for plastics
and fibers Our products are ldquodrop-inrdquo replacements that enable full utilization of todayrsquos existing processing pipeline storage and
transportation infrastructure Virent produces its hydrocarbon chemicals and fuels from plant sugars in a few hours compared to the
millions of years required for petroleum
27 LanzaTech
LanzaTech is very much part of this new field of innovators and by challenging our preconceptions of waste and energy sources we see
a future where access to energy is universal
28 POET
POET devotes tremendous resources to developing cellulosic ethanol Every day our researchers work to make it more affordable
Weve invested heavily in cellulosic research over the past decade and we will invest much more as we begin construction on our first
commercial cellulosic ethanol plant in Emmetsburg Iowa which we anticipate will produce 25 million gallons per year
29 Metabolix
Metabolix is developing commercially viable chemicals from biobased sources as opposed to fossil fuels which produce the vast majority of
chemicals today
Today four carbon (C4) chemicals are produced from non-renewable fossil-based hydrocarbons and are used to make spandex fibers
polyurethanes engineering resins and personal care products
Biobased chemicals allow us to address the global market demand for products and processing that reduce fossil energy use and greenhouse
gas emissions
30 Honeywellrsquos UOP
In 2008 UOP and Ensyn Corporation created the joint venture Envergent Technologies
Envergent is focused on the conversion of forest and agricultural waste residues to a liquid renewable oil to generate renewable heat and power
We do this through the RTPregprocess or rapid thermal processing which has been in commercial operation for more than 25 years
The RTP process produces a clean burning minimal sulfur content biofuel that can be used for the generation of renewable heat and power It is
a cost-effective solution to reduce greenhouse gas emissions up to 90 compared to petroleum-based fuels
The process is scalable to meet the needs of diverse applications It has a relatively compact footprint due to its modular construction and is
feedstock-flexible in that RTP can be designed to process a wide variety of lignocellulosic feedstocks
For more information on the advantages of pyrolysis oil and our RTP technology please visit us atwwwEnvergentTechcom
InstitutosEmpresaOutros
Nacionais
Instituto Nacional de Tecnologia
Empresa Brasileira de Pesquisas Agropecuaacuterias
PetrobraacutesCENPES
Centro de Energias Alternativas e Meio Ambiente
Centro de Tecnologia Canavieira
Instituto de Pesquisa Tecnoloacutegica do Estado de Satildeo Paulo
Instituto Nacional de Pesquisas Espaciais
Centro Brasileiro de Pesquisas Fiacutesicas
Instituto Nacional de Pesquisas da Amazocircnia
Conselho de Desenvolvimento Cientifico e Tecnoloacutegico
CNEN
Museu Paraense Emilio Goeldi Paraacute
FIOCRUZ
Instituto Nacional do Cacircncer
Instituto Adolfo Lutz
TOTAL GERAL 15 instituiccedilotildees
Universidade Federal do Rio de Janeiro
InstitutosDepartamentos
Internacionais
National Renewable Energy Laboratories EUA
US Department of Agriculture Agricultural Research
Service (USDA ARS) EUA
Chinese Academy of Science China
Agriculture ampAgri Food Canada Canadaacute
Institut National de la Recherche Agronomique Franccedila
Consejo Superior de Investigaciones Cientificas (CSIC)
Espanha
Russian Academy of Science Ruacutessia
Indian Institute of Technology Iacutendia
Natural Renewable Energy Laboratory EUA
National Institute of Advanced Industrial Science and
Technology Japatildeo
Institute Francais du Petrole (IFP)
Polish Academy of Science Polocircnia
Indian Institute of Chemical Technology India
Max Planck Institut Alemanha
French National Institute for Agricultural Research (INRA)
Franccedila
Tokyo Institute of Technology Japatildeo
Centre National de la Recherche Scientifique (CNRS)
Franccedila
National Chemical Laboratory Iacutendia
National Institute of Advanced Industrial Science and
Technology Japatildeo
Korea Institute of Science amp Technology Coreacuteia do Sul
US Geology Survey EUA
Marine Biotechnology Institute Japatildeo
Korea Institute of Energy Research (KIER) Coreacuteia do Sul
Centre National de la Recherche Scientifique (CNRS)
Franccedila
Kamaishi Labs Marine Biotechnology Institute Japatildeo
Alfred Wegener Institute for Polar and Marine Research
Alemanha
Australian National University Austraacutelia
Chonbuk National University Coreacuteia do Sul
Centre de Recherche en Ecologie Marine et Aquaculture
(IFREMER) Franccedila
Mitsubishi Heavy Ind Ltd (Advanced Technoly Research
Centre) Japatildeo
Oak Ridge National Laboratory (ORNL) EUA
Research Institute of Innovative Technology for the Earth
(RITE) Japatildeo
Central Institute of Medicinal and Aromatic Plants Iacutendia
Consiglio Nazional delle Ricerche (CNR) Itaacutelia
NASA EUA
Beijing Yixintang Medicine Research Institute
TOTAL GERAL 36 instituiccedilotildees
Universidade Federal do Rio de Janeiro
Empresas Internacionais
Novozymes AS
Genencor Int Inc
Kao Corp
Novo Nordisk AS
Novozymes Inc
Novo-Nordisk AS
Henkel KGAA
Iogen Energy Corp
Danisco US Inc Genencor Division
Novozymes Biotech Inc
Novozymes North America Inc
Goedegebuur F
Midwest Research Institute
Du Pont De Nemours amp Co
Dunn- Coleman N
AE Biofuels EUA
Blue Fire Ethanol EUAJapatildeo
Chempolis Ou
Iogen
KL Energy
Lignol Energy
Sekab
Sun Opta
Verenium
Chevron USA Inc
Shell International Research Maatshappij BV
Exxon Mobil Res ampEng Co
Sasol Technology Pty Ltd
Shell Oil Co
Conoco Phillips Co
ENI Spa
Exxon Res amp Eng Co
Exxon Mobil Res amp Eng Co
Roquette Freres As
Basf AG
General Electric Co
Exxon Mobil Chem Patents Inc
LrsquoOreal SA
Basf SE
Bayer AG
Wellington SL
Vinegar HJ
Berchenko IE
Dow Global Technologies Inc
Degussa AG
Bayer Material Science AG
Samsung SDI Co Ltd
Stegemeir GL
Henkel KGAA
Zhang E
Ryan RC
Fowler TD
Rouffi gnac EPD
Universidade Federal do Rio de Janeiro
Council of Scientific and Industrial Research of India
Li Y
Ye M
Wang Y
Zhang L
Jiang J
Liu Y
Yin K
Jiang L
Syngenta Part AG
Novartis AG
Basf SE
Bayer Cropscience AG
Dow Corning Corporation
Genoptera LLC
Monsanto Technology
US Secretary of Agriculture
Bayer Cropscience GMBH
Toyota Jidosha KK
TOTAL GERAL 88 instituiccedilotildees
Empresas Internacionais
Fowler TD
Rouffi gnac EPD
Merck Patent GMBH
Procter amp Gamble Co
Yokohama Rubber Co Ltd
Colgate Palmolive
Bridgestone Corp
Henkel KGAA
Goodyear Tire amp Rubber Co
LG Electronics Inc 507
Matsushita Denki Sangyo KK
Toshiba KK
Canon KK
Hitachi Ltd
Mitsubshi Electric Co
Mitsubishi Jukogyo KK
Universidade Federal do Rio de Janeiro
CURSOS
Ofertados nas instituiccedilotildees de ensino nacionais ou internacionais
Introduccedilatildeo a Quiacutemica Verde
Quiacutemica Verde e Quiacutemica Sustentaacutevel
Engenharia Ecoloacutegica e Quiacutemica Verde
ldquoQuiacutemica Verde Fundamentos e Aplicaccedilotildeesrdquo
Quiacutemica Verde na Atualidade
A Quiacutemica Verde e o papel da cataacutelise no contexto da
Inovaccedilatildeo e do Desenvolvimento Tecnoloacutegico
Universidade Federal do Rio de Janeiro
Universidade Federal do Rio de Janeiro
FONTES CONSULTADAS
Quiacutemica verde no Brasil 2010 ndash 2030 Ediccedilatildeo revista e atualizada
Centro de Gestatildeo e Estudos Estrateacutegicos
Ciecircncia Tecnologia e Inovaccedilatildeo
httpwwwsciencedirectcom
httpwwwperiodicoscapesgovbr
LINHAS DE PESQUISA
Luiz Felipe Miranda de Jesus
Universidade Federal do Rio de Janeiro
Linhas de Pesquisa
Buscas Associadas
ldquoQuiacutemica Verderdquo
ldquoQuiacutemica Ambientalrdquo
ldquoQuiacutemica Sustentaacutevelrdquo
ldquoGreen Chemistryrdquo
ldquoQuiacutemica Verde PampDrdquo
ldquoGreen Chemistry RampDrdquo
ldquoUS Green Chemistryrdquo
ldquoEurope Green Chemistryrdquo
Universidade Federal do Rio de Janeiro
Linhas de Pesquisa
Principais Fontes
Identificaccedilatildeo de Instituiccedilotildees citadas em artigos e outras publicaccedilotildees
CAPES
CNPQ
ABQ
SBPC
Instituiccedilotildees de Fomento (FINEP FAPESPetc)
CGEE
MCT
Sites das Universidades
EPA
IUPAC
ACS
Green Chemistry Network
Royal Society of Chemistry
European Environment Agency
Universidade Federal do Rio de Janeiro
The Interuniversity National Consortium Chemistry for the Environment (INCA Consortium) Gathers 33 Italian universities and about 90 research units headquarters in Venezia and Roma Italy
NSF Science and Technology Center for Environmentally Responsible Solvents and Processes University of North Carolina Chapel Hill Queens University Ionic Liquid Laboratories (QUILL)
Queens University of Belfast The Clean Technology Research Group University of Nottingham The Green Chemistry Group (see below now called centre of excellence)
University of York Centre for Green Chemistry University of Monash Centre for Green Manufacturing University of Alabama Chemical Process Engineering Research Institute Centre for Research amp Technology University of Leicester (UK) Leicester Green Chemistry Group
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
University of Leeds (UK) Leeds Cleaner Synthesis Group Institute of Applied Catalysis (UK) A research network for catalysis Carnegie Mellon University (USA) Institute for Green Oxidation Chemistry Institute for a Sustainable Environment (USA) University of Oregon Center for Sustainable and Green Chemistry (DEN) httpwwwcsgdtudk Green Chemistry Centre of Excellence (UK) httpwwwyorkacukresgcgsiteindexhtm Center for Green Chemistry at UMass Boston (US) httpwwwgreenchemistryumbedu Center for Green Chemistry at UMass Lowell (US) httpwwwgreenchemistryumledu University of Notre Dame Energy Centre (USA) httpwwwndedu~ndenergy Goumlteborg Universitys Centre for Environment and Sustainability (SWE) httpwwwchalmerssegmvEN
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
MSc in Green Chemistry and Sustainable Industrial Technology
Department of Chemistry at the University of York
Master en Quimica Sostenible
Faculty of Sciences at the University of Zaragoza
MSc in Green Chemistry Energy and the Environment
Imperical College London
MSc in Chemical Research (Green Chemistry with Industry)
CTA funding to the University of Leicester
1st year Master of Science Chemistry Specializing in Green Chemistry
University Louis Pasteur (Strasbourg I)
Master of Chemistry and EST
Universiteacute de Savoie
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
Schools with Green Chemistry Programs
United States
Eastern Connecticut
Yale University
Massachusetts
Bridgewater State College
Gordon College
University of Massachusetts Boston
University of Massachusetts Lowell Center for Green Chemistry
Pennsylvania
Carnegie Mellon Institute for Green Oxidation Chemistry
University of Scranton
Arkansas
Hendrix College (green organic chemistry)
Illinois
University of Illinois-Urbana-Champaign
Minnesota
St Olaf College
Alabama
University of Alabama
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
Linhas de Pesquisa California
Berkeley Center for Green Chemistry
UC Berkeley Extension
Colorado
Colorado School of Mines
Oregon
University of Oregon
Schools with Green Chemistry Programs - International
Australia
Monash University Centre for Green Chemistry
Murdoch University Sustainable ChemistryGreen Chemistry
Netherlands
Delft University of Technology Biocatalysis and Organic Chemistry
Italy
Interuniversity Consortium Chemistry for the Environment (INCA)
Universidade Federal do Rio de Janeiro
Northern Ireland
Queens University of Belfast Ionic Liquid Laboratories
Spain
Institute of Science and Technology (IUCT)
Green Chemistry Network of Spain (REDQS - Red Espantildeola de Quiacutemica Sostenible)
Sweden
Centre for Environment and Sustainability - Chalmers University of
TechnologyGoumlteborg University
United Kingdom
Green Chemistry Centre of Excellence at York
University of Leicester Green Chemistry Group
University of Nottingham Green and Analytical Chemistry
Brazil
Universidade do Vale do Itajaiacute Center for Technological Earth and Sea Sciences
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
Linhas de Pesquisa
Observaccedilotildees
Poucos programas especiacuteficos em ldquoQuiacutemica Verderdquo
Perfil multidisciplinar
Descriccedilatildeo de diversas linhas abrange somente um ou
alguns dos princiacutepios da ldquoQuiacutemica Verderdquo
Associaccedilatildeo inadequada ao tema
Necessidade de ampliaccedilatildeo de escopo
Movimento inicial de fomento aos projetos na aacuterea
Universidade Federal do Rio de Janeiro
CONGRESSOS E OUTROS SITES
Natasha Kelber
Universidade Federal do Rio de Janeiro
Universidade Federal do Rio de Janeiro
CONGRESSOS NACIONAIS
5ordm Simpoacutesio Nacional de Biocombustiacuteveis ndash BIOCOM ndash 14 a15Abril2012 ndash Canoas
RS
4ordf Escola de Quiacutemica Verde - JaneiroFevereiro2012 - Satildeo Paulo SP
VII Congresso Brasileiro de Biosseguranccedila - 19-23Setembro2011 - Joinville SC
II Semana de Biotecnologia Industrial - 20-22Outubro2010 - Lorena SP
5ordm Congresso Internacional de Bioenergia - 10-13Agosto2010 - Curitiba PR
II Semana de Biotecnologia Industrial - Julho2009 - Lorena SP
VI Congresso Brasileiro de Biosseguranccedila
VI Simpoacutesio Latino-Americano de Produtos Biotecnoloacutegicos
I Simpoacutesio Internacional de Biosseguridade e Pesquisa de Duplo Uso
I Feira de Equipamentos e Dispositivos de Biosseguranccedila ndash 22-25 Setembro2009 -
Rio de Janeiro RJ
1ordm Encontro Franco-Brasileiro de Quiacutemica Verde - 11 a 13Outubro2011
Universidade Federal do Rio de Janeiro
CONGRESSOS INTERNACIONAIS
3nd Brazilian Conference on Natural Products - 29Outubro-02Novembro2011 -
Ouro Preto MG
Biodiesel Congress - 27-29Julho2011 - Satildeo Paulo SP
IGCW 2011 Industrial Green Chemistry World Symposium amp Expo - December 4-6
2011 - Mumbai Iacutendia
3rd Asia-Oceania Conference on Green and Sustainable Chemistry (AOC-3) -
December 4-7 2011 - Melbourne Austraacutelia
3rd International Congress on Green Process Engineering - December 6-8 2011 -
Kuala Lumpur Malaysia
Minnesota Green Chemistry Conference - January 26 2012 - Minneapolis MN
The Asian Conference on Sustainability Energy amp the Environment - May 3-6 2012 -
Osaka Japan
16th Annual Green Chemistry amp Engineering Conference - June 18-20 2012 -
Washington DC
Gordon Research Seminar and Conference on Green Chemistry - July 21-27 2012 -
Lucca (Barga) Italy
4th International IUPAC Conference on Green Chemistry - August 25-29 2012 - Foz
do IguaccediluPR Brazil
Universidade Federal do Rio de Janeiro
OUTROS SITES
httpportalacsorgportalacscorgcontent_nfpb=trueamp_pageLabel=PP_SUPERAR
TICLEampnode_id=1401ampuse_sec=falseampsec_url_var=region1amp__uuid=6e2273c5-5e7f-
4c7b-8931-530d244f1650P15_704
httpwwwcleanproductionorgGreenphp
wwwrscorgMembershipNetworkingInternationalActivitiesPanAfricaindexasp
httpwwworganic-chemistryorgtopicsgreen-chemistryshtm
httpagenciafapespbr12992
httpacademicscrantonedufacultycannm1greenchemistryporthtml
httpwwwabqorgbrsimpequi2010trabalhos122-7744htm
httpbrlinkedincominquimicaverde
httpwwwcinprorgbrFreeComponent10435content149251shtml
httpquiverdeblogspotcom201006os-12-principios-da-quimica-verdehtml
httpwwwufpeltchebriqgwwverde
httpwwwbrasilescolacomquimicaprincipios-quimica-verdehtm
httpwwwsustentabilidaderesultadoscombrgreen-chemistry-a-sustainable-
opportunity
httpwwwgreenchemistrynetworkorg
httpwwwepagovgreenchemistry
PUBLICACcedilOtildeES E PERIOacuteDICOS
Renato Soares
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS
Base de Dados
Royal Society of Chemistry (30)
SpringerLink (MetaPress) (30)
Wiley Online Library (30)
ACS Journals Search (30)
Nature (NPG) (30)
Science (AAAS) (30)
IOPscience (Institute of Phsics) (30)
Oxford Journals (Oxford University Press) (30)
ScienceDirect (Elsevier) (30)
Annual Reviews (29)
AIP Scitation ndash American Institute of Physics (28)
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS
Annual Review of Biochemistry (6)
Scientific American (5)
Ecological Indicators (5)
Green Chemistry Educat (4)
Nature Chemistry (4)
J Chem Educ (3)
Autobiographies by Nob (3)
J Appl Phys (3)
Food Hydrocolloids (3)
Chem Soc Rev (2)
Annual Review of Environment and Resources (2)
J Am Chem Soc (2)
The Excitement and Fascination of Science (2)
Environmental Science and Pollution Research (2)
Universidade Federal do Rio de Janeiro
COLECcedilOtildeES E TEXTOS
Murilo Alves
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS REVISTAS E JORNAIS CIENTIacuteFICOS Revistas Cientiacuteficas com conteuacutedos sobre ensino de ciecircnciasquiacutemica e
quiacutemica verde
O primeiro artigo que atendeu aos criteacuterios adotados
neste trabalho e cujo tiacutetulo conteacutem a expressatildeo Green Chemistry (Quiacutemica Verde) - Design for the
environment and Green Chemistry the heart and soul
of industrial ecology - foi publicado em 1997
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS REVISTAS E JORNAIS CIENTIacuteFICOS Revistas Cientiacuteficas com conteuacutedos sobre ensino de ciecircnciasquiacutemica e
quiacutemica verde
Revista Quiacutemica Nova na Escola - QNEsc A Revista Quiacutemica Nova na Escola (QNEsc) com uma periodicidade trimestral propotildee-se a subsidiar o trabalho a formaccedilatildeo e a atualizaccedilatildeo da comunidade do Ensino de Quiacutemica brasileiro QNEsc integra-se agrave linha editorial da Sociedade Brasileira de Quiacutemica que publica tambeacutem a revista Quiacutemica Nova e o Journal of the Brazillian Chemical Society Quiacutemica Nova na Escola eacute um espaccedilo aberto ao educador suscitando debates e reflexotildees sobre o ensino e a aprendizagem de quiacutemica Assim contribui para a tarefa fundamental de formar verdadeiros cidadatildeos Nesse sentido a Divisatildeo de Ensino disponibiliza neste portal na iacutentegra e de forma totalmente gratuita todos os artigos publicados no formato PDF Estatildeo disponiacuteveis tambeacutem os Cadernos Temaacuteticos publicados desde 2001 pela Divisatildeo de Ensino
Green Chemistry - Journal Jornal publicado pela Royal Society of Chemistry - RCS que se apresenta como um espaccedilo para publicaccedilatildeo sobre
pesquisas de ponta no desenvolvimento de tecnologias alternativas sustentaacuteveis
Green Green - revista italiana do Consoacutercio Interuniversitaacuterio Quiacutemica Nacional do Meio Ambiente (INCA) em colaboraccedilatildeo com a Sociedade Quiacutemica Italiana (SCI) 1 5 ACS Publications A Divisatildeo de Publicaccedilotildees da Sociedade Americana de Quiacutemica (American Chemical Society - ACS) oferece a comunidade cientiacutefica mundial uma coleccedilatildeo abrangente dos perioacutedicos mais citados revisados por pares em ciecircncias quiacutemicas e afins
Universidade Federal do Rio de Janeiro
Universidade Federal do Rio de Janeiro
FONTES CONSULTADAS
httpwwwqmcufscbrgieqindexphplinkshtml
httpwwwperiodicoscapesgovbr
httpwwwscielocom
Organizaccediloes - 100 maiores empresas em Bioenergia 2011-12 Referencia Biofuels Digest online publication
November 9 2011 author Jim Lane
1 Solazyme
2 Amyris
3 Gevo
4 POET
5 LS9
6 Novozymes
7 Enerkem
8 LanzaTech
9 UOP
10 ZeaChem
11 Codexis
12 Abengoa Bioenergy
13 KiOR
14 Virent Energy Systems
15 Sapphire Energy
16 Ceres
17 Coskata
18 DuPont Cellulosic
19 Terrabon
20 Mascoma
21 Cobalt Technologies
22 Petrobras
23 Joule Unlimited
24 BP Biofuels
25 Neste
26 Waste Management
27 Rentech
28 Qteros
29 INEOS Bio
30 Genencor
31 Genomatica
32 Shell
33 Synthetic Genomics
34 Chemtex
100 maiores empresas em Bioenergia 2011-12 Referencia Biofuels Digest online publication November 9 2011
author Jim Lane
35 Algenol
36 Elevance Renewable Sciences
37 OriginOil
38 SG Biofuels
39 Cosan
40 HCL CleanTech
41 Fulcrum Bioenergy
42 Cargill
43 Chevron
44 Bluefire Renewables
45 Dynamic Fuels
46 Mendel
47 OPX Biotechnologies
48 Inbicon
49 Renmatix
50 Monsanto
51 Butamax
52 Iogen
53 DuPont
54 Verenium
55 PetroAlgae
56 DSM
57 ExxonMobil
58 Envergent
59 Aurora Algae
60 Syngenta
61 Praj Industries
62 Phycal
63 Renewable Energy Group
64 Clear Fuels Technology
65 ArborGen
66 KL Energy
67 Solix Biofuels
100 maiores empresas em Bioenergia 2011-12 Referencia Biofuels Digest online publication November 9 2011
author Jim Lane
68 Catchlight Energy
69 Dyadic
70 AE Biofuels
71 Myriant
72 EdeniQ
73 Avantium
74 Propel Fuels
75 GlycosBio
76 ETH Bioenergia
77 Chemrec
78 Ensyn
79 Green Plains Renewable Energy
80 Range Fuels
81 Bioprocess Algae
82 SynGest
83 TMO Renewables
84 Chromatin
85 Blue Marble Biomaterials
86 Genera Energy
87 ICM
88 Albemarle
89 Lignol
90 Raizen
91 Verdezyne
92 Greenfuel Ethanol
93 Atlantic Biomass Conversions
94 Pacific Ethanol
95 Dong Energy
96 SEKAB
97 Borregaard Industries
98 Dynamotive
99 Allard Research
100 Targeted Growth
AS 30 maiores Empresas em Produtos Quiacutemicos Renovaacuteveis e Biomateriais (2011-12) ndash cont
21 Myriant
Biobased specialty chemicals are a reality today because of Myriants commitment to development of technology with direct
commercial applicability Our integrated approach which links RampD efforts with the business strategy throughout the value chain and
across key aspects of company operations has resulted in a novel biocatalyst platform with proven commercialization success a robust
product pipeline and an extensive intellectual property suite
22 Cosan
O aacutelcool etiacutelico ou etanol eacute produzido pela fermentaccedilatildeo da cana-de-accediluacutecar A Raiacutezen se destaca como uma das maiores produtoras de
etanol no paiacutes com produccedilatildeo anual de22 bilhotildees de litros Em linha com sua visatildeo de ser reconhecida globalmente pela
excelecircncia no desenvolvimento produccedilatildeo e comercializaccedilatildeo de energia sustentaacutevel investe no combustiacutevel de matriz limpa e renovaacutevel
com tecnologia e talento que satildeo referecircncia no Brasil e no mundo
23 Mascoma
Ethanolrsquos energy is derived from plants that in turn obtain their energy from the sun In this way ethanol acts as a means of storing solar
power in liquid form Cellulosic ethanol is ethanol that is obtained from the non-edible portion of plant material Cellulosic ethanol is
identical in composition and performance to ethanol derived from corn or sugar cane Cellulosic ethanol however has important
environmental economic and sustainability advantages over conventional sources due to its source and method of production
24 KiOR
KiOR has developed a proprietary technology platform to convert sustainable low-cost non-food biomass into a hydrocarbon-based
renewable crude oil Using standard refining equipment the company processes its renewable crude into gasoline and diesel blendstocks
that can utilize the existing transportation fuel infrastructure for use in vehicles on the road today
25 DuPont Danisco
DuPont is applying its deep knowledge and experience in crop technology microbiology bioprocessing and engineering to
enable proprietary cost-effective cellulosic ethanol solutions for the market At DuPont we believe that science-powered innovation
and collaboration are required to meet the food energy and protection challenges of unprecedented population growth Our cel lulosic
ethanol team is leading the way in advanced biofuels by developing comprehensive integrated solutions for a range of feedstocks and
designing innovative enzymes to accelerate the commercial production of cellulosic biofuels in markets across the world
AS 30 maiores Empresas em Produtos Quiacutemicos Renovaacuteveis e Biomateriais (2011-12) ndash cont
26 Virent
Virent is replacing crude oil by creating the chemicals and fuels the world demands through utilization of a wide variety of naturally
occurring renewable resources Our patented BioFormingreg technology features catalytic chemistry which converts plant-based sugars into
a full range of hydrocarbon productsidentical to those made from petroleum including gasoline diesel jet fuel and chemicals for plastics
and fibers Our products are ldquodrop-inrdquo replacements that enable full utilization of todayrsquos existing processing pipeline storage and
transportation infrastructure Virent produces its hydrocarbon chemicals and fuels from plant sugars in a few hours compared to the
millions of years required for petroleum
27 LanzaTech
LanzaTech is very much part of this new field of innovators and by challenging our preconceptions of waste and energy sources we see
a future where access to energy is universal
28 POET
POET devotes tremendous resources to developing cellulosic ethanol Every day our researchers work to make it more affordable
Weve invested heavily in cellulosic research over the past decade and we will invest much more as we begin construction on our first
commercial cellulosic ethanol plant in Emmetsburg Iowa which we anticipate will produce 25 million gallons per year
29 Metabolix
Metabolix is developing commercially viable chemicals from biobased sources as opposed to fossil fuels which produce the vast majority of
chemicals today
Today four carbon (C4) chemicals are produced from non-renewable fossil-based hydrocarbons and are used to make spandex fibers
polyurethanes engineering resins and personal care products
Biobased chemicals allow us to address the global market demand for products and processing that reduce fossil energy use and greenhouse
gas emissions
30 Honeywellrsquos UOP
In 2008 UOP and Ensyn Corporation created the joint venture Envergent Technologies
Envergent is focused on the conversion of forest and agricultural waste residues to a liquid renewable oil to generate renewable heat and power
We do this through the RTPregprocess or rapid thermal processing which has been in commercial operation for more than 25 years
The RTP process produces a clean burning minimal sulfur content biofuel that can be used for the generation of renewable heat and power It is
a cost-effective solution to reduce greenhouse gas emissions up to 90 compared to petroleum-based fuels
The process is scalable to meet the needs of diverse applications It has a relatively compact footprint due to its modular construction and is
feedstock-flexible in that RTP can be designed to process a wide variety of lignocellulosic feedstocks
For more information on the advantages of pyrolysis oil and our RTP technology please visit us atwwwEnvergentTechcom
InstitutosEmpresaOutros
Nacionais
Instituto Nacional de Tecnologia
Empresa Brasileira de Pesquisas Agropecuaacuterias
PetrobraacutesCENPES
Centro de Energias Alternativas e Meio Ambiente
Centro de Tecnologia Canavieira
Instituto de Pesquisa Tecnoloacutegica do Estado de Satildeo Paulo
Instituto Nacional de Pesquisas Espaciais
Centro Brasileiro de Pesquisas Fiacutesicas
Instituto Nacional de Pesquisas da Amazocircnia
Conselho de Desenvolvimento Cientifico e Tecnoloacutegico
CNEN
Museu Paraense Emilio Goeldi Paraacute
FIOCRUZ
Instituto Nacional do Cacircncer
Instituto Adolfo Lutz
TOTAL GERAL 15 instituiccedilotildees
Universidade Federal do Rio de Janeiro
InstitutosDepartamentos
Internacionais
National Renewable Energy Laboratories EUA
US Department of Agriculture Agricultural Research
Service (USDA ARS) EUA
Chinese Academy of Science China
Agriculture ampAgri Food Canada Canadaacute
Institut National de la Recherche Agronomique Franccedila
Consejo Superior de Investigaciones Cientificas (CSIC)
Espanha
Russian Academy of Science Ruacutessia
Indian Institute of Technology Iacutendia
Natural Renewable Energy Laboratory EUA
National Institute of Advanced Industrial Science and
Technology Japatildeo
Institute Francais du Petrole (IFP)
Polish Academy of Science Polocircnia
Indian Institute of Chemical Technology India
Max Planck Institut Alemanha
French National Institute for Agricultural Research (INRA)
Franccedila
Tokyo Institute of Technology Japatildeo
Centre National de la Recherche Scientifique (CNRS)
Franccedila
National Chemical Laboratory Iacutendia
National Institute of Advanced Industrial Science and
Technology Japatildeo
Korea Institute of Science amp Technology Coreacuteia do Sul
US Geology Survey EUA
Marine Biotechnology Institute Japatildeo
Korea Institute of Energy Research (KIER) Coreacuteia do Sul
Centre National de la Recherche Scientifique (CNRS)
Franccedila
Kamaishi Labs Marine Biotechnology Institute Japatildeo
Alfred Wegener Institute for Polar and Marine Research
Alemanha
Australian National University Austraacutelia
Chonbuk National University Coreacuteia do Sul
Centre de Recherche en Ecologie Marine et Aquaculture
(IFREMER) Franccedila
Mitsubishi Heavy Ind Ltd (Advanced Technoly Research
Centre) Japatildeo
Oak Ridge National Laboratory (ORNL) EUA
Research Institute of Innovative Technology for the Earth
(RITE) Japatildeo
Central Institute of Medicinal and Aromatic Plants Iacutendia
Consiglio Nazional delle Ricerche (CNR) Itaacutelia
NASA EUA
Beijing Yixintang Medicine Research Institute
TOTAL GERAL 36 instituiccedilotildees
Universidade Federal do Rio de Janeiro
Empresas Internacionais
Novozymes AS
Genencor Int Inc
Kao Corp
Novo Nordisk AS
Novozymes Inc
Novo-Nordisk AS
Henkel KGAA
Iogen Energy Corp
Danisco US Inc Genencor Division
Novozymes Biotech Inc
Novozymes North America Inc
Goedegebuur F
Midwest Research Institute
Du Pont De Nemours amp Co
Dunn- Coleman N
AE Biofuels EUA
Blue Fire Ethanol EUAJapatildeo
Chempolis Ou
Iogen
KL Energy
Lignol Energy
Sekab
Sun Opta
Verenium
Chevron USA Inc
Shell International Research Maatshappij BV
Exxon Mobil Res ampEng Co
Sasol Technology Pty Ltd
Shell Oil Co
Conoco Phillips Co
ENI Spa
Exxon Res amp Eng Co
Exxon Mobil Res amp Eng Co
Roquette Freres As
Basf AG
General Electric Co
Exxon Mobil Chem Patents Inc
LrsquoOreal SA
Basf SE
Bayer AG
Wellington SL
Vinegar HJ
Berchenko IE
Dow Global Technologies Inc
Degussa AG
Bayer Material Science AG
Samsung SDI Co Ltd
Stegemeir GL
Henkel KGAA
Zhang E
Ryan RC
Fowler TD
Rouffi gnac EPD
Universidade Federal do Rio de Janeiro
Council of Scientific and Industrial Research of India
Li Y
Ye M
Wang Y
Zhang L
Jiang J
Liu Y
Yin K
Jiang L
Syngenta Part AG
Novartis AG
Basf SE
Bayer Cropscience AG
Dow Corning Corporation
Genoptera LLC
Monsanto Technology
US Secretary of Agriculture
Bayer Cropscience GMBH
Toyota Jidosha KK
TOTAL GERAL 88 instituiccedilotildees
Empresas Internacionais
Fowler TD
Rouffi gnac EPD
Merck Patent GMBH
Procter amp Gamble Co
Yokohama Rubber Co Ltd
Colgate Palmolive
Bridgestone Corp
Henkel KGAA
Goodyear Tire amp Rubber Co
LG Electronics Inc 507
Matsushita Denki Sangyo KK
Toshiba KK
Canon KK
Hitachi Ltd
Mitsubshi Electric Co
Mitsubishi Jukogyo KK
Universidade Federal do Rio de Janeiro
CURSOS
Ofertados nas instituiccedilotildees de ensino nacionais ou internacionais
Introduccedilatildeo a Quiacutemica Verde
Quiacutemica Verde e Quiacutemica Sustentaacutevel
Engenharia Ecoloacutegica e Quiacutemica Verde
ldquoQuiacutemica Verde Fundamentos e Aplicaccedilotildeesrdquo
Quiacutemica Verde na Atualidade
A Quiacutemica Verde e o papel da cataacutelise no contexto da
Inovaccedilatildeo e do Desenvolvimento Tecnoloacutegico
Universidade Federal do Rio de Janeiro
Universidade Federal do Rio de Janeiro
FONTES CONSULTADAS
Quiacutemica verde no Brasil 2010 ndash 2030 Ediccedilatildeo revista e atualizada
Centro de Gestatildeo e Estudos Estrateacutegicos
Ciecircncia Tecnologia e Inovaccedilatildeo
httpwwwsciencedirectcom
httpwwwperiodicoscapesgovbr
LINHAS DE PESQUISA
Luiz Felipe Miranda de Jesus
Universidade Federal do Rio de Janeiro
Linhas de Pesquisa
Buscas Associadas
ldquoQuiacutemica Verderdquo
ldquoQuiacutemica Ambientalrdquo
ldquoQuiacutemica Sustentaacutevelrdquo
ldquoGreen Chemistryrdquo
ldquoQuiacutemica Verde PampDrdquo
ldquoGreen Chemistry RampDrdquo
ldquoUS Green Chemistryrdquo
ldquoEurope Green Chemistryrdquo
Universidade Federal do Rio de Janeiro
Linhas de Pesquisa
Principais Fontes
Identificaccedilatildeo de Instituiccedilotildees citadas em artigos e outras publicaccedilotildees
CAPES
CNPQ
ABQ
SBPC
Instituiccedilotildees de Fomento (FINEP FAPESPetc)
CGEE
MCT
Sites das Universidades
EPA
IUPAC
ACS
Green Chemistry Network
Royal Society of Chemistry
European Environment Agency
Universidade Federal do Rio de Janeiro
The Interuniversity National Consortium Chemistry for the Environment (INCA Consortium) Gathers 33 Italian universities and about 90 research units headquarters in Venezia and Roma Italy
NSF Science and Technology Center for Environmentally Responsible Solvents and Processes University of North Carolina Chapel Hill Queens University Ionic Liquid Laboratories (QUILL)
Queens University of Belfast The Clean Technology Research Group University of Nottingham The Green Chemistry Group (see below now called centre of excellence)
University of York Centre for Green Chemistry University of Monash Centre for Green Manufacturing University of Alabama Chemical Process Engineering Research Institute Centre for Research amp Technology University of Leicester (UK) Leicester Green Chemistry Group
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
University of Leeds (UK) Leeds Cleaner Synthesis Group Institute of Applied Catalysis (UK) A research network for catalysis Carnegie Mellon University (USA) Institute for Green Oxidation Chemistry Institute for a Sustainable Environment (USA) University of Oregon Center for Sustainable and Green Chemistry (DEN) httpwwwcsgdtudk Green Chemistry Centre of Excellence (UK) httpwwwyorkacukresgcgsiteindexhtm Center for Green Chemistry at UMass Boston (US) httpwwwgreenchemistryumbedu Center for Green Chemistry at UMass Lowell (US) httpwwwgreenchemistryumledu University of Notre Dame Energy Centre (USA) httpwwwndedu~ndenergy Goumlteborg Universitys Centre for Environment and Sustainability (SWE) httpwwwchalmerssegmvEN
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
MSc in Green Chemistry and Sustainable Industrial Technology
Department of Chemistry at the University of York
Master en Quimica Sostenible
Faculty of Sciences at the University of Zaragoza
MSc in Green Chemistry Energy and the Environment
Imperical College London
MSc in Chemical Research (Green Chemistry with Industry)
CTA funding to the University of Leicester
1st year Master of Science Chemistry Specializing in Green Chemistry
University Louis Pasteur (Strasbourg I)
Master of Chemistry and EST
Universiteacute de Savoie
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
Schools with Green Chemistry Programs
United States
Eastern Connecticut
Yale University
Massachusetts
Bridgewater State College
Gordon College
University of Massachusetts Boston
University of Massachusetts Lowell Center for Green Chemistry
Pennsylvania
Carnegie Mellon Institute for Green Oxidation Chemistry
University of Scranton
Arkansas
Hendrix College (green organic chemistry)
Illinois
University of Illinois-Urbana-Champaign
Minnesota
St Olaf College
Alabama
University of Alabama
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
Linhas de Pesquisa California
Berkeley Center for Green Chemistry
UC Berkeley Extension
Colorado
Colorado School of Mines
Oregon
University of Oregon
Schools with Green Chemistry Programs - International
Australia
Monash University Centre for Green Chemistry
Murdoch University Sustainable ChemistryGreen Chemistry
Netherlands
Delft University of Technology Biocatalysis and Organic Chemistry
Italy
Interuniversity Consortium Chemistry for the Environment (INCA)
Universidade Federal do Rio de Janeiro
Northern Ireland
Queens University of Belfast Ionic Liquid Laboratories
Spain
Institute of Science and Technology (IUCT)
Green Chemistry Network of Spain (REDQS - Red Espantildeola de Quiacutemica Sostenible)
Sweden
Centre for Environment and Sustainability - Chalmers University of
TechnologyGoumlteborg University
United Kingdom
Green Chemistry Centre of Excellence at York
University of Leicester Green Chemistry Group
University of Nottingham Green and Analytical Chemistry
Brazil
Universidade do Vale do Itajaiacute Center for Technological Earth and Sea Sciences
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
Linhas de Pesquisa
Observaccedilotildees
Poucos programas especiacuteficos em ldquoQuiacutemica Verderdquo
Perfil multidisciplinar
Descriccedilatildeo de diversas linhas abrange somente um ou
alguns dos princiacutepios da ldquoQuiacutemica Verderdquo
Associaccedilatildeo inadequada ao tema
Necessidade de ampliaccedilatildeo de escopo
Movimento inicial de fomento aos projetos na aacuterea
Universidade Federal do Rio de Janeiro
CONGRESSOS E OUTROS SITES
Natasha Kelber
Universidade Federal do Rio de Janeiro
Universidade Federal do Rio de Janeiro
CONGRESSOS NACIONAIS
5ordm Simpoacutesio Nacional de Biocombustiacuteveis ndash BIOCOM ndash 14 a15Abril2012 ndash Canoas
RS
4ordf Escola de Quiacutemica Verde - JaneiroFevereiro2012 - Satildeo Paulo SP
VII Congresso Brasileiro de Biosseguranccedila - 19-23Setembro2011 - Joinville SC
II Semana de Biotecnologia Industrial - 20-22Outubro2010 - Lorena SP
5ordm Congresso Internacional de Bioenergia - 10-13Agosto2010 - Curitiba PR
II Semana de Biotecnologia Industrial - Julho2009 - Lorena SP
VI Congresso Brasileiro de Biosseguranccedila
VI Simpoacutesio Latino-Americano de Produtos Biotecnoloacutegicos
I Simpoacutesio Internacional de Biosseguridade e Pesquisa de Duplo Uso
I Feira de Equipamentos e Dispositivos de Biosseguranccedila ndash 22-25 Setembro2009 -
Rio de Janeiro RJ
1ordm Encontro Franco-Brasileiro de Quiacutemica Verde - 11 a 13Outubro2011
Universidade Federal do Rio de Janeiro
CONGRESSOS INTERNACIONAIS
3nd Brazilian Conference on Natural Products - 29Outubro-02Novembro2011 -
Ouro Preto MG
Biodiesel Congress - 27-29Julho2011 - Satildeo Paulo SP
IGCW 2011 Industrial Green Chemistry World Symposium amp Expo - December 4-6
2011 - Mumbai Iacutendia
3rd Asia-Oceania Conference on Green and Sustainable Chemistry (AOC-3) -
December 4-7 2011 - Melbourne Austraacutelia
3rd International Congress on Green Process Engineering - December 6-8 2011 -
Kuala Lumpur Malaysia
Minnesota Green Chemistry Conference - January 26 2012 - Minneapolis MN
The Asian Conference on Sustainability Energy amp the Environment - May 3-6 2012 -
Osaka Japan
16th Annual Green Chemistry amp Engineering Conference - June 18-20 2012 -
Washington DC
Gordon Research Seminar and Conference on Green Chemistry - July 21-27 2012 -
Lucca (Barga) Italy
4th International IUPAC Conference on Green Chemistry - August 25-29 2012 - Foz
do IguaccediluPR Brazil
Universidade Federal do Rio de Janeiro
OUTROS SITES
httpportalacsorgportalacscorgcontent_nfpb=trueamp_pageLabel=PP_SUPERAR
TICLEampnode_id=1401ampuse_sec=falseampsec_url_var=region1amp__uuid=6e2273c5-5e7f-
4c7b-8931-530d244f1650P15_704
httpwwwcleanproductionorgGreenphp
wwwrscorgMembershipNetworkingInternationalActivitiesPanAfricaindexasp
httpwwworganic-chemistryorgtopicsgreen-chemistryshtm
httpagenciafapespbr12992
httpacademicscrantonedufacultycannm1greenchemistryporthtml
httpwwwabqorgbrsimpequi2010trabalhos122-7744htm
httpbrlinkedincominquimicaverde
httpwwwcinprorgbrFreeComponent10435content149251shtml
httpquiverdeblogspotcom201006os-12-principios-da-quimica-verdehtml
httpwwwufpeltchebriqgwwverde
httpwwwbrasilescolacomquimicaprincipios-quimica-verdehtm
httpwwwsustentabilidaderesultadoscombrgreen-chemistry-a-sustainable-
opportunity
httpwwwgreenchemistrynetworkorg
httpwwwepagovgreenchemistry
PUBLICACcedilOtildeES E PERIOacuteDICOS
Renato Soares
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS
Base de Dados
Royal Society of Chemistry (30)
SpringerLink (MetaPress) (30)
Wiley Online Library (30)
ACS Journals Search (30)
Nature (NPG) (30)
Science (AAAS) (30)
IOPscience (Institute of Phsics) (30)
Oxford Journals (Oxford University Press) (30)
ScienceDirect (Elsevier) (30)
Annual Reviews (29)
AIP Scitation ndash American Institute of Physics (28)
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS
Annual Review of Biochemistry (6)
Scientific American (5)
Ecological Indicators (5)
Green Chemistry Educat (4)
Nature Chemistry (4)
J Chem Educ (3)
Autobiographies by Nob (3)
J Appl Phys (3)
Food Hydrocolloids (3)
Chem Soc Rev (2)
Annual Review of Environment and Resources (2)
J Am Chem Soc (2)
The Excitement and Fascination of Science (2)
Environmental Science and Pollution Research (2)
Universidade Federal do Rio de Janeiro
COLECcedilOtildeES E TEXTOS
Murilo Alves
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS REVISTAS E JORNAIS CIENTIacuteFICOS Revistas Cientiacuteficas com conteuacutedos sobre ensino de ciecircnciasquiacutemica e
quiacutemica verde
O primeiro artigo que atendeu aos criteacuterios adotados
neste trabalho e cujo tiacutetulo conteacutem a expressatildeo Green Chemistry (Quiacutemica Verde) - Design for the
environment and Green Chemistry the heart and soul
of industrial ecology - foi publicado em 1997
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS REVISTAS E JORNAIS CIENTIacuteFICOS Revistas Cientiacuteficas com conteuacutedos sobre ensino de ciecircnciasquiacutemica e
quiacutemica verde
Revista Quiacutemica Nova na Escola - QNEsc A Revista Quiacutemica Nova na Escola (QNEsc) com uma periodicidade trimestral propotildee-se a subsidiar o trabalho a formaccedilatildeo e a atualizaccedilatildeo da comunidade do Ensino de Quiacutemica brasileiro QNEsc integra-se agrave linha editorial da Sociedade Brasileira de Quiacutemica que publica tambeacutem a revista Quiacutemica Nova e o Journal of the Brazillian Chemical Society Quiacutemica Nova na Escola eacute um espaccedilo aberto ao educador suscitando debates e reflexotildees sobre o ensino e a aprendizagem de quiacutemica Assim contribui para a tarefa fundamental de formar verdadeiros cidadatildeos Nesse sentido a Divisatildeo de Ensino disponibiliza neste portal na iacutentegra e de forma totalmente gratuita todos os artigos publicados no formato PDF Estatildeo disponiacuteveis tambeacutem os Cadernos Temaacuteticos publicados desde 2001 pela Divisatildeo de Ensino
Green Chemistry - Journal Jornal publicado pela Royal Society of Chemistry - RCS que se apresenta como um espaccedilo para publicaccedilatildeo sobre
pesquisas de ponta no desenvolvimento de tecnologias alternativas sustentaacuteveis
Green Green - revista italiana do Consoacutercio Interuniversitaacuterio Quiacutemica Nacional do Meio Ambiente (INCA) em colaboraccedilatildeo com a Sociedade Quiacutemica Italiana (SCI) 1 5 ACS Publications A Divisatildeo de Publicaccedilotildees da Sociedade Americana de Quiacutemica (American Chemical Society - ACS) oferece a comunidade cientiacutefica mundial uma coleccedilatildeo abrangente dos perioacutedicos mais citados revisados por pares em ciecircncias quiacutemicas e afins
Universidade Federal do Rio de Janeiro
Universidade Federal do Rio de Janeiro
FONTES CONSULTADAS
httpwwwqmcufscbrgieqindexphplinkshtml
httpwwwperiodicoscapesgovbr
httpwwwscielocom
Organizaccediloes - 100 maiores empresas em Bioenergia 2011-12 Referencia Biofuels Digest online publication
November 9 2011 author Jim Lane
1 Solazyme
2 Amyris
3 Gevo
4 POET
5 LS9
6 Novozymes
7 Enerkem
8 LanzaTech
9 UOP
10 ZeaChem
11 Codexis
12 Abengoa Bioenergy
13 KiOR
14 Virent Energy Systems
15 Sapphire Energy
16 Ceres
17 Coskata
18 DuPont Cellulosic
19 Terrabon
20 Mascoma
21 Cobalt Technologies
22 Petrobras
23 Joule Unlimited
24 BP Biofuels
25 Neste
26 Waste Management
27 Rentech
28 Qteros
29 INEOS Bio
30 Genencor
31 Genomatica
32 Shell
33 Synthetic Genomics
34 Chemtex
100 maiores empresas em Bioenergia 2011-12 Referencia Biofuels Digest online publication November 9 2011
author Jim Lane
35 Algenol
36 Elevance Renewable Sciences
37 OriginOil
38 SG Biofuels
39 Cosan
40 HCL CleanTech
41 Fulcrum Bioenergy
42 Cargill
43 Chevron
44 Bluefire Renewables
45 Dynamic Fuels
46 Mendel
47 OPX Biotechnologies
48 Inbicon
49 Renmatix
50 Monsanto
51 Butamax
52 Iogen
53 DuPont
54 Verenium
55 PetroAlgae
56 DSM
57 ExxonMobil
58 Envergent
59 Aurora Algae
60 Syngenta
61 Praj Industries
62 Phycal
63 Renewable Energy Group
64 Clear Fuels Technology
65 ArborGen
66 KL Energy
67 Solix Biofuels
100 maiores empresas em Bioenergia 2011-12 Referencia Biofuels Digest online publication November 9 2011
author Jim Lane
68 Catchlight Energy
69 Dyadic
70 AE Biofuels
71 Myriant
72 EdeniQ
73 Avantium
74 Propel Fuels
75 GlycosBio
76 ETH Bioenergia
77 Chemrec
78 Ensyn
79 Green Plains Renewable Energy
80 Range Fuels
81 Bioprocess Algae
82 SynGest
83 TMO Renewables
84 Chromatin
85 Blue Marble Biomaterials
86 Genera Energy
87 ICM
88 Albemarle
89 Lignol
90 Raizen
91 Verdezyne
92 Greenfuel Ethanol
93 Atlantic Biomass Conversions
94 Pacific Ethanol
95 Dong Energy
96 SEKAB
97 Borregaard Industries
98 Dynamotive
99 Allard Research
100 Targeted Growth
AS 30 maiores Empresas em Produtos Quiacutemicos Renovaacuteveis e Biomateriais (2011-12) ndash cont
26 Virent
Virent is replacing crude oil by creating the chemicals and fuels the world demands through utilization of a wide variety of naturally
occurring renewable resources Our patented BioFormingreg technology features catalytic chemistry which converts plant-based sugars into
a full range of hydrocarbon productsidentical to those made from petroleum including gasoline diesel jet fuel and chemicals for plastics
and fibers Our products are ldquodrop-inrdquo replacements that enable full utilization of todayrsquos existing processing pipeline storage and
transportation infrastructure Virent produces its hydrocarbon chemicals and fuels from plant sugars in a few hours compared to the
millions of years required for petroleum
27 LanzaTech
LanzaTech is very much part of this new field of innovators and by challenging our preconceptions of waste and energy sources we see
a future where access to energy is universal
28 POET
POET devotes tremendous resources to developing cellulosic ethanol Every day our researchers work to make it more affordable
Weve invested heavily in cellulosic research over the past decade and we will invest much more as we begin construction on our first
commercial cellulosic ethanol plant in Emmetsburg Iowa which we anticipate will produce 25 million gallons per year
29 Metabolix
Metabolix is developing commercially viable chemicals from biobased sources as opposed to fossil fuels which produce the vast majority of
chemicals today
Today four carbon (C4) chemicals are produced from non-renewable fossil-based hydrocarbons and are used to make spandex fibers
polyurethanes engineering resins and personal care products
Biobased chemicals allow us to address the global market demand for products and processing that reduce fossil energy use and greenhouse
gas emissions
30 Honeywellrsquos UOP
In 2008 UOP and Ensyn Corporation created the joint venture Envergent Technologies
Envergent is focused on the conversion of forest and agricultural waste residues to a liquid renewable oil to generate renewable heat and power
We do this through the RTPregprocess or rapid thermal processing which has been in commercial operation for more than 25 years
The RTP process produces a clean burning minimal sulfur content biofuel that can be used for the generation of renewable heat and power It is
a cost-effective solution to reduce greenhouse gas emissions up to 90 compared to petroleum-based fuels
The process is scalable to meet the needs of diverse applications It has a relatively compact footprint due to its modular construction and is
feedstock-flexible in that RTP can be designed to process a wide variety of lignocellulosic feedstocks
For more information on the advantages of pyrolysis oil and our RTP technology please visit us atwwwEnvergentTechcom
InstitutosEmpresaOutros
Nacionais
Instituto Nacional de Tecnologia
Empresa Brasileira de Pesquisas Agropecuaacuterias
PetrobraacutesCENPES
Centro de Energias Alternativas e Meio Ambiente
Centro de Tecnologia Canavieira
Instituto de Pesquisa Tecnoloacutegica do Estado de Satildeo Paulo
Instituto Nacional de Pesquisas Espaciais
Centro Brasileiro de Pesquisas Fiacutesicas
Instituto Nacional de Pesquisas da Amazocircnia
Conselho de Desenvolvimento Cientifico e Tecnoloacutegico
CNEN
Museu Paraense Emilio Goeldi Paraacute
FIOCRUZ
Instituto Nacional do Cacircncer
Instituto Adolfo Lutz
TOTAL GERAL 15 instituiccedilotildees
Universidade Federal do Rio de Janeiro
InstitutosDepartamentos
Internacionais
National Renewable Energy Laboratories EUA
US Department of Agriculture Agricultural Research
Service (USDA ARS) EUA
Chinese Academy of Science China
Agriculture ampAgri Food Canada Canadaacute
Institut National de la Recherche Agronomique Franccedila
Consejo Superior de Investigaciones Cientificas (CSIC)
Espanha
Russian Academy of Science Ruacutessia
Indian Institute of Technology Iacutendia
Natural Renewable Energy Laboratory EUA
National Institute of Advanced Industrial Science and
Technology Japatildeo
Institute Francais du Petrole (IFP)
Polish Academy of Science Polocircnia
Indian Institute of Chemical Technology India
Max Planck Institut Alemanha
French National Institute for Agricultural Research (INRA)
Franccedila
Tokyo Institute of Technology Japatildeo
Centre National de la Recherche Scientifique (CNRS)
Franccedila
National Chemical Laboratory Iacutendia
National Institute of Advanced Industrial Science and
Technology Japatildeo
Korea Institute of Science amp Technology Coreacuteia do Sul
US Geology Survey EUA
Marine Biotechnology Institute Japatildeo
Korea Institute of Energy Research (KIER) Coreacuteia do Sul
Centre National de la Recherche Scientifique (CNRS)
Franccedila
Kamaishi Labs Marine Biotechnology Institute Japatildeo
Alfred Wegener Institute for Polar and Marine Research
Alemanha
Australian National University Austraacutelia
Chonbuk National University Coreacuteia do Sul
Centre de Recherche en Ecologie Marine et Aquaculture
(IFREMER) Franccedila
Mitsubishi Heavy Ind Ltd (Advanced Technoly Research
Centre) Japatildeo
Oak Ridge National Laboratory (ORNL) EUA
Research Institute of Innovative Technology for the Earth
(RITE) Japatildeo
Central Institute of Medicinal and Aromatic Plants Iacutendia
Consiglio Nazional delle Ricerche (CNR) Itaacutelia
NASA EUA
Beijing Yixintang Medicine Research Institute
TOTAL GERAL 36 instituiccedilotildees
Universidade Federal do Rio de Janeiro
Empresas Internacionais
Novozymes AS
Genencor Int Inc
Kao Corp
Novo Nordisk AS
Novozymes Inc
Novo-Nordisk AS
Henkel KGAA
Iogen Energy Corp
Danisco US Inc Genencor Division
Novozymes Biotech Inc
Novozymes North America Inc
Goedegebuur F
Midwest Research Institute
Du Pont De Nemours amp Co
Dunn- Coleman N
AE Biofuels EUA
Blue Fire Ethanol EUAJapatildeo
Chempolis Ou
Iogen
KL Energy
Lignol Energy
Sekab
Sun Opta
Verenium
Chevron USA Inc
Shell International Research Maatshappij BV
Exxon Mobil Res ampEng Co
Sasol Technology Pty Ltd
Shell Oil Co
Conoco Phillips Co
ENI Spa
Exxon Res amp Eng Co
Exxon Mobil Res amp Eng Co
Roquette Freres As
Basf AG
General Electric Co
Exxon Mobil Chem Patents Inc
LrsquoOreal SA
Basf SE
Bayer AG
Wellington SL
Vinegar HJ
Berchenko IE
Dow Global Technologies Inc
Degussa AG
Bayer Material Science AG
Samsung SDI Co Ltd
Stegemeir GL
Henkel KGAA
Zhang E
Ryan RC
Fowler TD
Rouffi gnac EPD
Universidade Federal do Rio de Janeiro
Council of Scientific and Industrial Research of India
Li Y
Ye M
Wang Y
Zhang L
Jiang J
Liu Y
Yin K
Jiang L
Syngenta Part AG
Novartis AG
Basf SE
Bayer Cropscience AG
Dow Corning Corporation
Genoptera LLC
Monsanto Technology
US Secretary of Agriculture
Bayer Cropscience GMBH
Toyota Jidosha KK
TOTAL GERAL 88 instituiccedilotildees
Empresas Internacionais
Fowler TD
Rouffi gnac EPD
Merck Patent GMBH
Procter amp Gamble Co
Yokohama Rubber Co Ltd
Colgate Palmolive
Bridgestone Corp
Henkel KGAA
Goodyear Tire amp Rubber Co
LG Electronics Inc 507
Matsushita Denki Sangyo KK
Toshiba KK
Canon KK
Hitachi Ltd
Mitsubshi Electric Co
Mitsubishi Jukogyo KK
Universidade Federal do Rio de Janeiro
CURSOS
Ofertados nas instituiccedilotildees de ensino nacionais ou internacionais
Introduccedilatildeo a Quiacutemica Verde
Quiacutemica Verde e Quiacutemica Sustentaacutevel
Engenharia Ecoloacutegica e Quiacutemica Verde
ldquoQuiacutemica Verde Fundamentos e Aplicaccedilotildeesrdquo
Quiacutemica Verde na Atualidade
A Quiacutemica Verde e o papel da cataacutelise no contexto da
Inovaccedilatildeo e do Desenvolvimento Tecnoloacutegico
Universidade Federal do Rio de Janeiro
Universidade Federal do Rio de Janeiro
FONTES CONSULTADAS
Quiacutemica verde no Brasil 2010 ndash 2030 Ediccedilatildeo revista e atualizada
Centro de Gestatildeo e Estudos Estrateacutegicos
Ciecircncia Tecnologia e Inovaccedilatildeo
httpwwwsciencedirectcom
httpwwwperiodicoscapesgovbr
LINHAS DE PESQUISA
Luiz Felipe Miranda de Jesus
Universidade Federal do Rio de Janeiro
Linhas de Pesquisa
Buscas Associadas
ldquoQuiacutemica Verderdquo
ldquoQuiacutemica Ambientalrdquo
ldquoQuiacutemica Sustentaacutevelrdquo
ldquoGreen Chemistryrdquo
ldquoQuiacutemica Verde PampDrdquo
ldquoGreen Chemistry RampDrdquo
ldquoUS Green Chemistryrdquo
ldquoEurope Green Chemistryrdquo
Universidade Federal do Rio de Janeiro
Linhas de Pesquisa
Principais Fontes
Identificaccedilatildeo de Instituiccedilotildees citadas em artigos e outras publicaccedilotildees
CAPES
CNPQ
ABQ
SBPC
Instituiccedilotildees de Fomento (FINEP FAPESPetc)
CGEE
MCT
Sites das Universidades
EPA
IUPAC
ACS
Green Chemistry Network
Royal Society of Chemistry
European Environment Agency
Universidade Federal do Rio de Janeiro
The Interuniversity National Consortium Chemistry for the Environment (INCA Consortium) Gathers 33 Italian universities and about 90 research units headquarters in Venezia and Roma Italy
NSF Science and Technology Center for Environmentally Responsible Solvents and Processes University of North Carolina Chapel Hill Queens University Ionic Liquid Laboratories (QUILL)
Queens University of Belfast The Clean Technology Research Group University of Nottingham The Green Chemistry Group (see below now called centre of excellence)
University of York Centre for Green Chemistry University of Monash Centre for Green Manufacturing University of Alabama Chemical Process Engineering Research Institute Centre for Research amp Technology University of Leicester (UK) Leicester Green Chemistry Group
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
University of Leeds (UK) Leeds Cleaner Synthesis Group Institute of Applied Catalysis (UK) A research network for catalysis Carnegie Mellon University (USA) Institute for Green Oxidation Chemistry Institute for a Sustainable Environment (USA) University of Oregon Center for Sustainable and Green Chemistry (DEN) httpwwwcsgdtudk Green Chemistry Centre of Excellence (UK) httpwwwyorkacukresgcgsiteindexhtm Center for Green Chemistry at UMass Boston (US) httpwwwgreenchemistryumbedu Center for Green Chemistry at UMass Lowell (US) httpwwwgreenchemistryumledu University of Notre Dame Energy Centre (USA) httpwwwndedu~ndenergy Goumlteborg Universitys Centre for Environment and Sustainability (SWE) httpwwwchalmerssegmvEN
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
MSc in Green Chemistry and Sustainable Industrial Technology
Department of Chemistry at the University of York
Master en Quimica Sostenible
Faculty of Sciences at the University of Zaragoza
MSc in Green Chemistry Energy and the Environment
Imperical College London
MSc in Chemical Research (Green Chemistry with Industry)
CTA funding to the University of Leicester
1st year Master of Science Chemistry Specializing in Green Chemistry
University Louis Pasteur (Strasbourg I)
Master of Chemistry and EST
Universiteacute de Savoie
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
Schools with Green Chemistry Programs
United States
Eastern Connecticut
Yale University
Massachusetts
Bridgewater State College
Gordon College
University of Massachusetts Boston
University of Massachusetts Lowell Center for Green Chemistry
Pennsylvania
Carnegie Mellon Institute for Green Oxidation Chemistry
University of Scranton
Arkansas
Hendrix College (green organic chemistry)
Illinois
University of Illinois-Urbana-Champaign
Minnesota
St Olaf College
Alabama
University of Alabama
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
Linhas de Pesquisa California
Berkeley Center for Green Chemistry
UC Berkeley Extension
Colorado
Colorado School of Mines
Oregon
University of Oregon
Schools with Green Chemistry Programs - International
Australia
Monash University Centre for Green Chemistry
Murdoch University Sustainable ChemistryGreen Chemistry
Netherlands
Delft University of Technology Biocatalysis and Organic Chemistry
Italy
Interuniversity Consortium Chemistry for the Environment (INCA)
Universidade Federal do Rio de Janeiro
Northern Ireland
Queens University of Belfast Ionic Liquid Laboratories
Spain
Institute of Science and Technology (IUCT)
Green Chemistry Network of Spain (REDQS - Red Espantildeola de Quiacutemica Sostenible)
Sweden
Centre for Environment and Sustainability - Chalmers University of
TechnologyGoumlteborg University
United Kingdom
Green Chemistry Centre of Excellence at York
University of Leicester Green Chemistry Group
University of Nottingham Green and Analytical Chemistry
Brazil
Universidade do Vale do Itajaiacute Center for Technological Earth and Sea Sciences
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
Linhas de Pesquisa
Observaccedilotildees
Poucos programas especiacuteficos em ldquoQuiacutemica Verderdquo
Perfil multidisciplinar
Descriccedilatildeo de diversas linhas abrange somente um ou
alguns dos princiacutepios da ldquoQuiacutemica Verderdquo
Associaccedilatildeo inadequada ao tema
Necessidade de ampliaccedilatildeo de escopo
Movimento inicial de fomento aos projetos na aacuterea
Universidade Federal do Rio de Janeiro
CONGRESSOS E OUTROS SITES
Natasha Kelber
Universidade Federal do Rio de Janeiro
Universidade Federal do Rio de Janeiro
CONGRESSOS NACIONAIS
5ordm Simpoacutesio Nacional de Biocombustiacuteveis ndash BIOCOM ndash 14 a15Abril2012 ndash Canoas
RS
4ordf Escola de Quiacutemica Verde - JaneiroFevereiro2012 - Satildeo Paulo SP
VII Congresso Brasileiro de Biosseguranccedila - 19-23Setembro2011 - Joinville SC
II Semana de Biotecnologia Industrial - 20-22Outubro2010 - Lorena SP
5ordm Congresso Internacional de Bioenergia - 10-13Agosto2010 - Curitiba PR
II Semana de Biotecnologia Industrial - Julho2009 - Lorena SP
VI Congresso Brasileiro de Biosseguranccedila
VI Simpoacutesio Latino-Americano de Produtos Biotecnoloacutegicos
I Simpoacutesio Internacional de Biosseguridade e Pesquisa de Duplo Uso
I Feira de Equipamentos e Dispositivos de Biosseguranccedila ndash 22-25 Setembro2009 -
Rio de Janeiro RJ
1ordm Encontro Franco-Brasileiro de Quiacutemica Verde - 11 a 13Outubro2011
Universidade Federal do Rio de Janeiro
CONGRESSOS INTERNACIONAIS
3nd Brazilian Conference on Natural Products - 29Outubro-02Novembro2011 -
Ouro Preto MG
Biodiesel Congress - 27-29Julho2011 - Satildeo Paulo SP
IGCW 2011 Industrial Green Chemistry World Symposium amp Expo - December 4-6
2011 - Mumbai Iacutendia
3rd Asia-Oceania Conference on Green and Sustainable Chemistry (AOC-3) -
December 4-7 2011 - Melbourne Austraacutelia
3rd International Congress on Green Process Engineering - December 6-8 2011 -
Kuala Lumpur Malaysia
Minnesota Green Chemistry Conference - January 26 2012 - Minneapolis MN
The Asian Conference on Sustainability Energy amp the Environment - May 3-6 2012 -
Osaka Japan
16th Annual Green Chemistry amp Engineering Conference - June 18-20 2012 -
Washington DC
Gordon Research Seminar and Conference on Green Chemistry - July 21-27 2012 -
Lucca (Barga) Italy
4th International IUPAC Conference on Green Chemistry - August 25-29 2012 - Foz
do IguaccediluPR Brazil
Universidade Federal do Rio de Janeiro
OUTROS SITES
httpportalacsorgportalacscorgcontent_nfpb=trueamp_pageLabel=PP_SUPERAR
TICLEampnode_id=1401ampuse_sec=falseampsec_url_var=region1amp__uuid=6e2273c5-5e7f-
4c7b-8931-530d244f1650P15_704
httpwwwcleanproductionorgGreenphp
wwwrscorgMembershipNetworkingInternationalActivitiesPanAfricaindexasp
httpwwworganic-chemistryorgtopicsgreen-chemistryshtm
httpagenciafapespbr12992
httpacademicscrantonedufacultycannm1greenchemistryporthtml
httpwwwabqorgbrsimpequi2010trabalhos122-7744htm
httpbrlinkedincominquimicaverde
httpwwwcinprorgbrFreeComponent10435content149251shtml
httpquiverdeblogspotcom201006os-12-principios-da-quimica-verdehtml
httpwwwufpeltchebriqgwwverde
httpwwwbrasilescolacomquimicaprincipios-quimica-verdehtm
httpwwwsustentabilidaderesultadoscombrgreen-chemistry-a-sustainable-
opportunity
httpwwwgreenchemistrynetworkorg
httpwwwepagovgreenchemistry
PUBLICACcedilOtildeES E PERIOacuteDICOS
Renato Soares
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS
Base de Dados
Royal Society of Chemistry (30)
SpringerLink (MetaPress) (30)
Wiley Online Library (30)
ACS Journals Search (30)
Nature (NPG) (30)
Science (AAAS) (30)
IOPscience (Institute of Phsics) (30)
Oxford Journals (Oxford University Press) (30)
ScienceDirect (Elsevier) (30)
Annual Reviews (29)
AIP Scitation ndash American Institute of Physics (28)
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS
Annual Review of Biochemistry (6)
Scientific American (5)
Ecological Indicators (5)
Green Chemistry Educat (4)
Nature Chemistry (4)
J Chem Educ (3)
Autobiographies by Nob (3)
J Appl Phys (3)
Food Hydrocolloids (3)
Chem Soc Rev (2)
Annual Review of Environment and Resources (2)
J Am Chem Soc (2)
The Excitement and Fascination of Science (2)
Environmental Science and Pollution Research (2)
Universidade Federal do Rio de Janeiro
COLECcedilOtildeES E TEXTOS
Murilo Alves
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS REVISTAS E JORNAIS CIENTIacuteFICOS Revistas Cientiacuteficas com conteuacutedos sobre ensino de ciecircnciasquiacutemica e
quiacutemica verde
O primeiro artigo que atendeu aos criteacuterios adotados
neste trabalho e cujo tiacutetulo conteacutem a expressatildeo Green Chemistry (Quiacutemica Verde) - Design for the
environment and Green Chemistry the heart and soul
of industrial ecology - foi publicado em 1997
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS REVISTAS E JORNAIS CIENTIacuteFICOS Revistas Cientiacuteficas com conteuacutedos sobre ensino de ciecircnciasquiacutemica e
quiacutemica verde
Revista Quiacutemica Nova na Escola - QNEsc A Revista Quiacutemica Nova na Escola (QNEsc) com uma periodicidade trimestral propotildee-se a subsidiar o trabalho a formaccedilatildeo e a atualizaccedilatildeo da comunidade do Ensino de Quiacutemica brasileiro QNEsc integra-se agrave linha editorial da Sociedade Brasileira de Quiacutemica que publica tambeacutem a revista Quiacutemica Nova e o Journal of the Brazillian Chemical Society Quiacutemica Nova na Escola eacute um espaccedilo aberto ao educador suscitando debates e reflexotildees sobre o ensino e a aprendizagem de quiacutemica Assim contribui para a tarefa fundamental de formar verdadeiros cidadatildeos Nesse sentido a Divisatildeo de Ensino disponibiliza neste portal na iacutentegra e de forma totalmente gratuita todos os artigos publicados no formato PDF Estatildeo disponiacuteveis tambeacutem os Cadernos Temaacuteticos publicados desde 2001 pela Divisatildeo de Ensino
Green Chemistry - Journal Jornal publicado pela Royal Society of Chemistry - RCS que se apresenta como um espaccedilo para publicaccedilatildeo sobre
pesquisas de ponta no desenvolvimento de tecnologias alternativas sustentaacuteveis
Green Green - revista italiana do Consoacutercio Interuniversitaacuterio Quiacutemica Nacional do Meio Ambiente (INCA) em colaboraccedilatildeo com a Sociedade Quiacutemica Italiana (SCI) 1 5 ACS Publications A Divisatildeo de Publicaccedilotildees da Sociedade Americana de Quiacutemica (American Chemical Society - ACS) oferece a comunidade cientiacutefica mundial uma coleccedilatildeo abrangente dos perioacutedicos mais citados revisados por pares em ciecircncias quiacutemicas e afins
Universidade Federal do Rio de Janeiro
Universidade Federal do Rio de Janeiro
FONTES CONSULTADAS
httpwwwqmcufscbrgieqindexphplinkshtml
httpwwwperiodicoscapesgovbr
httpwwwscielocom
Organizaccediloes - 100 maiores empresas em Bioenergia 2011-12 Referencia Biofuels Digest online publication
November 9 2011 author Jim Lane
1 Solazyme
2 Amyris
3 Gevo
4 POET
5 LS9
6 Novozymes
7 Enerkem
8 LanzaTech
9 UOP
10 ZeaChem
11 Codexis
12 Abengoa Bioenergy
13 KiOR
14 Virent Energy Systems
15 Sapphire Energy
16 Ceres
17 Coskata
18 DuPont Cellulosic
19 Terrabon
20 Mascoma
21 Cobalt Technologies
22 Petrobras
23 Joule Unlimited
24 BP Biofuels
25 Neste
26 Waste Management
27 Rentech
28 Qteros
29 INEOS Bio
30 Genencor
31 Genomatica
32 Shell
33 Synthetic Genomics
34 Chemtex
100 maiores empresas em Bioenergia 2011-12 Referencia Biofuels Digest online publication November 9 2011
author Jim Lane
35 Algenol
36 Elevance Renewable Sciences
37 OriginOil
38 SG Biofuels
39 Cosan
40 HCL CleanTech
41 Fulcrum Bioenergy
42 Cargill
43 Chevron
44 Bluefire Renewables
45 Dynamic Fuels
46 Mendel
47 OPX Biotechnologies
48 Inbicon
49 Renmatix
50 Monsanto
51 Butamax
52 Iogen
53 DuPont
54 Verenium
55 PetroAlgae
56 DSM
57 ExxonMobil
58 Envergent
59 Aurora Algae
60 Syngenta
61 Praj Industries
62 Phycal
63 Renewable Energy Group
64 Clear Fuels Technology
65 ArborGen
66 KL Energy
67 Solix Biofuels
100 maiores empresas em Bioenergia 2011-12 Referencia Biofuels Digest online publication November 9 2011
author Jim Lane
68 Catchlight Energy
69 Dyadic
70 AE Biofuels
71 Myriant
72 EdeniQ
73 Avantium
74 Propel Fuels
75 GlycosBio
76 ETH Bioenergia
77 Chemrec
78 Ensyn
79 Green Plains Renewable Energy
80 Range Fuels
81 Bioprocess Algae
82 SynGest
83 TMO Renewables
84 Chromatin
85 Blue Marble Biomaterials
86 Genera Energy
87 ICM
88 Albemarle
89 Lignol
90 Raizen
91 Verdezyne
92 Greenfuel Ethanol
93 Atlantic Biomass Conversions
94 Pacific Ethanol
95 Dong Energy
96 SEKAB
97 Borregaard Industries
98 Dynamotive
99 Allard Research
100 Targeted Growth
InstitutosEmpresaOutros
Nacionais
Instituto Nacional de Tecnologia
Empresa Brasileira de Pesquisas Agropecuaacuterias
PetrobraacutesCENPES
Centro de Energias Alternativas e Meio Ambiente
Centro de Tecnologia Canavieira
Instituto de Pesquisa Tecnoloacutegica do Estado de Satildeo Paulo
Instituto Nacional de Pesquisas Espaciais
Centro Brasileiro de Pesquisas Fiacutesicas
Instituto Nacional de Pesquisas da Amazocircnia
Conselho de Desenvolvimento Cientifico e Tecnoloacutegico
CNEN
Museu Paraense Emilio Goeldi Paraacute
FIOCRUZ
Instituto Nacional do Cacircncer
Instituto Adolfo Lutz
TOTAL GERAL 15 instituiccedilotildees
Universidade Federal do Rio de Janeiro
InstitutosDepartamentos
Internacionais
National Renewable Energy Laboratories EUA
US Department of Agriculture Agricultural Research
Service (USDA ARS) EUA
Chinese Academy of Science China
Agriculture ampAgri Food Canada Canadaacute
Institut National de la Recherche Agronomique Franccedila
Consejo Superior de Investigaciones Cientificas (CSIC)
Espanha
Russian Academy of Science Ruacutessia
Indian Institute of Technology Iacutendia
Natural Renewable Energy Laboratory EUA
National Institute of Advanced Industrial Science and
Technology Japatildeo
Institute Francais du Petrole (IFP)
Polish Academy of Science Polocircnia
Indian Institute of Chemical Technology India
Max Planck Institut Alemanha
French National Institute for Agricultural Research (INRA)
Franccedila
Tokyo Institute of Technology Japatildeo
Centre National de la Recherche Scientifique (CNRS)
Franccedila
National Chemical Laboratory Iacutendia
National Institute of Advanced Industrial Science and
Technology Japatildeo
Korea Institute of Science amp Technology Coreacuteia do Sul
US Geology Survey EUA
Marine Biotechnology Institute Japatildeo
Korea Institute of Energy Research (KIER) Coreacuteia do Sul
Centre National de la Recherche Scientifique (CNRS)
Franccedila
Kamaishi Labs Marine Biotechnology Institute Japatildeo
Alfred Wegener Institute for Polar and Marine Research
Alemanha
Australian National University Austraacutelia
Chonbuk National University Coreacuteia do Sul
Centre de Recherche en Ecologie Marine et Aquaculture
(IFREMER) Franccedila
Mitsubishi Heavy Ind Ltd (Advanced Technoly Research
Centre) Japatildeo
Oak Ridge National Laboratory (ORNL) EUA
Research Institute of Innovative Technology for the Earth
(RITE) Japatildeo
Central Institute of Medicinal and Aromatic Plants Iacutendia
Consiglio Nazional delle Ricerche (CNR) Itaacutelia
NASA EUA
Beijing Yixintang Medicine Research Institute
TOTAL GERAL 36 instituiccedilotildees
Universidade Federal do Rio de Janeiro
Empresas Internacionais
Novozymes AS
Genencor Int Inc
Kao Corp
Novo Nordisk AS
Novozymes Inc
Novo-Nordisk AS
Henkel KGAA
Iogen Energy Corp
Danisco US Inc Genencor Division
Novozymes Biotech Inc
Novozymes North America Inc
Goedegebuur F
Midwest Research Institute
Du Pont De Nemours amp Co
Dunn- Coleman N
AE Biofuels EUA
Blue Fire Ethanol EUAJapatildeo
Chempolis Ou
Iogen
KL Energy
Lignol Energy
Sekab
Sun Opta
Verenium
Chevron USA Inc
Shell International Research Maatshappij BV
Exxon Mobil Res ampEng Co
Sasol Technology Pty Ltd
Shell Oil Co
Conoco Phillips Co
ENI Spa
Exxon Res amp Eng Co
Exxon Mobil Res amp Eng Co
Roquette Freres As
Basf AG
General Electric Co
Exxon Mobil Chem Patents Inc
LrsquoOreal SA
Basf SE
Bayer AG
Wellington SL
Vinegar HJ
Berchenko IE
Dow Global Technologies Inc
Degussa AG
Bayer Material Science AG
Samsung SDI Co Ltd
Stegemeir GL
Henkel KGAA
Zhang E
Ryan RC
Fowler TD
Rouffi gnac EPD
Universidade Federal do Rio de Janeiro
Council of Scientific and Industrial Research of India
Li Y
Ye M
Wang Y
Zhang L
Jiang J
Liu Y
Yin K
Jiang L
Syngenta Part AG
Novartis AG
Basf SE
Bayer Cropscience AG
Dow Corning Corporation
Genoptera LLC
Monsanto Technology
US Secretary of Agriculture
Bayer Cropscience GMBH
Toyota Jidosha KK
TOTAL GERAL 88 instituiccedilotildees
Empresas Internacionais
Fowler TD
Rouffi gnac EPD
Merck Patent GMBH
Procter amp Gamble Co
Yokohama Rubber Co Ltd
Colgate Palmolive
Bridgestone Corp
Henkel KGAA
Goodyear Tire amp Rubber Co
LG Electronics Inc 507
Matsushita Denki Sangyo KK
Toshiba KK
Canon KK
Hitachi Ltd
Mitsubshi Electric Co
Mitsubishi Jukogyo KK
Universidade Federal do Rio de Janeiro
CURSOS
Ofertados nas instituiccedilotildees de ensino nacionais ou internacionais
Introduccedilatildeo a Quiacutemica Verde
Quiacutemica Verde e Quiacutemica Sustentaacutevel
Engenharia Ecoloacutegica e Quiacutemica Verde
ldquoQuiacutemica Verde Fundamentos e Aplicaccedilotildeesrdquo
Quiacutemica Verde na Atualidade
A Quiacutemica Verde e o papel da cataacutelise no contexto da
Inovaccedilatildeo e do Desenvolvimento Tecnoloacutegico
Universidade Federal do Rio de Janeiro
Universidade Federal do Rio de Janeiro
FONTES CONSULTADAS
Quiacutemica verde no Brasil 2010 ndash 2030 Ediccedilatildeo revista e atualizada
Centro de Gestatildeo e Estudos Estrateacutegicos
Ciecircncia Tecnologia e Inovaccedilatildeo
httpwwwsciencedirectcom
httpwwwperiodicoscapesgovbr
LINHAS DE PESQUISA
Luiz Felipe Miranda de Jesus
Universidade Federal do Rio de Janeiro
Linhas de Pesquisa
Buscas Associadas
ldquoQuiacutemica Verderdquo
ldquoQuiacutemica Ambientalrdquo
ldquoQuiacutemica Sustentaacutevelrdquo
ldquoGreen Chemistryrdquo
ldquoQuiacutemica Verde PampDrdquo
ldquoGreen Chemistry RampDrdquo
ldquoUS Green Chemistryrdquo
ldquoEurope Green Chemistryrdquo
Universidade Federal do Rio de Janeiro
Linhas de Pesquisa
Principais Fontes
Identificaccedilatildeo de Instituiccedilotildees citadas em artigos e outras publicaccedilotildees
CAPES
CNPQ
ABQ
SBPC
Instituiccedilotildees de Fomento (FINEP FAPESPetc)
CGEE
MCT
Sites das Universidades
EPA
IUPAC
ACS
Green Chemistry Network
Royal Society of Chemistry
European Environment Agency
Universidade Federal do Rio de Janeiro
The Interuniversity National Consortium Chemistry for the Environment (INCA Consortium) Gathers 33 Italian universities and about 90 research units headquarters in Venezia and Roma Italy
NSF Science and Technology Center for Environmentally Responsible Solvents and Processes University of North Carolina Chapel Hill Queens University Ionic Liquid Laboratories (QUILL)
Queens University of Belfast The Clean Technology Research Group University of Nottingham The Green Chemistry Group (see below now called centre of excellence)
University of York Centre for Green Chemistry University of Monash Centre for Green Manufacturing University of Alabama Chemical Process Engineering Research Institute Centre for Research amp Technology University of Leicester (UK) Leicester Green Chemistry Group
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
University of Leeds (UK) Leeds Cleaner Synthesis Group Institute of Applied Catalysis (UK) A research network for catalysis Carnegie Mellon University (USA) Institute for Green Oxidation Chemistry Institute for a Sustainable Environment (USA) University of Oregon Center for Sustainable and Green Chemistry (DEN) httpwwwcsgdtudk Green Chemistry Centre of Excellence (UK) httpwwwyorkacukresgcgsiteindexhtm Center for Green Chemistry at UMass Boston (US) httpwwwgreenchemistryumbedu Center for Green Chemistry at UMass Lowell (US) httpwwwgreenchemistryumledu University of Notre Dame Energy Centre (USA) httpwwwndedu~ndenergy Goumlteborg Universitys Centre for Environment and Sustainability (SWE) httpwwwchalmerssegmvEN
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
MSc in Green Chemistry and Sustainable Industrial Technology
Department of Chemistry at the University of York
Master en Quimica Sostenible
Faculty of Sciences at the University of Zaragoza
MSc in Green Chemistry Energy and the Environment
Imperical College London
MSc in Chemical Research (Green Chemistry with Industry)
CTA funding to the University of Leicester
1st year Master of Science Chemistry Specializing in Green Chemistry
University Louis Pasteur (Strasbourg I)
Master of Chemistry and EST
Universiteacute de Savoie
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
Schools with Green Chemistry Programs
United States
Eastern Connecticut
Yale University
Massachusetts
Bridgewater State College
Gordon College
University of Massachusetts Boston
University of Massachusetts Lowell Center for Green Chemistry
Pennsylvania
Carnegie Mellon Institute for Green Oxidation Chemistry
University of Scranton
Arkansas
Hendrix College (green organic chemistry)
Illinois
University of Illinois-Urbana-Champaign
Minnesota
St Olaf College
Alabama
University of Alabama
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
Linhas de Pesquisa California
Berkeley Center for Green Chemistry
UC Berkeley Extension
Colorado
Colorado School of Mines
Oregon
University of Oregon
Schools with Green Chemistry Programs - International
Australia
Monash University Centre for Green Chemistry
Murdoch University Sustainable ChemistryGreen Chemistry
Netherlands
Delft University of Technology Biocatalysis and Organic Chemistry
Italy
Interuniversity Consortium Chemistry for the Environment (INCA)
Universidade Federal do Rio de Janeiro
Northern Ireland
Queens University of Belfast Ionic Liquid Laboratories
Spain
Institute of Science and Technology (IUCT)
Green Chemistry Network of Spain (REDQS - Red Espantildeola de Quiacutemica Sostenible)
Sweden
Centre for Environment and Sustainability - Chalmers University of
TechnologyGoumlteborg University
United Kingdom
Green Chemistry Centre of Excellence at York
University of Leicester Green Chemistry Group
University of Nottingham Green and Analytical Chemistry
Brazil
Universidade do Vale do Itajaiacute Center for Technological Earth and Sea Sciences
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
Linhas de Pesquisa
Observaccedilotildees
Poucos programas especiacuteficos em ldquoQuiacutemica Verderdquo
Perfil multidisciplinar
Descriccedilatildeo de diversas linhas abrange somente um ou
alguns dos princiacutepios da ldquoQuiacutemica Verderdquo
Associaccedilatildeo inadequada ao tema
Necessidade de ampliaccedilatildeo de escopo
Movimento inicial de fomento aos projetos na aacuterea
Universidade Federal do Rio de Janeiro
CONGRESSOS E OUTROS SITES
Natasha Kelber
Universidade Federal do Rio de Janeiro
Universidade Federal do Rio de Janeiro
CONGRESSOS NACIONAIS
5ordm Simpoacutesio Nacional de Biocombustiacuteveis ndash BIOCOM ndash 14 a15Abril2012 ndash Canoas
RS
4ordf Escola de Quiacutemica Verde - JaneiroFevereiro2012 - Satildeo Paulo SP
VII Congresso Brasileiro de Biosseguranccedila - 19-23Setembro2011 - Joinville SC
II Semana de Biotecnologia Industrial - 20-22Outubro2010 - Lorena SP
5ordm Congresso Internacional de Bioenergia - 10-13Agosto2010 - Curitiba PR
II Semana de Biotecnologia Industrial - Julho2009 - Lorena SP
VI Congresso Brasileiro de Biosseguranccedila
VI Simpoacutesio Latino-Americano de Produtos Biotecnoloacutegicos
I Simpoacutesio Internacional de Biosseguridade e Pesquisa de Duplo Uso
I Feira de Equipamentos e Dispositivos de Biosseguranccedila ndash 22-25 Setembro2009 -
Rio de Janeiro RJ
1ordm Encontro Franco-Brasileiro de Quiacutemica Verde - 11 a 13Outubro2011
Universidade Federal do Rio de Janeiro
CONGRESSOS INTERNACIONAIS
3nd Brazilian Conference on Natural Products - 29Outubro-02Novembro2011 -
Ouro Preto MG
Biodiesel Congress - 27-29Julho2011 - Satildeo Paulo SP
IGCW 2011 Industrial Green Chemistry World Symposium amp Expo - December 4-6
2011 - Mumbai Iacutendia
3rd Asia-Oceania Conference on Green and Sustainable Chemistry (AOC-3) -
December 4-7 2011 - Melbourne Austraacutelia
3rd International Congress on Green Process Engineering - December 6-8 2011 -
Kuala Lumpur Malaysia
Minnesota Green Chemistry Conference - January 26 2012 - Minneapolis MN
The Asian Conference on Sustainability Energy amp the Environment - May 3-6 2012 -
Osaka Japan
16th Annual Green Chemistry amp Engineering Conference - June 18-20 2012 -
Washington DC
Gordon Research Seminar and Conference on Green Chemistry - July 21-27 2012 -
Lucca (Barga) Italy
4th International IUPAC Conference on Green Chemistry - August 25-29 2012 - Foz
do IguaccediluPR Brazil
Universidade Federal do Rio de Janeiro
OUTROS SITES
httpportalacsorgportalacscorgcontent_nfpb=trueamp_pageLabel=PP_SUPERAR
TICLEampnode_id=1401ampuse_sec=falseampsec_url_var=region1amp__uuid=6e2273c5-5e7f-
4c7b-8931-530d244f1650P15_704
httpwwwcleanproductionorgGreenphp
wwwrscorgMembershipNetworkingInternationalActivitiesPanAfricaindexasp
httpwwworganic-chemistryorgtopicsgreen-chemistryshtm
httpagenciafapespbr12992
httpacademicscrantonedufacultycannm1greenchemistryporthtml
httpwwwabqorgbrsimpequi2010trabalhos122-7744htm
httpbrlinkedincominquimicaverde
httpwwwcinprorgbrFreeComponent10435content149251shtml
httpquiverdeblogspotcom201006os-12-principios-da-quimica-verdehtml
httpwwwufpeltchebriqgwwverde
httpwwwbrasilescolacomquimicaprincipios-quimica-verdehtm
httpwwwsustentabilidaderesultadoscombrgreen-chemistry-a-sustainable-
opportunity
httpwwwgreenchemistrynetworkorg
httpwwwepagovgreenchemistry
PUBLICACcedilOtildeES E PERIOacuteDICOS
Renato Soares
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS
Base de Dados
Royal Society of Chemistry (30)
SpringerLink (MetaPress) (30)
Wiley Online Library (30)
ACS Journals Search (30)
Nature (NPG) (30)
Science (AAAS) (30)
IOPscience (Institute of Phsics) (30)
Oxford Journals (Oxford University Press) (30)
ScienceDirect (Elsevier) (30)
Annual Reviews (29)
AIP Scitation ndash American Institute of Physics (28)
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS
Annual Review of Biochemistry (6)
Scientific American (5)
Ecological Indicators (5)
Green Chemistry Educat (4)
Nature Chemistry (4)
J Chem Educ (3)
Autobiographies by Nob (3)
J Appl Phys (3)
Food Hydrocolloids (3)
Chem Soc Rev (2)
Annual Review of Environment and Resources (2)
J Am Chem Soc (2)
The Excitement and Fascination of Science (2)
Environmental Science and Pollution Research (2)
Universidade Federal do Rio de Janeiro
COLECcedilOtildeES E TEXTOS
Murilo Alves
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS REVISTAS E JORNAIS CIENTIacuteFICOS Revistas Cientiacuteficas com conteuacutedos sobre ensino de ciecircnciasquiacutemica e
quiacutemica verde
O primeiro artigo que atendeu aos criteacuterios adotados
neste trabalho e cujo tiacutetulo conteacutem a expressatildeo Green Chemistry (Quiacutemica Verde) - Design for the
environment and Green Chemistry the heart and soul
of industrial ecology - foi publicado em 1997
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS REVISTAS E JORNAIS CIENTIacuteFICOS Revistas Cientiacuteficas com conteuacutedos sobre ensino de ciecircnciasquiacutemica e
quiacutemica verde
Revista Quiacutemica Nova na Escola - QNEsc A Revista Quiacutemica Nova na Escola (QNEsc) com uma periodicidade trimestral propotildee-se a subsidiar o trabalho a formaccedilatildeo e a atualizaccedilatildeo da comunidade do Ensino de Quiacutemica brasileiro QNEsc integra-se agrave linha editorial da Sociedade Brasileira de Quiacutemica que publica tambeacutem a revista Quiacutemica Nova e o Journal of the Brazillian Chemical Society Quiacutemica Nova na Escola eacute um espaccedilo aberto ao educador suscitando debates e reflexotildees sobre o ensino e a aprendizagem de quiacutemica Assim contribui para a tarefa fundamental de formar verdadeiros cidadatildeos Nesse sentido a Divisatildeo de Ensino disponibiliza neste portal na iacutentegra e de forma totalmente gratuita todos os artigos publicados no formato PDF Estatildeo disponiacuteveis tambeacutem os Cadernos Temaacuteticos publicados desde 2001 pela Divisatildeo de Ensino
Green Chemistry - Journal Jornal publicado pela Royal Society of Chemistry - RCS que se apresenta como um espaccedilo para publicaccedilatildeo sobre
pesquisas de ponta no desenvolvimento de tecnologias alternativas sustentaacuteveis
Green Green - revista italiana do Consoacutercio Interuniversitaacuterio Quiacutemica Nacional do Meio Ambiente (INCA) em colaboraccedilatildeo com a Sociedade Quiacutemica Italiana (SCI) 1 5 ACS Publications A Divisatildeo de Publicaccedilotildees da Sociedade Americana de Quiacutemica (American Chemical Society - ACS) oferece a comunidade cientiacutefica mundial uma coleccedilatildeo abrangente dos perioacutedicos mais citados revisados por pares em ciecircncias quiacutemicas e afins
Universidade Federal do Rio de Janeiro
Universidade Federal do Rio de Janeiro
FONTES CONSULTADAS
httpwwwqmcufscbrgieqindexphplinkshtml
httpwwwperiodicoscapesgovbr
httpwwwscielocom
Organizaccediloes - 100 maiores empresas em Bioenergia 2011-12 Referencia Biofuels Digest online publication
November 9 2011 author Jim Lane
1 Solazyme
2 Amyris
3 Gevo
4 POET
5 LS9
6 Novozymes
7 Enerkem
8 LanzaTech
9 UOP
10 ZeaChem
11 Codexis
12 Abengoa Bioenergy
13 KiOR
14 Virent Energy Systems
15 Sapphire Energy
16 Ceres
17 Coskata
18 DuPont Cellulosic
19 Terrabon
20 Mascoma
21 Cobalt Technologies
22 Petrobras
23 Joule Unlimited
24 BP Biofuels
25 Neste
26 Waste Management
27 Rentech
28 Qteros
29 INEOS Bio
30 Genencor
31 Genomatica
32 Shell
33 Synthetic Genomics
34 Chemtex
100 maiores empresas em Bioenergia 2011-12 Referencia Biofuels Digest online publication November 9 2011
author Jim Lane
35 Algenol
36 Elevance Renewable Sciences
37 OriginOil
38 SG Biofuels
39 Cosan
40 HCL CleanTech
41 Fulcrum Bioenergy
42 Cargill
43 Chevron
44 Bluefire Renewables
45 Dynamic Fuels
46 Mendel
47 OPX Biotechnologies
48 Inbicon
49 Renmatix
50 Monsanto
51 Butamax
52 Iogen
53 DuPont
54 Verenium
55 PetroAlgae
56 DSM
57 ExxonMobil
58 Envergent
59 Aurora Algae
60 Syngenta
61 Praj Industries
62 Phycal
63 Renewable Energy Group
64 Clear Fuels Technology
65 ArborGen
66 KL Energy
67 Solix Biofuels
100 maiores empresas em Bioenergia 2011-12 Referencia Biofuels Digest online publication November 9 2011
author Jim Lane
68 Catchlight Energy
69 Dyadic
70 AE Biofuels
71 Myriant
72 EdeniQ
73 Avantium
74 Propel Fuels
75 GlycosBio
76 ETH Bioenergia
77 Chemrec
78 Ensyn
79 Green Plains Renewable Energy
80 Range Fuels
81 Bioprocess Algae
82 SynGest
83 TMO Renewables
84 Chromatin
85 Blue Marble Biomaterials
86 Genera Energy
87 ICM
88 Albemarle
89 Lignol
90 Raizen
91 Verdezyne
92 Greenfuel Ethanol
93 Atlantic Biomass Conversions
94 Pacific Ethanol
95 Dong Energy
96 SEKAB
97 Borregaard Industries
98 Dynamotive
99 Allard Research
100 Targeted Growth
InstitutosDepartamentos
Internacionais
National Renewable Energy Laboratories EUA
US Department of Agriculture Agricultural Research
Service (USDA ARS) EUA
Chinese Academy of Science China
Agriculture ampAgri Food Canada Canadaacute
Institut National de la Recherche Agronomique Franccedila
Consejo Superior de Investigaciones Cientificas (CSIC)
Espanha
Russian Academy of Science Ruacutessia
Indian Institute of Technology Iacutendia
Natural Renewable Energy Laboratory EUA
National Institute of Advanced Industrial Science and
Technology Japatildeo
Institute Francais du Petrole (IFP)
Polish Academy of Science Polocircnia
Indian Institute of Chemical Technology India
Max Planck Institut Alemanha
French National Institute for Agricultural Research (INRA)
Franccedila
Tokyo Institute of Technology Japatildeo
Centre National de la Recherche Scientifique (CNRS)
Franccedila
National Chemical Laboratory Iacutendia
National Institute of Advanced Industrial Science and
Technology Japatildeo
Korea Institute of Science amp Technology Coreacuteia do Sul
US Geology Survey EUA
Marine Biotechnology Institute Japatildeo
Korea Institute of Energy Research (KIER) Coreacuteia do Sul
Centre National de la Recherche Scientifique (CNRS)
Franccedila
Kamaishi Labs Marine Biotechnology Institute Japatildeo
Alfred Wegener Institute for Polar and Marine Research
Alemanha
Australian National University Austraacutelia
Chonbuk National University Coreacuteia do Sul
Centre de Recherche en Ecologie Marine et Aquaculture
(IFREMER) Franccedila
Mitsubishi Heavy Ind Ltd (Advanced Technoly Research
Centre) Japatildeo
Oak Ridge National Laboratory (ORNL) EUA
Research Institute of Innovative Technology for the Earth
(RITE) Japatildeo
Central Institute of Medicinal and Aromatic Plants Iacutendia
Consiglio Nazional delle Ricerche (CNR) Itaacutelia
NASA EUA
Beijing Yixintang Medicine Research Institute
TOTAL GERAL 36 instituiccedilotildees
Universidade Federal do Rio de Janeiro
Empresas Internacionais
Novozymes AS
Genencor Int Inc
Kao Corp
Novo Nordisk AS
Novozymes Inc
Novo-Nordisk AS
Henkel KGAA
Iogen Energy Corp
Danisco US Inc Genencor Division
Novozymes Biotech Inc
Novozymes North America Inc
Goedegebuur F
Midwest Research Institute
Du Pont De Nemours amp Co
Dunn- Coleman N
AE Biofuels EUA
Blue Fire Ethanol EUAJapatildeo
Chempolis Ou
Iogen
KL Energy
Lignol Energy
Sekab
Sun Opta
Verenium
Chevron USA Inc
Shell International Research Maatshappij BV
Exxon Mobil Res ampEng Co
Sasol Technology Pty Ltd
Shell Oil Co
Conoco Phillips Co
ENI Spa
Exxon Res amp Eng Co
Exxon Mobil Res amp Eng Co
Roquette Freres As
Basf AG
General Electric Co
Exxon Mobil Chem Patents Inc
LrsquoOreal SA
Basf SE
Bayer AG
Wellington SL
Vinegar HJ
Berchenko IE
Dow Global Technologies Inc
Degussa AG
Bayer Material Science AG
Samsung SDI Co Ltd
Stegemeir GL
Henkel KGAA
Zhang E
Ryan RC
Fowler TD
Rouffi gnac EPD
Universidade Federal do Rio de Janeiro
Council of Scientific and Industrial Research of India
Li Y
Ye M
Wang Y
Zhang L
Jiang J
Liu Y
Yin K
Jiang L
Syngenta Part AG
Novartis AG
Basf SE
Bayer Cropscience AG
Dow Corning Corporation
Genoptera LLC
Monsanto Technology
US Secretary of Agriculture
Bayer Cropscience GMBH
Toyota Jidosha KK
TOTAL GERAL 88 instituiccedilotildees
Empresas Internacionais
Fowler TD
Rouffi gnac EPD
Merck Patent GMBH
Procter amp Gamble Co
Yokohama Rubber Co Ltd
Colgate Palmolive
Bridgestone Corp
Henkel KGAA
Goodyear Tire amp Rubber Co
LG Electronics Inc 507
Matsushita Denki Sangyo KK
Toshiba KK
Canon KK
Hitachi Ltd
Mitsubshi Electric Co
Mitsubishi Jukogyo KK
Universidade Federal do Rio de Janeiro
CURSOS
Ofertados nas instituiccedilotildees de ensino nacionais ou internacionais
Introduccedilatildeo a Quiacutemica Verde
Quiacutemica Verde e Quiacutemica Sustentaacutevel
Engenharia Ecoloacutegica e Quiacutemica Verde
ldquoQuiacutemica Verde Fundamentos e Aplicaccedilotildeesrdquo
Quiacutemica Verde na Atualidade
A Quiacutemica Verde e o papel da cataacutelise no contexto da
Inovaccedilatildeo e do Desenvolvimento Tecnoloacutegico
Universidade Federal do Rio de Janeiro
Universidade Federal do Rio de Janeiro
FONTES CONSULTADAS
Quiacutemica verde no Brasil 2010 ndash 2030 Ediccedilatildeo revista e atualizada
Centro de Gestatildeo e Estudos Estrateacutegicos
Ciecircncia Tecnologia e Inovaccedilatildeo
httpwwwsciencedirectcom
httpwwwperiodicoscapesgovbr
LINHAS DE PESQUISA
Luiz Felipe Miranda de Jesus
Universidade Federal do Rio de Janeiro
Linhas de Pesquisa
Buscas Associadas
ldquoQuiacutemica Verderdquo
ldquoQuiacutemica Ambientalrdquo
ldquoQuiacutemica Sustentaacutevelrdquo
ldquoGreen Chemistryrdquo
ldquoQuiacutemica Verde PampDrdquo
ldquoGreen Chemistry RampDrdquo
ldquoUS Green Chemistryrdquo
ldquoEurope Green Chemistryrdquo
Universidade Federal do Rio de Janeiro
Linhas de Pesquisa
Principais Fontes
Identificaccedilatildeo de Instituiccedilotildees citadas em artigos e outras publicaccedilotildees
CAPES
CNPQ
ABQ
SBPC
Instituiccedilotildees de Fomento (FINEP FAPESPetc)
CGEE
MCT
Sites das Universidades
EPA
IUPAC
ACS
Green Chemistry Network
Royal Society of Chemistry
European Environment Agency
Universidade Federal do Rio de Janeiro
The Interuniversity National Consortium Chemistry for the Environment (INCA Consortium) Gathers 33 Italian universities and about 90 research units headquarters in Venezia and Roma Italy
NSF Science and Technology Center for Environmentally Responsible Solvents and Processes University of North Carolina Chapel Hill Queens University Ionic Liquid Laboratories (QUILL)
Queens University of Belfast The Clean Technology Research Group University of Nottingham The Green Chemistry Group (see below now called centre of excellence)
University of York Centre for Green Chemistry University of Monash Centre for Green Manufacturing University of Alabama Chemical Process Engineering Research Institute Centre for Research amp Technology University of Leicester (UK) Leicester Green Chemistry Group
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
University of Leeds (UK) Leeds Cleaner Synthesis Group Institute of Applied Catalysis (UK) A research network for catalysis Carnegie Mellon University (USA) Institute for Green Oxidation Chemistry Institute for a Sustainable Environment (USA) University of Oregon Center for Sustainable and Green Chemistry (DEN) httpwwwcsgdtudk Green Chemistry Centre of Excellence (UK) httpwwwyorkacukresgcgsiteindexhtm Center for Green Chemistry at UMass Boston (US) httpwwwgreenchemistryumbedu Center for Green Chemistry at UMass Lowell (US) httpwwwgreenchemistryumledu University of Notre Dame Energy Centre (USA) httpwwwndedu~ndenergy Goumlteborg Universitys Centre for Environment and Sustainability (SWE) httpwwwchalmerssegmvEN
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
MSc in Green Chemistry and Sustainable Industrial Technology
Department of Chemistry at the University of York
Master en Quimica Sostenible
Faculty of Sciences at the University of Zaragoza
MSc in Green Chemistry Energy and the Environment
Imperical College London
MSc in Chemical Research (Green Chemistry with Industry)
CTA funding to the University of Leicester
1st year Master of Science Chemistry Specializing in Green Chemistry
University Louis Pasteur (Strasbourg I)
Master of Chemistry and EST
Universiteacute de Savoie
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
Schools with Green Chemistry Programs
United States
Eastern Connecticut
Yale University
Massachusetts
Bridgewater State College
Gordon College
University of Massachusetts Boston
University of Massachusetts Lowell Center for Green Chemistry
Pennsylvania
Carnegie Mellon Institute for Green Oxidation Chemistry
University of Scranton
Arkansas
Hendrix College (green organic chemistry)
Illinois
University of Illinois-Urbana-Champaign
Minnesota
St Olaf College
Alabama
University of Alabama
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
Linhas de Pesquisa California
Berkeley Center for Green Chemistry
UC Berkeley Extension
Colorado
Colorado School of Mines
Oregon
University of Oregon
Schools with Green Chemistry Programs - International
Australia
Monash University Centre for Green Chemistry
Murdoch University Sustainable ChemistryGreen Chemistry
Netherlands
Delft University of Technology Biocatalysis and Organic Chemistry
Italy
Interuniversity Consortium Chemistry for the Environment (INCA)
Universidade Federal do Rio de Janeiro
Northern Ireland
Queens University of Belfast Ionic Liquid Laboratories
Spain
Institute of Science and Technology (IUCT)
Green Chemistry Network of Spain (REDQS - Red Espantildeola de Quiacutemica Sostenible)
Sweden
Centre for Environment and Sustainability - Chalmers University of
TechnologyGoumlteborg University
United Kingdom
Green Chemistry Centre of Excellence at York
University of Leicester Green Chemistry Group
University of Nottingham Green and Analytical Chemistry
Brazil
Universidade do Vale do Itajaiacute Center for Technological Earth and Sea Sciences
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
Linhas de Pesquisa
Observaccedilotildees
Poucos programas especiacuteficos em ldquoQuiacutemica Verderdquo
Perfil multidisciplinar
Descriccedilatildeo de diversas linhas abrange somente um ou
alguns dos princiacutepios da ldquoQuiacutemica Verderdquo
Associaccedilatildeo inadequada ao tema
Necessidade de ampliaccedilatildeo de escopo
Movimento inicial de fomento aos projetos na aacuterea
Universidade Federal do Rio de Janeiro
CONGRESSOS E OUTROS SITES
Natasha Kelber
Universidade Federal do Rio de Janeiro
Universidade Federal do Rio de Janeiro
CONGRESSOS NACIONAIS
5ordm Simpoacutesio Nacional de Biocombustiacuteveis ndash BIOCOM ndash 14 a15Abril2012 ndash Canoas
RS
4ordf Escola de Quiacutemica Verde - JaneiroFevereiro2012 - Satildeo Paulo SP
VII Congresso Brasileiro de Biosseguranccedila - 19-23Setembro2011 - Joinville SC
II Semana de Biotecnologia Industrial - 20-22Outubro2010 - Lorena SP
5ordm Congresso Internacional de Bioenergia - 10-13Agosto2010 - Curitiba PR
II Semana de Biotecnologia Industrial - Julho2009 - Lorena SP
VI Congresso Brasileiro de Biosseguranccedila
VI Simpoacutesio Latino-Americano de Produtos Biotecnoloacutegicos
I Simpoacutesio Internacional de Biosseguridade e Pesquisa de Duplo Uso
I Feira de Equipamentos e Dispositivos de Biosseguranccedila ndash 22-25 Setembro2009 -
Rio de Janeiro RJ
1ordm Encontro Franco-Brasileiro de Quiacutemica Verde - 11 a 13Outubro2011
Universidade Federal do Rio de Janeiro
CONGRESSOS INTERNACIONAIS
3nd Brazilian Conference on Natural Products - 29Outubro-02Novembro2011 -
Ouro Preto MG
Biodiesel Congress - 27-29Julho2011 - Satildeo Paulo SP
IGCW 2011 Industrial Green Chemistry World Symposium amp Expo - December 4-6
2011 - Mumbai Iacutendia
3rd Asia-Oceania Conference on Green and Sustainable Chemistry (AOC-3) -
December 4-7 2011 - Melbourne Austraacutelia
3rd International Congress on Green Process Engineering - December 6-8 2011 -
Kuala Lumpur Malaysia
Minnesota Green Chemistry Conference - January 26 2012 - Minneapolis MN
The Asian Conference on Sustainability Energy amp the Environment - May 3-6 2012 -
Osaka Japan
16th Annual Green Chemistry amp Engineering Conference - June 18-20 2012 -
Washington DC
Gordon Research Seminar and Conference on Green Chemistry - July 21-27 2012 -
Lucca (Barga) Italy
4th International IUPAC Conference on Green Chemistry - August 25-29 2012 - Foz
do IguaccediluPR Brazil
Universidade Federal do Rio de Janeiro
OUTROS SITES
httpportalacsorgportalacscorgcontent_nfpb=trueamp_pageLabel=PP_SUPERAR
TICLEampnode_id=1401ampuse_sec=falseampsec_url_var=region1amp__uuid=6e2273c5-5e7f-
4c7b-8931-530d244f1650P15_704
httpwwwcleanproductionorgGreenphp
wwwrscorgMembershipNetworkingInternationalActivitiesPanAfricaindexasp
httpwwworganic-chemistryorgtopicsgreen-chemistryshtm
httpagenciafapespbr12992
httpacademicscrantonedufacultycannm1greenchemistryporthtml
httpwwwabqorgbrsimpequi2010trabalhos122-7744htm
httpbrlinkedincominquimicaverde
httpwwwcinprorgbrFreeComponent10435content149251shtml
httpquiverdeblogspotcom201006os-12-principios-da-quimica-verdehtml
httpwwwufpeltchebriqgwwverde
httpwwwbrasilescolacomquimicaprincipios-quimica-verdehtm
httpwwwsustentabilidaderesultadoscombrgreen-chemistry-a-sustainable-
opportunity
httpwwwgreenchemistrynetworkorg
httpwwwepagovgreenchemistry
PUBLICACcedilOtildeES E PERIOacuteDICOS
Renato Soares
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS
Base de Dados
Royal Society of Chemistry (30)
SpringerLink (MetaPress) (30)
Wiley Online Library (30)
ACS Journals Search (30)
Nature (NPG) (30)
Science (AAAS) (30)
IOPscience (Institute of Phsics) (30)
Oxford Journals (Oxford University Press) (30)
ScienceDirect (Elsevier) (30)
Annual Reviews (29)
AIP Scitation ndash American Institute of Physics (28)
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS
Annual Review of Biochemistry (6)
Scientific American (5)
Ecological Indicators (5)
Green Chemistry Educat (4)
Nature Chemistry (4)
J Chem Educ (3)
Autobiographies by Nob (3)
J Appl Phys (3)
Food Hydrocolloids (3)
Chem Soc Rev (2)
Annual Review of Environment and Resources (2)
J Am Chem Soc (2)
The Excitement and Fascination of Science (2)
Environmental Science and Pollution Research (2)
Universidade Federal do Rio de Janeiro
COLECcedilOtildeES E TEXTOS
Murilo Alves
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS REVISTAS E JORNAIS CIENTIacuteFICOS Revistas Cientiacuteficas com conteuacutedos sobre ensino de ciecircnciasquiacutemica e
quiacutemica verde
O primeiro artigo que atendeu aos criteacuterios adotados
neste trabalho e cujo tiacutetulo conteacutem a expressatildeo Green Chemistry (Quiacutemica Verde) - Design for the
environment and Green Chemistry the heart and soul
of industrial ecology - foi publicado em 1997
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS REVISTAS E JORNAIS CIENTIacuteFICOS Revistas Cientiacuteficas com conteuacutedos sobre ensino de ciecircnciasquiacutemica e
quiacutemica verde
Revista Quiacutemica Nova na Escola - QNEsc A Revista Quiacutemica Nova na Escola (QNEsc) com uma periodicidade trimestral propotildee-se a subsidiar o trabalho a formaccedilatildeo e a atualizaccedilatildeo da comunidade do Ensino de Quiacutemica brasileiro QNEsc integra-se agrave linha editorial da Sociedade Brasileira de Quiacutemica que publica tambeacutem a revista Quiacutemica Nova e o Journal of the Brazillian Chemical Society Quiacutemica Nova na Escola eacute um espaccedilo aberto ao educador suscitando debates e reflexotildees sobre o ensino e a aprendizagem de quiacutemica Assim contribui para a tarefa fundamental de formar verdadeiros cidadatildeos Nesse sentido a Divisatildeo de Ensino disponibiliza neste portal na iacutentegra e de forma totalmente gratuita todos os artigos publicados no formato PDF Estatildeo disponiacuteveis tambeacutem os Cadernos Temaacuteticos publicados desde 2001 pela Divisatildeo de Ensino
Green Chemistry - Journal Jornal publicado pela Royal Society of Chemistry - RCS que se apresenta como um espaccedilo para publicaccedilatildeo sobre
pesquisas de ponta no desenvolvimento de tecnologias alternativas sustentaacuteveis
Green Green - revista italiana do Consoacutercio Interuniversitaacuterio Quiacutemica Nacional do Meio Ambiente (INCA) em colaboraccedilatildeo com a Sociedade Quiacutemica Italiana (SCI) 1 5 ACS Publications A Divisatildeo de Publicaccedilotildees da Sociedade Americana de Quiacutemica (American Chemical Society - ACS) oferece a comunidade cientiacutefica mundial uma coleccedilatildeo abrangente dos perioacutedicos mais citados revisados por pares em ciecircncias quiacutemicas e afins
Universidade Federal do Rio de Janeiro
Universidade Federal do Rio de Janeiro
FONTES CONSULTADAS
httpwwwqmcufscbrgieqindexphplinkshtml
httpwwwperiodicoscapesgovbr
httpwwwscielocom
Organizaccediloes - 100 maiores empresas em Bioenergia 2011-12 Referencia Biofuels Digest online publication
November 9 2011 author Jim Lane
1 Solazyme
2 Amyris
3 Gevo
4 POET
5 LS9
6 Novozymes
7 Enerkem
8 LanzaTech
9 UOP
10 ZeaChem
11 Codexis
12 Abengoa Bioenergy
13 KiOR
14 Virent Energy Systems
15 Sapphire Energy
16 Ceres
17 Coskata
18 DuPont Cellulosic
19 Terrabon
20 Mascoma
21 Cobalt Technologies
22 Petrobras
23 Joule Unlimited
24 BP Biofuels
25 Neste
26 Waste Management
27 Rentech
28 Qteros
29 INEOS Bio
30 Genencor
31 Genomatica
32 Shell
33 Synthetic Genomics
34 Chemtex
100 maiores empresas em Bioenergia 2011-12 Referencia Biofuels Digest online publication November 9 2011
author Jim Lane
35 Algenol
36 Elevance Renewable Sciences
37 OriginOil
38 SG Biofuels
39 Cosan
40 HCL CleanTech
41 Fulcrum Bioenergy
42 Cargill
43 Chevron
44 Bluefire Renewables
45 Dynamic Fuels
46 Mendel
47 OPX Biotechnologies
48 Inbicon
49 Renmatix
50 Monsanto
51 Butamax
52 Iogen
53 DuPont
54 Verenium
55 PetroAlgae
56 DSM
57 ExxonMobil
58 Envergent
59 Aurora Algae
60 Syngenta
61 Praj Industries
62 Phycal
63 Renewable Energy Group
64 Clear Fuels Technology
65 ArborGen
66 KL Energy
67 Solix Biofuels
100 maiores empresas em Bioenergia 2011-12 Referencia Biofuels Digest online publication November 9 2011
author Jim Lane
68 Catchlight Energy
69 Dyadic
70 AE Biofuels
71 Myriant
72 EdeniQ
73 Avantium
74 Propel Fuels
75 GlycosBio
76 ETH Bioenergia
77 Chemrec
78 Ensyn
79 Green Plains Renewable Energy
80 Range Fuels
81 Bioprocess Algae
82 SynGest
83 TMO Renewables
84 Chromatin
85 Blue Marble Biomaterials
86 Genera Energy
87 ICM
88 Albemarle
89 Lignol
90 Raizen
91 Verdezyne
92 Greenfuel Ethanol
93 Atlantic Biomass Conversions
94 Pacific Ethanol
95 Dong Energy
96 SEKAB
97 Borregaard Industries
98 Dynamotive
99 Allard Research
100 Targeted Growth
Empresas Internacionais
Novozymes AS
Genencor Int Inc
Kao Corp
Novo Nordisk AS
Novozymes Inc
Novo-Nordisk AS
Henkel KGAA
Iogen Energy Corp
Danisco US Inc Genencor Division
Novozymes Biotech Inc
Novozymes North America Inc
Goedegebuur F
Midwest Research Institute
Du Pont De Nemours amp Co
Dunn- Coleman N
AE Biofuels EUA
Blue Fire Ethanol EUAJapatildeo
Chempolis Ou
Iogen
KL Energy
Lignol Energy
Sekab
Sun Opta
Verenium
Chevron USA Inc
Shell International Research Maatshappij BV
Exxon Mobil Res ampEng Co
Sasol Technology Pty Ltd
Shell Oil Co
Conoco Phillips Co
ENI Spa
Exxon Res amp Eng Co
Exxon Mobil Res amp Eng Co
Roquette Freres As
Basf AG
General Electric Co
Exxon Mobil Chem Patents Inc
LrsquoOreal SA
Basf SE
Bayer AG
Wellington SL
Vinegar HJ
Berchenko IE
Dow Global Technologies Inc
Degussa AG
Bayer Material Science AG
Samsung SDI Co Ltd
Stegemeir GL
Henkel KGAA
Zhang E
Ryan RC
Fowler TD
Rouffi gnac EPD
Universidade Federal do Rio de Janeiro
Council of Scientific and Industrial Research of India
Li Y
Ye M
Wang Y
Zhang L
Jiang J
Liu Y
Yin K
Jiang L
Syngenta Part AG
Novartis AG
Basf SE
Bayer Cropscience AG
Dow Corning Corporation
Genoptera LLC
Monsanto Technology
US Secretary of Agriculture
Bayer Cropscience GMBH
Toyota Jidosha KK
TOTAL GERAL 88 instituiccedilotildees
Empresas Internacionais
Fowler TD
Rouffi gnac EPD
Merck Patent GMBH
Procter amp Gamble Co
Yokohama Rubber Co Ltd
Colgate Palmolive
Bridgestone Corp
Henkel KGAA
Goodyear Tire amp Rubber Co
LG Electronics Inc 507
Matsushita Denki Sangyo KK
Toshiba KK
Canon KK
Hitachi Ltd
Mitsubshi Electric Co
Mitsubishi Jukogyo KK
Universidade Federal do Rio de Janeiro
CURSOS
Ofertados nas instituiccedilotildees de ensino nacionais ou internacionais
Introduccedilatildeo a Quiacutemica Verde
Quiacutemica Verde e Quiacutemica Sustentaacutevel
Engenharia Ecoloacutegica e Quiacutemica Verde
ldquoQuiacutemica Verde Fundamentos e Aplicaccedilotildeesrdquo
Quiacutemica Verde na Atualidade
A Quiacutemica Verde e o papel da cataacutelise no contexto da
Inovaccedilatildeo e do Desenvolvimento Tecnoloacutegico
Universidade Federal do Rio de Janeiro
Universidade Federal do Rio de Janeiro
FONTES CONSULTADAS
Quiacutemica verde no Brasil 2010 ndash 2030 Ediccedilatildeo revista e atualizada
Centro de Gestatildeo e Estudos Estrateacutegicos
Ciecircncia Tecnologia e Inovaccedilatildeo
httpwwwsciencedirectcom
httpwwwperiodicoscapesgovbr
LINHAS DE PESQUISA
Luiz Felipe Miranda de Jesus
Universidade Federal do Rio de Janeiro
Linhas de Pesquisa
Buscas Associadas
ldquoQuiacutemica Verderdquo
ldquoQuiacutemica Ambientalrdquo
ldquoQuiacutemica Sustentaacutevelrdquo
ldquoGreen Chemistryrdquo
ldquoQuiacutemica Verde PampDrdquo
ldquoGreen Chemistry RampDrdquo
ldquoUS Green Chemistryrdquo
ldquoEurope Green Chemistryrdquo
Universidade Federal do Rio de Janeiro
Linhas de Pesquisa
Principais Fontes
Identificaccedilatildeo de Instituiccedilotildees citadas em artigos e outras publicaccedilotildees
CAPES
CNPQ
ABQ
SBPC
Instituiccedilotildees de Fomento (FINEP FAPESPetc)
CGEE
MCT
Sites das Universidades
EPA
IUPAC
ACS
Green Chemistry Network
Royal Society of Chemistry
European Environment Agency
Universidade Federal do Rio de Janeiro
The Interuniversity National Consortium Chemistry for the Environment (INCA Consortium) Gathers 33 Italian universities and about 90 research units headquarters in Venezia and Roma Italy
NSF Science and Technology Center for Environmentally Responsible Solvents and Processes University of North Carolina Chapel Hill Queens University Ionic Liquid Laboratories (QUILL)
Queens University of Belfast The Clean Technology Research Group University of Nottingham The Green Chemistry Group (see below now called centre of excellence)
University of York Centre for Green Chemistry University of Monash Centre for Green Manufacturing University of Alabama Chemical Process Engineering Research Institute Centre for Research amp Technology University of Leicester (UK) Leicester Green Chemistry Group
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
University of Leeds (UK) Leeds Cleaner Synthesis Group Institute of Applied Catalysis (UK) A research network for catalysis Carnegie Mellon University (USA) Institute for Green Oxidation Chemistry Institute for a Sustainable Environment (USA) University of Oregon Center for Sustainable and Green Chemistry (DEN) httpwwwcsgdtudk Green Chemistry Centre of Excellence (UK) httpwwwyorkacukresgcgsiteindexhtm Center for Green Chemistry at UMass Boston (US) httpwwwgreenchemistryumbedu Center for Green Chemistry at UMass Lowell (US) httpwwwgreenchemistryumledu University of Notre Dame Energy Centre (USA) httpwwwndedu~ndenergy Goumlteborg Universitys Centre for Environment and Sustainability (SWE) httpwwwchalmerssegmvEN
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
MSc in Green Chemistry and Sustainable Industrial Technology
Department of Chemistry at the University of York
Master en Quimica Sostenible
Faculty of Sciences at the University of Zaragoza
MSc in Green Chemistry Energy and the Environment
Imperical College London
MSc in Chemical Research (Green Chemistry with Industry)
CTA funding to the University of Leicester
1st year Master of Science Chemistry Specializing in Green Chemistry
University Louis Pasteur (Strasbourg I)
Master of Chemistry and EST
Universiteacute de Savoie
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
Schools with Green Chemistry Programs
United States
Eastern Connecticut
Yale University
Massachusetts
Bridgewater State College
Gordon College
University of Massachusetts Boston
University of Massachusetts Lowell Center for Green Chemistry
Pennsylvania
Carnegie Mellon Institute for Green Oxidation Chemistry
University of Scranton
Arkansas
Hendrix College (green organic chemistry)
Illinois
University of Illinois-Urbana-Champaign
Minnesota
St Olaf College
Alabama
University of Alabama
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
Linhas de Pesquisa California
Berkeley Center for Green Chemistry
UC Berkeley Extension
Colorado
Colorado School of Mines
Oregon
University of Oregon
Schools with Green Chemistry Programs - International
Australia
Monash University Centre for Green Chemistry
Murdoch University Sustainable ChemistryGreen Chemistry
Netherlands
Delft University of Technology Biocatalysis and Organic Chemistry
Italy
Interuniversity Consortium Chemistry for the Environment (INCA)
Universidade Federal do Rio de Janeiro
Northern Ireland
Queens University of Belfast Ionic Liquid Laboratories
Spain
Institute of Science and Technology (IUCT)
Green Chemistry Network of Spain (REDQS - Red Espantildeola de Quiacutemica Sostenible)
Sweden
Centre for Environment and Sustainability - Chalmers University of
TechnologyGoumlteborg University
United Kingdom
Green Chemistry Centre of Excellence at York
University of Leicester Green Chemistry Group
University of Nottingham Green and Analytical Chemistry
Brazil
Universidade do Vale do Itajaiacute Center for Technological Earth and Sea Sciences
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
Linhas de Pesquisa
Observaccedilotildees
Poucos programas especiacuteficos em ldquoQuiacutemica Verderdquo
Perfil multidisciplinar
Descriccedilatildeo de diversas linhas abrange somente um ou
alguns dos princiacutepios da ldquoQuiacutemica Verderdquo
Associaccedilatildeo inadequada ao tema
Necessidade de ampliaccedilatildeo de escopo
Movimento inicial de fomento aos projetos na aacuterea
Universidade Federal do Rio de Janeiro
CONGRESSOS E OUTROS SITES
Natasha Kelber
Universidade Federal do Rio de Janeiro
Universidade Federal do Rio de Janeiro
CONGRESSOS NACIONAIS
5ordm Simpoacutesio Nacional de Biocombustiacuteveis ndash BIOCOM ndash 14 a15Abril2012 ndash Canoas
RS
4ordf Escola de Quiacutemica Verde - JaneiroFevereiro2012 - Satildeo Paulo SP
VII Congresso Brasileiro de Biosseguranccedila - 19-23Setembro2011 - Joinville SC
II Semana de Biotecnologia Industrial - 20-22Outubro2010 - Lorena SP
5ordm Congresso Internacional de Bioenergia - 10-13Agosto2010 - Curitiba PR
II Semana de Biotecnologia Industrial - Julho2009 - Lorena SP
VI Congresso Brasileiro de Biosseguranccedila
VI Simpoacutesio Latino-Americano de Produtos Biotecnoloacutegicos
I Simpoacutesio Internacional de Biosseguridade e Pesquisa de Duplo Uso
I Feira de Equipamentos e Dispositivos de Biosseguranccedila ndash 22-25 Setembro2009 -
Rio de Janeiro RJ
1ordm Encontro Franco-Brasileiro de Quiacutemica Verde - 11 a 13Outubro2011
Universidade Federal do Rio de Janeiro
CONGRESSOS INTERNACIONAIS
3nd Brazilian Conference on Natural Products - 29Outubro-02Novembro2011 -
Ouro Preto MG
Biodiesel Congress - 27-29Julho2011 - Satildeo Paulo SP
IGCW 2011 Industrial Green Chemistry World Symposium amp Expo - December 4-6
2011 - Mumbai Iacutendia
3rd Asia-Oceania Conference on Green and Sustainable Chemistry (AOC-3) -
December 4-7 2011 - Melbourne Austraacutelia
3rd International Congress on Green Process Engineering - December 6-8 2011 -
Kuala Lumpur Malaysia
Minnesota Green Chemistry Conference - January 26 2012 - Minneapolis MN
The Asian Conference on Sustainability Energy amp the Environment - May 3-6 2012 -
Osaka Japan
16th Annual Green Chemistry amp Engineering Conference - June 18-20 2012 -
Washington DC
Gordon Research Seminar and Conference on Green Chemistry - July 21-27 2012 -
Lucca (Barga) Italy
4th International IUPAC Conference on Green Chemistry - August 25-29 2012 - Foz
do IguaccediluPR Brazil
Universidade Federal do Rio de Janeiro
OUTROS SITES
httpportalacsorgportalacscorgcontent_nfpb=trueamp_pageLabel=PP_SUPERAR
TICLEampnode_id=1401ampuse_sec=falseampsec_url_var=region1amp__uuid=6e2273c5-5e7f-
4c7b-8931-530d244f1650P15_704
httpwwwcleanproductionorgGreenphp
wwwrscorgMembershipNetworkingInternationalActivitiesPanAfricaindexasp
httpwwworganic-chemistryorgtopicsgreen-chemistryshtm
httpagenciafapespbr12992
httpacademicscrantonedufacultycannm1greenchemistryporthtml
httpwwwabqorgbrsimpequi2010trabalhos122-7744htm
httpbrlinkedincominquimicaverde
httpwwwcinprorgbrFreeComponent10435content149251shtml
httpquiverdeblogspotcom201006os-12-principios-da-quimica-verdehtml
httpwwwufpeltchebriqgwwverde
httpwwwbrasilescolacomquimicaprincipios-quimica-verdehtm
httpwwwsustentabilidaderesultadoscombrgreen-chemistry-a-sustainable-
opportunity
httpwwwgreenchemistrynetworkorg
httpwwwepagovgreenchemistry
PUBLICACcedilOtildeES E PERIOacuteDICOS
Renato Soares
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS
Base de Dados
Royal Society of Chemistry (30)
SpringerLink (MetaPress) (30)
Wiley Online Library (30)
ACS Journals Search (30)
Nature (NPG) (30)
Science (AAAS) (30)
IOPscience (Institute of Phsics) (30)
Oxford Journals (Oxford University Press) (30)
ScienceDirect (Elsevier) (30)
Annual Reviews (29)
AIP Scitation ndash American Institute of Physics (28)
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS
Annual Review of Biochemistry (6)
Scientific American (5)
Ecological Indicators (5)
Green Chemistry Educat (4)
Nature Chemistry (4)
J Chem Educ (3)
Autobiographies by Nob (3)
J Appl Phys (3)
Food Hydrocolloids (3)
Chem Soc Rev (2)
Annual Review of Environment and Resources (2)
J Am Chem Soc (2)
The Excitement and Fascination of Science (2)
Environmental Science and Pollution Research (2)
Universidade Federal do Rio de Janeiro
COLECcedilOtildeES E TEXTOS
Murilo Alves
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS REVISTAS E JORNAIS CIENTIacuteFICOS Revistas Cientiacuteficas com conteuacutedos sobre ensino de ciecircnciasquiacutemica e
quiacutemica verde
O primeiro artigo que atendeu aos criteacuterios adotados
neste trabalho e cujo tiacutetulo conteacutem a expressatildeo Green Chemistry (Quiacutemica Verde) - Design for the
environment and Green Chemistry the heart and soul
of industrial ecology - foi publicado em 1997
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS REVISTAS E JORNAIS CIENTIacuteFICOS Revistas Cientiacuteficas com conteuacutedos sobre ensino de ciecircnciasquiacutemica e
quiacutemica verde
Revista Quiacutemica Nova na Escola - QNEsc A Revista Quiacutemica Nova na Escola (QNEsc) com uma periodicidade trimestral propotildee-se a subsidiar o trabalho a formaccedilatildeo e a atualizaccedilatildeo da comunidade do Ensino de Quiacutemica brasileiro QNEsc integra-se agrave linha editorial da Sociedade Brasileira de Quiacutemica que publica tambeacutem a revista Quiacutemica Nova e o Journal of the Brazillian Chemical Society Quiacutemica Nova na Escola eacute um espaccedilo aberto ao educador suscitando debates e reflexotildees sobre o ensino e a aprendizagem de quiacutemica Assim contribui para a tarefa fundamental de formar verdadeiros cidadatildeos Nesse sentido a Divisatildeo de Ensino disponibiliza neste portal na iacutentegra e de forma totalmente gratuita todos os artigos publicados no formato PDF Estatildeo disponiacuteveis tambeacutem os Cadernos Temaacuteticos publicados desde 2001 pela Divisatildeo de Ensino
Green Chemistry - Journal Jornal publicado pela Royal Society of Chemistry - RCS que se apresenta como um espaccedilo para publicaccedilatildeo sobre
pesquisas de ponta no desenvolvimento de tecnologias alternativas sustentaacuteveis
Green Green - revista italiana do Consoacutercio Interuniversitaacuterio Quiacutemica Nacional do Meio Ambiente (INCA) em colaboraccedilatildeo com a Sociedade Quiacutemica Italiana (SCI) 1 5 ACS Publications A Divisatildeo de Publicaccedilotildees da Sociedade Americana de Quiacutemica (American Chemical Society - ACS) oferece a comunidade cientiacutefica mundial uma coleccedilatildeo abrangente dos perioacutedicos mais citados revisados por pares em ciecircncias quiacutemicas e afins
Universidade Federal do Rio de Janeiro
Universidade Federal do Rio de Janeiro
FONTES CONSULTADAS
httpwwwqmcufscbrgieqindexphplinkshtml
httpwwwperiodicoscapesgovbr
httpwwwscielocom
Organizaccediloes - 100 maiores empresas em Bioenergia 2011-12 Referencia Biofuels Digest online publication
November 9 2011 author Jim Lane
1 Solazyme
2 Amyris
3 Gevo
4 POET
5 LS9
6 Novozymes
7 Enerkem
8 LanzaTech
9 UOP
10 ZeaChem
11 Codexis
12 Abengoa Bioenergy
13 KiOR
14 Virent Energy Systems
15 Sapphire Energy
16 Ceres
17 Coskata
18 DuPont Cellulosic
19 Terrabon
20 Mascoma
21 Cobalt Technologies
22 Petrobras
23 Joule Unlimited
24 BP Biofuels
25 Neste
26 Waste Management
27 Rentech
28 Qteros
29 INEOS Bio
30 Genencor
31 Genomatica
32 Shell
33 Synthetic Genomics
34 Chemtex
100 maiores empresas em Bioenergia 2011-12 Referencia Biofuels Digest online publication November 9 2011
author Jim Lane
35 Algenol
36 Elevance Renewable Sciences
37 OriginOil
38 SG Biofuels
39 Cosan
40 HCL CleanTech
41 Fulcrum Bioenergy
42 Cargill
43 Chevron
44 Bluefire Renewables
45 Dynamic Fuels
46 Mendel
47 OPX Biotechnologies
48 Inbicon
49 Renmatix
50 Monsanto
51 Butamax
52 Iogen
53 DuPont
54 Verenium
55 PetroAlgae
56 DSM
57 ExxonMobil
58 Envergent
59 Aurora Algae
60 Syngenta
61 Praj Industries
62 Phycal
63 Renewable Energy Group
64 Clear Fuels Technology
65 ArborGen
66 KL Energy
67 Solix Biofuels
100 maiores empresas em Bioenergia 2011-12 Referencia Biofuels Digest online publication November 9 2011
author Jim Lane
68 Catchlight Energy
69 Dyadic
70 AE Biofuels
71 Myriant
72 EdeniQ
73 Avantium
74 Propel Fuels
75 GlycosBio
76 ETH Bioenergia
77 Chemrec
78 Ensyn
79 Green Plains Renewable Energy
80 Range Fuels
81 Bioprocess Algae
82 SynGest
83 TMO Renewables
84 Chromatin
85 Blue Marble Biomaterials
86 Genera Energy
87 ICM
88 Albemarle
89 Lignol
90 Raizen
91 Verdezyne
92 Greenfuel Ethanol
93 Atlantic Biomass Conversions
94 Pacific Ethanol
95 Dong Energy
96 SEKAB
97 Borregaard Industries
98 Dynamotive
99 Allard Research
100 Targeted Growth
Council of Scientific and Industrial Research of India
Li Y
Ye M
Wang Y
Zhang L
Jiang J
Liu Y
Yin K
Jiang L
Syngenta Part AG
Novartis AG
Basf SE
Bayer Cropscience AG
Dow Corning Corporation
Genoptera LLC
Monsanto Technology
US Secretary of Agriculture
Bayer Cropscience GMBH
Toyota Jidosha KK
TOTAL GERAL 88 instituiccedilotildees
Empresas Internacionais
Fowler TD
Rouffi gnac EPD
Merck Patent GMBH
Procter amp Gamble Co
Yokohama Rubber Co Ltd
Colgate Palmolive
Bridgestone Corp
Henkel KGAA
Goodyear Tire amp Rubber Co
LG Electronics Inc 507
Matsushita Denki Sangyo KK
Toshiba KK
Canon KK
Hitachi Ltd
Mitsubshi Electric Co
Mitsubishi Jukogyo KK
Universidade Federal do Rio de Janeiro
CURSOS
Ofertados nas instituiccedilotildees de ensino nacionais ou internacionais
Introduccedilatildeo a Quiacutemica Verde
Quiacutemica Verde e Quiacutemica Sustentaacutevel
Engenharia Ecoloacutegica e Quiacutemica Verde
ldquoQuiacutemica Verde Fundamentos e Aplicaccedilotildeesrdquo
Quiacutemica Verde na Atualidade
A Quiacutemica Verde e o papel da cataacutelise no contexto da
Inovaccedilatildeo e do Desenvolvimento Tecnoloacutegico
Universidade Federal do Rio de Janeiro
Universidade Federal do Rio de Janeiro
FONTES CONSULTADAS
Quiacutemica verde no Brasil 2010 ndash 2030 Ediccedilatildeo revista e atualizada
Centro de Gestatildeo e Estudos Estrateacutegicos
Ciecircncia Tecnologia e Inovaccedilatildeo
httpwwwsciencedirectcom
httpwwwperiodicoscapesgovbr
LINHAS DE PESQUISA
Luiz Felipe Miranda de Jesus
Universidade Federal do Rio de Janeiro
Linhas de Pesquisa
Buscas Associadas
ldquoQuiacutemica Verderdquo
ldquoQuiacutemica Ambientalrdquo
ldquoQuiacutemica Sustentaacutevelrdquo
ldquoGreen Chemistryrdquo
ldquoQuiacutemica Verde PampDrdquo
ldquoGreen Chemistry RampDrdquo
ldquoUS Green Chemistryrdquo
ldquoEurope Green Chemistryrdquo
Universidade Federal do Rio de Janeiro
Linhas de Pesquisa
Principais Fontes
Identificaccedilatildeo de Instituiccedilotildees citadas em artigos e outras publicaccedilotildees
CAPES
CNPQ
ABQ
SBPC
Instituiccedilotildees de Fomento (FINEP FAPESPetc)
CGEE
MCT
Sites das Universidades
EPA
IUPAC
ACS
Green Chemistry Network
Royal Society of Chemistry
European Environment Agency
Universidade Federal do Rio de Janeiro
The Interuniversity National Consortium Chemistry for the Environment (INCA Consortium) Gathers 33 Italian universities and about 90 research units headquarters in Venezia and Roma Italy
NSF Science and Technology Center for Environmentally Responsible Solvents and Processes University of North Carolina Chapel Hill Queens University Ionic Liquid Laboratories (QUILL)
Queens University of Belfast The Clean Technology Research Group University of Nottingham The Green Chemistry Group (see below now called centre of excellence)
University of York Centre for Green Chemistry University of Monash Centre for Green Manufacturing University of Alabama Chemical Process Engineering Research Institute Centre for Research amp Technology University of Leicester (UK) Leicester Green Chemistry Group
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
University of Leeds (UK) Leeds Cleaner Synthesis Group Institute of Applied Catalysis (UK) A research network for catalysis Carnegie Mellon University (USA) Institute for Green Oxidation Chemistry Institute for a Sustainable Environment (USA) University of Oregon Center for Sustainable and Green Chemistry (DEN) httpwwwcsgdtudk Green Chemistry Centre of Excellence (UK) httpwwwyorkacukresgcgsiteindexhtm Center for Green Chemistry at UMass Boston (US) httpwwwgreenchemistryumbedu Center for Green Chemistry at UMass Lowell (US) httpwwwgreenchemistryumledu University of Notre Dame Energy Centre (USA) httpwwwndedu~ndenergy Goumlteborg Universitys Centre for Environment and Sustainability (SWE) httpwwwchalmerssegmvEN
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
MSc in Green Chemistry and Sustainable Industrial Technology
Department of Chemistry at the University of York
Master en Quimica Sostenible
Faculty of Sciences at the University of Zaragoza
MSc in Green Chemistry Energy and the Environment
Imperical College London
MSc in Chemical Research (Green Chemistry with Industry)
CTA funding to the University of Leicester
1st year Master of Science Chemistry Specializing in Green Chemistry
University Louis Pasteur (Strasbourg I)
Master of Chemistry and EST
Universiteacute de Savoie
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
Schools with Green Chemistry Programs
United States
Eastern Connecticut
Yale University
Massachusetts
Bridgewater State College
Gordon College
University of Massachusetts Boston
University of Massachusetts Lowell Center for Green Chemistry
Pennsylvania
Carnegie Mellon Institute for Green Oxidation Chemistry
University of Scranton
Arkansas
Hendrix College (green organic chemistry)
Illinois
University of Illinois-Urbana-Champaign
Minnesota
St Olaf College
Alabama
University of Alabama
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
Linhas de Pesquisa California
Berkeley Center for Green Chemistry
UC Berkeley Extension
Colorado
Colorado School of Mines
Oregon
University of Oregon
Schools with Green Chemistry Programs - International
Australia
Monash University Centre for Green Chemistry
Murdoch University Sustainable ChemistryGreen Chemistry
Netherlands
Delft University of Technology Biocatalysis and Organic Chemistry
Italy
Interuniversity Consortium Chemistry for the Environment (INCA)
Universidade Federal do Rio de Janeiro
Northern Ireland
Queens University of Belfast Ionic Liquid Laboratories
Spain
Institute of Science and Technology (IUCT)
Green Chemistry Network of Spain (REDQS - Red Espantildeola de Quiacutemica Sostenible)
Sweden
Centre for Environment and Sustainability - Chalmers University of
TechnologyGoumlteborg University
United Kingdom
Green Chemistry Centre of Excellence at York
University of Leicester Green Chemistry Group
University of Nottingham Green and Analytical Chemistry
Brazil
Universidade do Vale do Itajaiacute Center for Technological Earth and Sea Sciences
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
Linhas de Pesquisa
Observaccedilotildees
Poucos programas especiacuteficos em ldquoQuiacutemica Verderdquo
Perfil multidisciplinar
Descriccedilatildeo de diversas linhas abrange somente um ou
alguns dos princiacutepios da ldquoQuiacutemica Verderdquo
Associaccedilatildeo inadequada ao tema
Necessidade de ampliaccedilatildeo de escopo
Movimento inicial de fomento aos projetos na aacuterea
Universidade Federal do Rio de Janeiro
CONGRESSOS E OUTROS SITES
Natasha Kelber
Universidade Federal do Rio de Janeiro
Universidade Federal do Rio de Janeiro
CONGRESSOS NACIONAIS
5ordm Simpoacutesio Nacional de Biocombustiacuteveis ndash BIOCOM ndash 14 a15Abril2012 ndash Canoas
RS
4ordf Escola de Quiacutemica Verde - JaneiroFevereiro2012 - Satildeo Paulo SP
VII Congresso Brasileiro de Biosseguranccedila - 19-23Setembro2011 - Joinville SC
II Semana de Biotecnologia Industrial - 20-22Outubro2010 - Lorena SP
5ordm Congresso Internacional de Bioenergia - 10-13Agosto2010 - Curitiba PR
II Semana de Biotecnologia Industrial - Julho2009 - Lorena SP
VI Congresso Brasileiro de Biosseguranccedila
VI Simpoacutesio Latino-Americano de Produtos Biotecnoloacutegicos
I Simpoacutesio Internacional de Biosseguridade e Pesquisa de Duplo Uso
I Feira de Equipamentos e Dispositivos de Biosseguranccedila ndash 22-25 Setembro2009 -
Rio de Janeiro RJ
1ordm Encontro Franco-Brasileiro de Quiacutemica Verde - 11 a 13Outubro2011
Universidade Federal do Rio de Janeiro
CONGRESSOS INTERNACIONAIS
3nd Brazilian Conference on Natural Products - 29Outubro-02Novembro2011 -
Ouro Preto MG
Biodiesel Congress - 27-29Julho2011 - Satildeo Paulo SP
IGCW 2011 Industrial Green Chemistry World Symposium amp Expo - December 4-6
2011 - Mumbai Iacutendia
3rd Asia-Oceania Conference on Green and Sustainable Chemistry (AOC-3) -
December 4-7 2011 - Melbourne Austraacutelia
3rd International Congress on Green Process Engineering - December 6-8 2011 -
Kuala Lumpur Malaysia
Minnesota Green Chemistry Conference - January 26 2012 - Minneapolis MN
The Asian Conference on Sustainability Energy amp the Environment - May 3-6 2012 -
Osaka Japan
16th Annual Green Chemistry amp Engineering Conference - June 18-20 2012 -
Washington DC
Gordon Research Seminar and Conference on Green Chemistry - July 21-27 2012 -
Lucca (Barga) Italy
4th International IUPAC Conference on Green Chemistry - August 25-29 2012 - Foz
do IguaccediluPR Brazil
Universidade Federal do Rio de Janeiro
OUTROS SITES
httpportalacsorgportalacscorgcontent_nfpb=trueamp_pageLabel=PP_SUPERAR
TICLEampnode_id=1401ampuse_sec=falseampsec_url_var=region1amp__uuid=6e2273c5-5e7f-
4c7b-8931-530d244f1650P15_704
httpwwwcleanproductionorgGreenphp
wwwrscorgMembershipNetworkingInternationalActivitiesPanAfricaindexasp
httpwwworganic-chemistryorgtopicsgreen-chemistryshtm
httpagenciafapespbr12992
httpacademicscrantonedufacultycannm1greenchemistryporthtml
httpwwwabqorgbrsimpequi2010trabalhos122-7744htm
httpbrlinkedincominquimicaverde
httpwwwcinprorgbrFreeComponent10435content149251shtml
httpquiverdeblogspotcom201006os-12-principios-da-quimica-verdehtml
httpwwwufpeltchebriqgwwverde
httpwwwbrasilescolacomquimicaprincipios-quimica-verdehtm
httpwwwsustentabilidaderesultadoscombrgreen-chemistry-a-sustainable-
opportunity
httpwwwgreenchemistrynetworkorg
httpwwwepagovgreenchemistry
PUBLICACcedilOtildeES E PERIOacuteDICOS
Renato Soares
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS
Base de Dados
Royal Society of Chemistry (30)
SpringerLink (MetaPress) (30)
Wiley Online Library (30)
ACS Journals Search (30)
Nature (NPG) (30)
Science (AAAS) (30)
IOPscience (Institute of Phsics) (30)
Oxford Journals (Oxford University Press) (30)
ScienceDirect (Elsevier) (30)
Annual Reviews (29)
AIP Scitation ndash American Institute of Physics (28)
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS
Annual Review of Biochemistry (6)
Scientific American (5)
Ecological Indicators (5)
Green Chemistry Educat (4)
Nature Chemistry (4)
J Chem Educ (3)
Autobiographies by Nob (3)
J Appl Phys (3)
Food Hydrocolloids (3)
Chem Soc Rev (2)
Annual Review of Environment and Resources (2)
J Am Chem Soc (2)
The Excitement and Fascination of Science (2)
Environmental Science and Pollution Research (2)
Universidade Federal do Rio de Janeiro
COLECcedilOtildeES E TEXTOS
Murilo Alves
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS REVISTAS E JORNAIS CIENTIacuteFICOS Revistas Cientiacuteficas com conteuacutedos sobre ensino de ciecircnciasquiacutemica e
quiacutemica verde
O primeiro artigo que atendeu aos criteacuterios adotados
neste trabalho e cujo tiacutetulo conteacutem a expressatildeo Green Chemistry (Quiacutemica Verde) - Design for the
environment and Green Chemistry the heart and soul
of industrial ecology - foi publicado em 1997
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS REVISTAS E JORNAIS CIENTIacuteFICOS Revistas Cientiacuteficas com conteuacutedos sobre ensino de ciecircnciasquiacutemica e
quiacutemica verde
Revista Quiacutemica Nova na Escola - QNEsc A Revista Quiacutemica Nova na Escola (QNEsc) com uma periodicidade trimestral propotildee-se a subsidiar o trabalho a formaccedilatildeo e a atualizaccedilatildeo da comunidade do Ensino de Quiacutemica brasileiro QNEsc integra-se agrave linha editorial da Sociedade Brasileira de Quiacutemica que publica tambeacutem a revista Quiacutemica Nova e o Journal of the Brazillian Chemical Society Quiacutemica Nova na Escola eacute um espaccedilo aberto ao educador suscitando debates e reflexotildees sobre o ensino e a aprendizagem de quiacutemica Assim contribui para a tarefa fundamental de formar verdadeiros cidadatildeos Nesse sentido a Divisatildeo de Ensino disponibiliza neste portal na iacutentegra e de forma totalmente gratuita todos os artigos publicados no formato PDF Estatildeo disponiacuteveis tambeacutem os Cadernos Temaacuteticos publicados desde 2001 pela Divisatildeo de Ensino
Green Chemistry - Journal Jornal publicado pela Royal Society of Chemistry - RCS que se apresenta como um espaccedilo para publicaccedilatildeo sobre
pesquisas de ponta no desenvolvimento de tecnologias alternativas sustentaacuteveis
Green Green - revista italiana do Consoacutercio Interuniversitaacuterio Quiacutemica Nacional do Meio Ambiente (INCA) em colaboraccedilatildeo com a Sociedade Quiacutemica Italiana (SCI) 1 5 ACS Publications A Divisatildeo de Publicaccedilotildees da Sociedade Americana de Quiacutemica (American Chemical Society - ACS) oferece a comunidade cientiacutefica mundial uma coleccedilatildeo abrangente dos perioacutedicos mais citados revisados por pares em ciecircncias quiacutemicas e afins
Universidade Federal do Rio de Janeiro
Universidade Federal do Rio de Janeiro
FONTES CONSULTADAS
httpwwwqmcufscbrgieqindexphplinkshtml
httpwwwperiodicoscapesgovbr
httpwwwscielocom
Organizaccediloes - 100 maiores empresas em Bioenergia 2011-12 Referencia Biofuels Digest online publication
November 9 2011 author Jim Lane
1 Solazyme
2 Amyris
3 Gevo
4 POET
5 LS9
6 Novozymes
7 Enerkem
8 LanzaTech
9 UOP
10 ZeaChem
11 Codexis
12 Abengoa Bioenergy
13 KiOR
14 Virent Energy Systems
15 Sapphire Energy
16 Ceres
17 Coskata
18 DuPont Cellulosic
19 Terrabon
20 Mascoma
21 Cobalt Technologies
22 Petrobras
23 Joule Unlimited
24 BP Biofuels
25 Neste
26 Waste Management
27 Rentech
28 Qteros
29 INEOS Bio
30 Genencor
31 Genomatica
32 Shell
33 Synthetic Genomics
34 Chemtex
100 maiores empresas em Bioenergia 2011-12 Referencia Biofuels Digest online publication November 9 2011
author Jim Lane
35 Algenol
36 Elevance Renewable Sciences
37 OriginOil
38 SG Biofuels
39 Cosan
40 HCL CleanTech
41 Fulcrum Bioenergy
42 Cargill
43 Chevron
44 Bluefire Renewables
45 Dynamic Fuels
46 Mendel
47 OPX Biotechnologies
48 Inbicon
49 Renmatix
50 Monsanto
51 Butamax
52 Iogen
53 DuPont
54 Verenium
55 PetroAlgae
56 DSM
57 ExxonMobil
58 Envergent
59 Aurora Algae
60 Syngenta
61 Praj Industries
62 Phycal
63 Renewable Energy Group
64 Clear Fuels Technology
65 ArborGen
66 KL Energy
67 Solix Biofuels
100 maiores empresas em Bioenergia 2011-12 Referencia Biofuels Digest online publication November 9 2011
author Jim Lane
68 Catchlight Energy
69 Dyadic
70 AE Biofuels
71 Myriant
72 EdeniQ
73 Avantium
74 Propel Fuels
75 GlycosBio
76 ETH Bioenergia
77 Chemrec
78 Ensyn
79 Green Plains Renewable Energy
80 Range Fuels
81 Bioprocess Algae
82 SynGest
83 TMO Renewables
84 Chromatin
85 Blue Marble Biomaterials
86 Genera Energy
87 ICM
88 Albemarle
89 Lignol
90 Raizen
91 Verdezyne
92 Greenfuel Ethanol
93 Atlantic Biomass Conversions
94 Pacific Ethanol
95 Dong Energy
96 SEKAB
97 Borregaard Industries
98 Dynamotive
99 Allard Research
100 Targeted Growth
CURSOS
Ofertados nas instituiccedilotildees de ensino nacionais ou internacionais
Introduccedilatildeo a Quiacutemica Verde
Quiacutemica Verde e Quiacutemica Sustentaacutevel
Engenharia Ecoloacutegica e Quiacutemica Verde
ldquoQuiacutemica Verde Fundamentos e Aplicaccedilotildeesrdquo
Quiacutemica Verde na Atualidade
A Quiacutemica Verde e o papel da cataacutelise no contexto da
Inovaccedilatildeo e do Desenvolvimento Tecnoloacutegico
Universidade Federal do Rio de Janeiro
Universidade Federal do Rio de Janeiro
FONTES CONSULTADAS
Quiacutemica verde no Brasil 2010 ndash 2030 Ediccedilatildeo revista e atualizada
Centro de Gestatildeo e Estudos Estrateacutegicos
Ciecircncia Tecnologia e Inovaccedilatildeo
httpwwwsciencedirectcom
httpwwwperiodicoscapesgovbr
LINHAS DE PESQUISA
Luiz Felipe Miranda de Jesus
Universidade Federal do Rio de Janeiro
Linhas de Pesquisa
Buscas Associadas
ldquoQuiacutemica Verderdquo
ldquoQuiacutemica Ambientalrdquo
ldquoQuiacutemica Sustentaacutevelrdquo
ldquoGreen Chemistryrdquo
ldquoQuiacutemica Verde PampDrdquo
ldquoGreen Chemistry RampDrdquo
ldquoUS Green Chemistryrdquo
ldquoEurope Green Chemistryrdquo
Universidade Federal do Rio de Janeiro
Linhas de Pesquisa
Principais Fontes
Identificaccedilatildeo de Instituiccedilotildees citadas em artigos e outras publicaccedilotildees
CAPES
CNPQ
ABQ
SBPC
Instituiccedilotildees de Fomento (FINEP FAPESPetc)
CGEE
MCT
Sites das Universidades
EPA
IUPAC
ACS
Green Chemistry Network
Royal Society of Chemistry
European Environment Agency
Universidade Federal do Rio de Janeiro
The Interuniversity National Consortium Chemistry for the Environment (INCA Consortium) Gathers 33 Italian universities and about 90 research units headquarters in Venezia and Roma Italy
NSF Science and Technology Center for Environmentally Responsible Solvents and Processes University of North Carolina Chapel Hill Queens University Ionic Liquid Laboratories (QUILL)
Queens University of Belfast The Clean Technology Research Group University of Nottingham The Green Chemistry Group (see below now called centre of excellence)
University of York Centre for Green Chemistry University of Monash Centre for Green Manufacturing University of Alabama Chemical Process Engineering Research Institute Centre for Research amp Technology University of Leicester (UK) Leicester Green Chemistry Group
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
University of Leeds (UK) Leeds Cleaner Synthesis Group Institute of Applied Catalysis (UK) A research network for catalysis Carnegie Mellon University (USA) Institute for Green Oxidation Chemistry Institute for a Sustainable Environment (USA) University of Oregon Center for Sustainable and Green Chemistry (DEN) httpwwwcsgdtudk Green Chemistry Centre of Excellence (UK) httpwwwyorkacukresgcgsiteindexhtm Center for Green Chemistry at UMass Boston (US) httpwwwgreenchemistryumbedu Center for Green Chemistry at UMass Lowell (US) httpwwwgreenchemistryumledu University of Notre Dame Energy Centre (USA) httpwwwndedu~ndenergy Goumlteborg Universitys Centre for Environment and Sustainability (SWE) httpwwwchalmerssegmvEN
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
MSc in Green Chemistry and Sustainable Industrial Technology
Department of Chemistry at the University of York
Master en Quimica Sostenible
Faculty of Sciences at the University of Zaragoza
MSc in Green Chemistry Energy and the Environment
Imperical College London
MSc in Chemical Research (Green Chemistry with Industry)
CTA funding to the University of Leicester
1st year Master of Science Chemistry Specializing in Green Chemistry
University Louis Pasteur (Strasbourg I)
Master of Chemistry and EST
Universiteacute de Savoie
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
Schools with Green Chemistry Programs
United States
Eastern Connecticut
Yale University
Massachusetts
Bridgewater State College
Gordon College
University of Massachusetts Boston
University of Massachusetts Lowell Center for Green Chemistry
Pennsylvania
Carnegie Mellon Institute for Green Oxidation Chemistry
University of Scranton
Arkansas
Hendrix College (green organic chemistry)
Illinois
University of Illinois-Urbana-Champaign
Minnesota
St Olaf College
Alabama
University of Alabama
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
Linhas de Pesquisa California
Berkeley Center for Green Chemistry
UC Berkeley Extension
Colorado
Colorado School of Mines
Oregon
University of Oregon
Schools with Green Chemistry Programs - International
Australia
Monash University Centre for Green Chemistry
Murdoch University Sustainable ChemistryGreen Chemistry
Netherlands
Delft University of Technology Biocatalysis and Organic Chemistry
Italy
Interuniversity Consortium Chemistry for the Environment (INCA)
Universidade Federal do Rio de Janeiro
Northern Ireland
Queens University of Belfast Ionic Liquid Laboratories
Spain
Institute of Science and Technology (IUCT)
Green Chemistry Network of Spain (REDQS - Red Espantildeola de Quiacutemica Sostenible)
Sweden
Centre for Environment and Sustainability - Chalmers University of
TechnologyGoumlteborg University
United Kingdom
Green Chemistry Centre of Excellence at York
University of Leicester Green Chemistry Group
University of Nottingham Green and Analytical Chemistry
Brazil
Universidade do Vale do Itajaiacute Center for Technological Earth and Sea Sciences
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
Linhas de Pesquisa
Observaccedilotildees
Poucos programas especiacuteficos em ldquoQuiacutemica Verderdquo
Perfil multidisciplinar
Descriccedilatildeo de diversas linhas abrange somente um ou
alguns dos princiacutepios da ldquoQuiacutemica Verderdquo
Associaccedilatildeo inadequada ao tema
Necessidade de ampliaccedilatildeo de escopo
Movimento inicial de fomento aos projetos na aacuterea
Universidade Federal do Rio de Janeiro
CONGRESSOS E OUTROS SITES
Natasha Kelber
Universidade Federal do Rio de Janeiro
Universidade Federal do Rio de Janeiro
CONGRESSOS NACIONAIS
5ordm Simpoacutesio Nacional de Biocombustiacuteveis ndash BIOCOM ndash 14 a15Abril2012 ndash Canoas
RS
4ordf Escola de Quiacutemica Verde - JaneiroFevereiro2012 - Satildeo Paulo SP
VII Congresso Brasileiro de Biosseguranccedila - 19-23Setembro2011 - Joinville SC
II Semana de Biotecnologia Industrial - 20-22Outubro2010 - Lorena SP
5ordm Congresso Internacional de Bioenergia - 10-13Agosto2010 - Curitiba PR
II Semana de Biotecnologia Industrial - Julho2009 - Lorena SP
VI Congresso Brasileiro de Biosseguranccedila
VI Simpoacutesio Latino-Americano de Produtos Biotecnoloacutegicos
I Simpoacutesio Internacional de Biosseguridade e Pesquisa de Duplo Uso
I Feira de Equipamentos e Dispositivos de Biosseguranccedila ndash 22-25 Setembro2009 -
Rio de Janeiro RJ
1ordm Encontro Franco-Brasileiro de Quiacutemica Verde - 11 a 13Outubro2011
Universidade Federal do Rio de Janeiro
CONGRESSOS INTERNACIONAIS
3nd Brazilian Conference on Natural Products - 29Outubro-02Novembro2011 -
Ouro Preto MG
Biodiesel Congress - 27-29Julho2011 - Satildeo Paulo SP
IGCW 2011 Industrial Green Chemistry World Symposium amp Expo - December 4-6
2011 - Mumbai Iacutendia
3rd Asia-Oceania Conference on Green and Sustainable Chemistry (AOC-3) -
December 4-7 2011 - Melbourne Austraacutelia
3rd International Congress on Green Process Engineering - December 6-8 2011 -
Kuala Lumpur Malaysia
Minnesota Green Chemistry Conference - January 26 2012 - Minneapolis MN
The Asian Conference on Sustainability Energy amp the Environment - May 3-6 2012 -
Osaka Japan
16th Annual Green Chemistry amp Engineering Conference - June 18-20 2012 -
Washington DC
Gordon Research Seminar and Conference on Green Chemistry - July 21-27 2012 -
Lucca (Barga) Italy
4th International IUPAC Conference on Green Chemistry - August 25-29 2012 - Foz
do IguaccediluPR Brazil
Universidade Federal do Rio de Janeiro
OUTROS SITES
httpportalacsorgportalacscorgcontent_nfpb=trueamp_pageLabel=PP_SUPERAR
TICLEampnode_id=1401ampuse_sec=falseampsec_url_var=region1amp__uuid=6e2273c5-5e7f-
4c7b-8931-530d244f1650P15_704
httpwwwcleanproductionorgGreenphp
wwwrscorgMembershipNetworkingInternationalActivitiesPanAfricaindexasp
httpwwworganic-chemistryorgtopicsgreen-chemistryshtm
httpagenciafapespbr12992
httpacademicscrantonedufacultycannm1greenchemistryporthtml
httpwwwabqorgbrsimpequi2010trabalhos122-7744htm
httpbrlinkedincominquimicaverde
httpwwwcinprorgbrFreeComponent10435content149251shtml
httpquiverdeblogspotcom201006os-12-principios-da-quimica-verdehtml
httpwwwufpeltchebriqgwwverde
httpwwwbrasilescolacomquimicaprincipios-quimica-verdehtm
httpwwwsustentabilidaderesultadoscombrgreen-chemistry-a-sustainable-
opportunity
httpwwwgreenchemistrynetworkorg
httpwwwepagovgreenchemistry
PUBLICACcedilOtildeES E PERIOacuteDICOS
Renato Soares
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS
Base de Dados
Royal Society of Chemistry (30)
SpringerLink (MetaPress) (30)
Wiley Online Library (30)
ACS Journals Search (30)
Nature (NPG) (30)
Science (AAAS) (30)
IOPscience (Institute of Phsics) (30)
Oxford Journals (Oxford University Press) (30)
ScienceDirect (Elsevier) (30)
Annual Reviews (29)
AIP Scitation ndash American Institute of Physics (28)
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS
Annual Review of Biochemistry (6)
Scientific American (5)
Ecological Indicators (5)
Green Chemistry Educat (4)
Nature Chemistry (4)
J Chem Educ (3)
Autobiographies by Nob (3)
J Appl Phys (3)
Food Hydrocolloids (3)
Chem Soc Rev (2)
Annual Review of Environment and Resources (2)
J Am Chem Soc (2)
The Excitement and Fascination of Science (2)
Environmental Science and Pollution Research (2)
Universidade Federal do Rio de Janeiro
COLECcedilOtildeES E TEXTOS
Murilo Alves
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS REVISTAS E JORNAIS CIENTIacuteFICOS Revistas Cientiacuteficas com conteuacutedos sobre ensino de ciecircnciasquiacutemica e
quiacutemica verde
O primeiro artigo que atendeu aos criteacuterios adotados
neste trabalho e cujo tiacutetulo conteacutem a expressatildeo Green Chemistry (Quiacutemica Verde) - Design for the
environment and Green Chemistry the heart and soul
of industrial ecology - foi publicado em 1997
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS REVISTAS E JORNAIS CIENTIacuteFICOS Revistas Cientiacuteficas com conteuacutedos sobre ensino de ciecircnciasquiacutemica e
quiacutemica verde
Revista Quiacutemica Nova na Escola - QNEsc A Revista Quiacutemica Nova na Escola (QNEsc) com uma periodicidade trimestral propotildee-se a subsidiar o trabalho a formaccedilatildeo e a atualizaccedilatildeo da comunidade do Ensino de Quiacutemica brasileiro QNEsc integra-se agrave linha editorial da Sociedade Brasileira de Quiacutemica que publica tambeacutem a revista Quiacutemica Nova e o Journal of the Brazillian Chemical Society Quiacutemica Nova na Escola eacute um espaccedilo aberto ao educador suscitando debates e reflexotildees sobre o ensino e a aprendizagem de quiacutemica Assim contribui para a tarefa fundamental de formar verdadeiros cidadatildeos Nesse sentido a Divisatildeo de Ensino disponibiliza neste portal na iacutentegra e de forma totalmente gratuita todos os artigos publicados no formato PDF Estatildeo disponiacuteveis tambeacutem os Cadernos Temaacuteticos publicados desde 2001 pela Divisatildeo de Ensino
Green Chemistry - Journal Jornal publicado pela Royal Society of Chemistry - RCS que se apresenta como um espaccedilo para publicaccedilatildeo sobre
pesquisas de ponta no desenvolvimento de tecnologias alternativas sustentaacuteveis
Green Green - revista italiana do Consoacutercio Interuniversitaacuterio Quiacutemica Nacional do Meio Ambiente (INCA) em colaboraccedilatildeo com a Sociedade Quiacutemica Italiana (SCI) 1 5 ACS Publications A Divisatildeo de Publicaccedilotildees da Sociedade Americana de Quiacutemica (American Chemical Society - ACS) oferece a comunidade cientiacutefica mundial uma coleccedilatildeo abrangente dos perioacutedicos mais citados revisados por pares em ciecircncias quiacutemicas e afins
Universidade Federal do Rio de Janeiro
Universidade Federal do Rio de Janeiro
FONTES CONSULTADAS
httpwwwqmcufscbrgieqindexphplinkshtml
httpwwwperiodicoscapesgovbr
httpwwwscielocom
Organizaccediloes - 100 maiores empresas em Bioenergia 2011-12 Referencia Biofuels Digest online publication
November 9 2011 author Jim Lane
1 Solazyme
2 Amyris
3 Gevo
4 POET
5 LS9
6 Novozymes
7 Enerkem
8 LanzaTech
9 UOP
10 ZeaChem
11 Codexis
12 Abengoa Bioenergy
13 KiOR
14 Virent Energy Systems
15 Sapphire Energy
16 Ceres
17 Coskata
18 DuPont Cellulosic
19 Terrabon
20 Mascoma
21 Cobalt Technologies
22 Petrobras
23 Joule Unlimited
24 BP Biofuels
25 Neste
26 Waste Management
27 Rentech
28 Qteros
29 INEOS Bio
30 Genencor
31 Genomatica
32 Shell
33 Synthetic Genomics
34 Chemtex
100 maiores empresas em Bioenergia 2011-12 Referencia Biofuels Digest online publication November 9 2011
author Jim Lane
35 Algenol
36 Elevance Renewable Sciences
37 OriginOil
38 SG Biofuels
39 Cosan
40 HCL CleanTech
41 Fulcrum Bioenergy
42 Cargill
43 Chevron
44 Bluefire Renewables
45 Dynamic Fuels
46 Mendel
47 OPX Biotechnologies
48 Inbicon
49 Renmatix
50 Monsanto
51 Butamax
52 Iogen
53 DuPont
54 Verenium
55 PetroAlgae
56 DSM
57 ExxonMobil
58 Envergent
59 Aurora Algae
60 Syngenta
61 Praj Industries
62 Phycal
63 Renewable Energy Group
64 Clear Fuels Technology
65 ArborGen
66 KL Energy
67 Solix Biofuels
100 maiores empresas em Bioenergia 2011-12 Referencia Biofuels Digest online publication November 9 2011
author Jim Lane
68 Catchlight Energy
69 Dyadic
70 AE Biofuels
71 Myriant
72 EdeniQ
73 Avantium
74 Propel Fuels
75 GlycosBio
76 ETH Bioenergia
77 Chemrec
78 Ensyn
79 Green Plains Renewable Energy
80 Range Fuels
81 Bioprocess Algae
82 SynGest
83 TMO Renewables
84 Chromatin
85 Blue Marble Biomaterials
86 Genera Energy
87 ICM
88 Albemarle
89 Lignol
90 Raizen
91 Verdezyne
92 Greenfuel Ethanol
93 Atlantic Biomass Conversions
94 Pacific Ethanol
95 Dong Energy
96 SEKAB
97 Borregaard Industries
98 Dynamotive
99 Allard Research
100 Targeted Growth
Universidade Federal do Rio de Janeiro
FONTES CONSULTADAS
Quiacutemica verde no Brasil 2010 ndash 2030 Ediccedilatildeo revista e atualizada
Centro de Gestatildeo e Estudos Estrateacutegicos
Ciecircncia Tecnologia e Inovaccedilatildeo
httpwwwsciencedirectcom
httpwwwperiodicoscapesgovbr
LINHAS DE PESQUISA
Luiz Felipe Miranda de Jesus
Universidade Federal do Rio de Janeiro
Linhas de Pesquisa
Buscas Associadas
ldquoQuiacutemica Verderdquo
ldquoQuiacutemica Ambientalrdquo
ldquoQuiacutemica Sustentaacutevelrdquo
ldquoGreen Chemistryrdquo
ldquoQuiacutemica Verde PampDrdquo
ldquoGreen Chemistry RampDrdquo
ldquoUS Green Chemistryrdquo
ldquoEurope Green Chemistryrdquo
Universidade Federal do Rio de Janeiro
Linhas de Pesquisa
Principais Fontes
Identificaccedilatildeo de Instituiccedilotildees citadas em artigos e outras publicaccedilotildees
CAPES
CNPQ
ABQ
SBPC
Instituiccedilotildees de Fomento (FINEP FAPESPetc)
CGEE
MCT
Sites das Universidades
EPA
IUPAC
ACS
Green Chemistry Network
Royal Society of Chemistry
European Environment Agency
Universidade Federal do Rio de Janeiro
The Interuniversity National Consortium Chemistry for the Environment (INCA Consortium) Gathers 33 Italian universities and about 90 research units headquarters in Venezia and Roma Italy
NSF Science and Technology Center for Environmentally Responsible Solvents and Processes University of North Carolina Chapel Hill Queens University Ionic Liquid Laboratories (QUILL)
Queens University of Belfast The Clean Technology Research Group University of Nottingham The Green Chemistry Group (see below now called centre of excellence)
University of York Centre for Green Chemistry University of Monash Centre for Green Manufacturing University of Alabama Chemical Process Engineering Research Institute Centre for Research amp Technology University of Leicester (UK) Leicester Green Chemistry Group
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
University of Leeds (UK) Leeds Cleaner Synthesis Group Institute of Applied Catalysis (UK) A research network for catalysis Carnegie Mellon University (USA) Institute for Green Oxidation Chemistry Institute for a Sustainable Environment (USA) University of Oregon Center for Sustainable and Green Chemistry (DEN) httpwwwcsgdtudk Green Chemistry Centre of Excellence (UK) httpwwwyorkacukresgcgsiteindexhtm Center for Green Chemistry at UMass Boston (US) httpwwwgreenchemistryumbedu Center for Green Chemistry at UMass Lowell (US) httpwwwgreenchemistryumledu University of Notre Dame Energy Centre (USA) httpwwwndedu~ndenergy Goumlteborg Universitys Centre for Environment and Sustainability (SWE) httpwwwchalmerssegmvEN
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
MSc in Green Chemistry and Sustainable Industrial Technology
Department of Chemistry at the University of York
Master en Quimica Sostenible
Faculty of Sciences at the University of Zaragoza
MSc in Green Chemistry Energy and the Environment
Imperical College London
MSc in Chemical Research (Green Chemistry with Industry)
CTA funding to the University of Leicester
1st year Master of Science Chemistry Specializing in Green Chemistry
University Louis Pasteur (Strasbourg I)
Master of Chemistry and EST
Universiteacute de Savoie
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
Schools with Green Chemistry Programs
United States
Eastern Connecticut
Yale University
Massachusetts
Bridgewater State College
Gordon College
University of Massachusetts Boston
University of Massachusetts Lowell Center for Green Chemistry
Pennsylvania
Carnegie Mellon Institute for Green Oxidation Chemistry
University of Scranton
Arkansas
Hendrix College (green organic chemistry)
Illinois
University of Illinois-Urbana-Champaign
Minnesota
St Olaf College
Alabama
University of Alabama
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
Linhas de Pesquisa California
Berkeley Center for Green Chemistry
UC Berkeley Extension
Colorado
Colorado School of Mines
Oregon
University of Oregon
Schools with Green Chemistry Programs - International
Australia
Monash University Centre for Green Chemistry
Murdoch University Sustainable ChemistryGreen Chemistry
Netherlands
Delft University of Technology Biocatalysis and Organic Chemistry
Italy
Interuniversity Consortium Chemistry for the Environment (INCA)
Universidade Federal do Rio de Janeiro
Northern Ireland
Queens University of Belfast Ionic Liquid Laboratories
Spain
Institute of Science and Technology (IUCT)
Green Chemistry Network of Spain (REDQS - Red Espantildeola de Quiacutemica Sostenible)
Sweden
Centre for Environment and Sustainability - Chalmers University of
TechnologyGoumlteborg University
United Kingdom
Green Chemistry Centre of Excellence at York
University of Leicester Green Chemistry Group
University of Nottingham Green and Analytical Chemistry
Brazil
Universidade do Vale do Itajaiacute Center for Technological Earth and Sea Sciences
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
Linhas de Pesquisa
Observaccedilotildees
Poucos programas especiacuteficos em ldquoQuiacutemica Verderdquo
Perfil multidisciplinar
Descriccedilatildeo de diversas linhas abrange somente um ou
alguns dos princiacutepios da ldquoQuiacutemica Verderdquo
Associaccedilatildeo inadequada ao tema
Necessidade de ampliaccedilatildeo de escopo
Movimento inicial de fomento aos projetos na aacuterea
Universidade Federal do Rio de Janeiro
CONGRESSOS E OUTROS SITES
Natasha Kelber
Universidade Federal do Rio de Janeiro
Universidade Federal do Rio de Janeiro
CONGRESSOS NACIONAIS
5ordm Simpoacutesio Nacional de Biocombustiacuteveis ndash BIOCOM ndash 14 a15Abril2012 ndash Canoas
RS
4ordf Escola de Quiacutemica Verde - JaneiroFevereiro2012 - Satildeo Paulo SP
VII Congresso Brasileiro de Biosseguranccedila - 19-23Setembro2011 - Joinville SC
II Semana de Biotecnologia Industrial - 20-22Outubro2010 - Lorena SP
5ordm Congresso Internacional de Bioenergia - 10-13Agosto2010 - Curitiba PR
II Semana de Biotecnologia Industrial - Julho2009 - Lorena SP
VI Congresso Brasileiro de Biosseguranccedila
VI Simpoacutesio Latino-Americano de Produtos Biotecnoloacutegicos
I Simpoacutesio Internacional de Biosseguridade e Pesquisa de Duplo Uso
I Feira de Equipamentos e Dispositivos de Biosseguranccedila ndash 22-25 Setembro2009 -
Rio de Janeiro RJ
1ordm Encontro Franco-Brasileiro de Quiacutemica Verde - 11 a 13Outubro2011
Universidade Federal do Rio de Janeiro
CONGRESSOS INTERNACIONAIS
3nd Brazilian Conference on Natural Products - 29Outubro-02Novembro2011 -
Ouro Preto MG
Biodiesel Congress - 27-29Julho2011 - Satildeo Paulo SP
IGCW 2011 Industrial Green Chemistry World Symposium amp Expo - December 4-6
2011 - Mumbai Iacutendia
3rd Asia-Oceania Conference on Green and Sustainable Chemistry (AOC-3) -
December 4-7 2011 - Melbourne Austraacutelia
3rd International Congress on Green Process Engineering - December 6-8 2011 -
Kuala Lumpur Malaysia
Minnesota Green Chemistry Conference - January 26 2012 - Minneapolis MN
The Asian Conference on Sustainability Energy amp the Environment - May 3-6 2012 -
Osaka Japan
16th Annual Green Chemistry amp Engineering Conference - June 18-20 2012 -
Washington DC
Gordon Research Seminar and Conference on Green Chemistry - July 21-27 2012 -
Lucca (Barga) Italy
4th International IUPAC Conference on Green Chemistry - August 25-29 2012 - Foz
do IguaccediluPR Brazil
Universidade Federal do Rio de Janeiro
OUTROS SITES
httpportalacsorgportalacscorgcontent_nfpb=trueamp_pageLabel=PP_SUPERAR
TICLEampnode_id=1401ampuse_sec=falseampsec_url_var=region1amp__uuid=6e2273c5-5e7f-
4c7b-8931-530d244f1650P15_704
httpwwwcleanproductionorgGreenphp
wwwrscorgMembershipNetworkingInternationalActivitiesPanAfricaindexasp
httpwwworganic-chemistryorgtopicsgreen-chemistryshtm
httpagenciafapespbr12992
httpacademicscrantonedufacultycannm1greenchemistryporthtml
httpwwwabqorgbrsimpequi2010trabalhos122-7744htm
httpbrlinkedincominquimicaverde
httpwwwcinprorgbrFreeComponent10435content149251shtml
httpquiverdeblogspotcom201006os-12-principios-da-quimica-verdehtml
httpwwwufpeltchebriqgwwverde
httpwwwbrasilescolacomquimicaprincipios-quimica-verdehtm
httpwwwsustentabilidaderesultadoscombrgreen-chemistry-a-sustainable-
opportunity
httpwwwgreenchemistrynetworkorg
httpwwwepagovgreenchemistry
PUBLICACcedilOtildeES E PERIOacuteDICOS
Renato Soares
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS
Base de Dados
Royal Society of Chemistry (30)
SpringerLink (MetaPress) (30)
Wiley Online Library (30)
ACS Journals Search (30)
Nature (NPG) (30)
Science (AAAS) (30)
IOPscience (Institute of Phsics) (30)
Oxford Journals (Oxford University Press) (30)
ScienceDirect (Elsevier) (30)
Annual Reviews (29)
AIP Scitation ndash American Institute of Physics (28)
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS
Annual Review of Biochemistry (6)
Scientific American (5)
Ecological Indicators (5)
Green Chemistry Educat (4)
Nature Chemistry (4)
J Chem Educ (3)
Autobiographies by Nob (3)
J Appl Phys (3)
Food Hydrocolloids (3)
Chem Soc Rev (2)
Annual Review of Environment and Resources (2)
J Am Chem Soc (2)
The Excitement and Fascination of Science (2)
Environmental Science and Pollution Research (2)
Universidade Federal do Rio de Janeiro
COLECcedilOtildeES E TEXTOS
Murilo Alves
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS REVISTAS E JORNAIS CIENTIacuteFICOS Revistas Cientiacuteficas com conteuacutedos sobre ensino de ciecircnciasquiacutemica e
quiacutemica verde
O primeiro artigo que atendeu aos criteacuterios adotados
neste trabalho e cujo tiacutetulo conteacutem a expressatildeo Green Chemistry (Quiacutemica Verde) - Design for the
environment and Green Chemistry the heart and soul
of industrial ecology - foi publicado em 1997
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS REVISTAS E JORNAIS CIENTIacuteFICOS Revistas Cientiacuteficas com conteuacutedos sobre ensino de ciecircnciasquiacutemica e
quiacutemica verde
Revista Quiacutemica Nova na Escola - QNEsc A Revista Quiacutemica Nova na Escola (QNEsc) com uma periodicidade trimestral propotildee-se a subsidiar o trabalho a formaccedilatildeo e a atualizaccedilatildeo da comunidade do Ensino de Quiacutemica brasileiro QNEsc integra-se agrave linha editorial da Sociedade Brasileira de Quiacutemica que publica tambeacutem a revista Quiacutemica Nova e o Journal of the Brazillian Chemical Society Quiacutemica Nova na Escola eacute um espaccedilo aberto ao educador suscitando debates e reflexotildees sobre o ensino e a aprendizagem de quiacutemica Assim contribui para a tarefa fundamental de formar verdadeiros cidadatildeos Nesse sentido a Divisatildeo de Ensino disponibiliza neste portal na iacutentegra e de forma totalmente gratuita todos os artigos publicados no formato PDF Estatildeo disponiacuteveis tambeacutem os Cadernos Temaacuteticos publicados desde 2001 pela Divisatildeo de Ensino
Green Chemistry - Journal Jornal publicado pela Royal Society of Chemistry - RCS que se apresenta como um espaccedilo para publicaccedilatildeo sobre
pesquisas de ponta no desenvolvimento de tecnologias alternativas sustentaacuteveis
Green Green - revista italiana do Consoacutercio Interuniversitaacuterio Quiacutemica Nacional do Meio Ambiente (INCA) em colaboraccedilatildeo com a Sociedade Quiacutemica Italiana (SCI) 1 5 ACS Publications A Divisatildeo de Publicaccedilotildees da Sociedade Americana de Quiacutemica (American Chemical Society - ACS) oferece a comunidade cientiacutefica mundial uma coleccedilatildeo abrangente dos perioacutedicos mais citados revisados por pares em ciecircncias quiacutemicas e afins
Universidade Federal do Rio de Janeiro
Universidade Federal do Rio de Janeiro
FONTES CONSULTADAS
httpwwwqmcufscbrgieqindexphplinkshtml
httpwwwperiodicoscapesgovbr
httpwwwscielocom
Organizaccediloes - 100 maiores empresas em Bioenergia 2011-12 Referencia Biofuels Digest online publication
November 9 2011 author Jim Lane
1 Solazyme
2 Amyris
3 Gevo
4 POET
5 LS9
6 Novozymes
7 Enerkem
8 LanzaTech
9 UOP
10 ZeaChem
11 Codexis
12 Abengoa Bioenergy
13 KiOR
14 Virent Energy Systems
15 Sapphire Energy
16 Ceres
17 Coskata
18 DuPont Cellulosic
19 Terrabon
20 Mascoma
21 Cobalt Technologies
22 Petrobras
23 Joule Unlimited
24 BP Biofuels
25 Neste
26 Waste Management
27 Rentech
28 Qteros
29 INEOS Bio
30 Genencor
31 Genomatica
32 Shell
33 Synthetic Genomics
34 Chemtex
100 maiores empresas em Bioenergia 2011-12 Referencia Biofuels Digest online publication November 9 2011
author Jim Lane
35 Algenol
36 Elevance Renewable Sciences
37 OriginOil
38 SG Biofuels
39 Cosan
40 HCL CleanTech
41 Fulcrum Bioenergy
42 Cargill
43 Chevron
44 Bluefire Renewables
45 Dynamic Fuels
46 Mendel
47 OPX Biotechnologies
48 Inbicon
49 Renmatix
50 Monsanto
51 Butamax
52 Iogen
53 DuPont
54 Verenium
55 PetroAlgae
56 DSM
57 ExxonMobil
58 Envergent
59 Aurora Algae
60 Syngenta
61 Praj Industries
62 Phycal
63 Renewable Energy Group
64 Clear Fuels Technology
65 ArborGen
66 KL Energy
67 Solix Biofuels
100 maiores empresas em Bioenergia 2011-12 Referencia Biofuels Digest online publication November 9 2011
author Jim Lane
68 Catchlight Energy
69 Dyadic
70 AE Biofuels
71 Myriant
72 EdeniQ
73 Avantium
74 Propel Fuels
75 GlycosBio
76 ETH Bioenergia
77 Chemrec
78 Ensyn
79 Green Plains Renewable Energy
80 Range Fuels
81 Bioprocess Algae
82 SynGest
83 TMO Renewables
84 Chromatin
85 Blue Marble Biomaterials
86 Genera Energy
87 ICM
88 Albemarle
89 Lignol
90 Raizen
91 Verdezyne
92 Greenfuel Ethanol
93 Atlantic Biomass Conversions
94 Pacific Ethanol
95 Dong Energy
96 SEKAB
97 Borregaard Industries
98 Dynamotive
99 Allard Research
100 Targeted Growth
LINHAS DE PESQUISA
Luiz Felipe Miranda de Jesus
Universidade Federal do Rio de Janeiro
Linhas de Pesquisa
Buscas Associadas
ldquoQuiacutemica Verderdquo
ldquoQuiacutemica Ambientalrdquo
ldquoQuiacutemica Sustentaacutevelrdquo
ldquoGreen Chemistryrdquo
ldquoQuiacutemica Verde PampDrdquo
ldquoGreen Chemistry RampDrdquo
ldquoUS Green Chemistryrdquo
ldquoEurope Green Chemistryrdquo
Universidade Federal do Rio de Janeiro
Linhas de Pesquisa
Principais Fontes
Identificaccedilatildeo de Instituiccedilotildees citadas em artigos e outras publicaccedilotildees
CAPES
CNPQ
ABQ
SBPC
Instituiccedilotildees de Fomento (FINEP FAPESPetc)
CGEE
MCT
Sites das Universidades
EPA
IUPAC
ACS
Green Chemistry Network
Royal Society of Chemistry
European Environment Agency
Universidade Federal do Rio de Janeiro
The Interuniversity National Consortium Chemistry for the Environment (INCA Consortium) Gathers 33 Italian universities and about 90 research units headquarters in Venezia and Roma Italy
NSF Science and Technology Center for Environmentally Responsible Solvents and Processes University of North Carolina Chapel Hill Queens University Ionic Liquid Laboratories (QUILL)
Queens University of Belfast The Clean Technology Research Group University of Nottingham The Green Chemistry Group (see below now called centre of excellence)
University of York Centre for Green Chemistry University of Monash Centre for Green Manufacturing University of Alabama Chemical Process Engineering Research Institute Centre for Research amp Technology University of Leicester (UK) Leicester Green Chemistry Group
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
University of Leeds (UK) Leeds Cleaner Synthesis Group Institute of Applied Catalysis (UK) A research network for catalysis Carnegie Mellon University (USA) Institute for Green Oxidation Chemistry Institute for a Sustainable Environment (USA) University of Oregon Center for Sustainable and Green Chemistry (DEN) httpwwwcsgdtudk Green Chemistry Centre of Excellence (UK) httpwwwyorkacukresgcgsiteindexhtm Center for Green Chemistry at UMass Boston (US) httpwwwgreenchemistryumbedu Center for Green Chemistry at UMass Lowell (US) httpwwwgreenchemistryumledu University of Notre Dame Energy Centre (USA) httpwwwndedu~ndenergy Goumlteborg Universitys Centre for Environment and Sustainability (SWE) httpwwwchalmerssegmvEN
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
MSc in Green Chemistry and Sustainable Industrial Technology
Department of Chemistry at the University of York
Master en Quimica Sostenible
Faculty of Sciences at the University of Zaragoza
MSc in Green Chemistry Energy and the Environment
Imperical College London
MSc in Chemical Research (Green Chemistry with Industry)
CTA funding to the University of Leicester
1st year Master of Science Chemistry Specializing in Green Chemistry
University Louis Pasteur (Strasbourg I)
Master of Chemistry and EST
Universiteacute de Savoie
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
Schools with Green Chemistry Programs
United States
Eastern Connecticut
Yale University
Massachusetts
Bridgewater State College
Gordon College
University of Massachusetts Boston
University of Massachusetts Lowell Center for Green Chemistry
Pennsylvania
Carnegie Mellon Institute for Green Oxidation Chemistry
University of Scranton
Arkansas
Hendrix College (green organic chemistry)
Illinois
University of Illinois-Urbana-Champaign
Minnesota
St Olaf College
Alabama
University of Alabama
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
Linhas de Pesquisa California
Berkeley Center for Green Chemistry
UC Berkeley Extension
Colorado
Colorado School of Mines
Oregon
University of Oregon
Schools with Green Chemistry Programs - International
Australia
Monash University Centre for Green Chemistry
Murdoch University Sustainable ChemistryGreen Chemistry
Netherlands
Delft University of Technology Biocatalysis and Organic Chemistry
Italy
Interuniversity Consortium Chemistry for the Environment (INCA)
Universidade Federal do Rio de Janeiro
Northern Ireland
Queens University of Belfast Ionic Liquid Laboratories
Spain
Institute of Science and Technology (IUCT)
Green Chemistry Network of Spain (REDQS - Red Espantildeola de Quiacutemica Sostenible)
Sweden
Centre for Environment and Sustainability - Chalmers University of
TechnologyGoumlteborg University
United Kingdom
Green Chemistry Centre of Excellence at York
University of Leicester Green Chemistry Group
University of Nottingham Green and Analytical Chemistry
Brazil
Universidade do Vale do Itajaiacute Center for Technological Earth and Sea Sciences
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
Linhas de Pesquisa
Observaccedilotildees
Poucos programas especiacuteficos em ldquoQuiacutemica Verderdquo
Perfil multidisciplinar
Descriccedilatildeo de diversas linhas abrange somente um ou
alguns dos princiacutepios da ldquoQuiacutemica Verderdquo
Associaccedilatildeo inadequada ao tema
Necessidade de ampliaccedilatildeo de escopo
Movimento inicial de fomento aos projetos na aacuterea
Universidade Federal do Rio de Janeiro
CONGRESSOS E OUTROS SITES
Natasha Kelber
Universidade Federal do Rio de Janeiro
Universidade Federal do Rio de Janeiro
CONGRESSOS NACIONAIS
5ordm Simpoacutesio Nacional de Biocombustiacuteveis ndash BIOCOM ndash 14 a15Abril2012 ndash Canoas
RS
4ordf Escola de Quiacutemica Verde - JaneiroFevereiro2012 - Satildeo Paulo SP
VII Congresso Brasileiro de Biosseguranccedila - 19-23Setembro2011 - Joinville SC
II Semana de Biotecnologia Industrial - 20-22Outubro2010 - Lorena SP
5ordm Congresso Internacional de Bioenergia - 10-13Agosto2010 - Curitiba PR
II Semana de Biotecnologia Industrial - Julho2009 - Lorena SP
VI Congresso Brasileiro de Biosseguranccedila
VI Simpoacutesio Latino-Americano de Produtos Biotecnoloacutegicos
I Simpoacutesio Internacional de Biosseguridade e Pesquisa de Duplo Uso
I Feira de Equipamentos e Dispositivos de Biosseguranccedila ndash 22-25 Setembro2009 -
Rio de Janeiro RJ
1ordm Encontro Franco-Brasileiro de Quiacutemica Verde - 11 a 13Outubro2011
Universidade Federal do Rio de Janeiro
CONGRESSOS INTERNACIONAIS
3nd Brazilian Conference on Natural Products - 29Outubro-02Novembro2011 -
Ouro Preto MG
Biodiesel Congress - 27-29Julho2011 - Satildeo Paulo SP
IGCW 2011 Industrial Green Chemistry World Symposium amp Expo - December 4-6
2011 - Mumbai Iacutendia
3rd Asia-Oceania Conference on Green and Sustainable Chemistry (AOC-3) -
December 4-7 2011 - Melbourne Austraacutelia
3rd International Congress on Green Process Engineering - December 6-8 2011 -
Kuala Lumpur Malaysia
Minnesota Green Chemistry Conference - January 26 2012 - Minneapolis MN
The Asian Conference on Sustainability Energy amp the Environment - May 3-6 2012 -
Osaka Japan
16th Annual Green Chemistry amp Engineering Conference - June 18-20 2012 -
Washington DC
Gordon Research Seminar and Conference on Green Chemistry - July 21-27 2012 -
Lucca (Barga) Italy
4th International IUPAC Conference on Green Chemistry - August 25-29 2012 - Foz
do IguaccediluPR Brazil
Universidade Federal do Rio de Janeiro
OUTROS SITES
httpportalacsorgportalacscorgcontent_nfpb=trueamp_pageLabel=PP_SUPERAR
TICLEampnode_id=1401ampuse_sec=falseampsec_url_var=region1amp__uuid=6e2273c5-5e7f-
4c7b-8931-530d244f1650P15_704
httpwwwcleanproductionorgGreenphp
wwwrscorgMembershipNetworkingInternationalActivitiesPanAfricaindexasp
httpwwworganic-chemistryorgtopicsgreen-chemistryshtm
httpagenciafapespbr12992
httpacademicscrantonedufacultycannm1greenchemistryporthtml
httpwwwabqorgbrsimpequi2010trabalhos122-7744htm
httpbrlinkedincominquimicaverde
httpwwwcinprorgbrFreeComponent10435content149251shtml
httpquiverdeblogspotcom201006os-12-principios-da-quimica-verdehtml
httpwwwufpeltchebriqgwwverde
httpwwwbrasilescolacomquimicaprincipios-quimica-verdehtm
httpwwwsustentabilidaderesultadoscombrgreen-chemistry-a-sustainable-
opportunity
httpwwwgreenchemistrynetworkorg
httpwwwepagovgreenchemistry
PUBLICACcedilOtildeES E PERIOacuteDICOS
Renato Soares
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS
Base de Dados
Royal Society of Chemistry (30)
SpringerLink (MetaPress) (30)
Wiley Online Library (30)
ACS Journals Search (30)
Nature (NPG) (30)
Science (AAAS) (30)
IOPscience (Institute of Phsics) (30)
Oxford Journals (Oxford University Press) (30)
ScienceDirect (Elsevier) (30)
Annual Reviews (29)
AIP Scitation ndash American Institute of Physics (28)
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS
Annual Review of Biochemistry (6)
Scientific American (5)
Ecological Indicators (5)
Green Chemistry Educat (4)
Nature Chemistry (4)
J Chem Educ (3)
Autobiographies by Nob (3)
J Appl Phys (3)
Food Hydrocolloids (3)
Chem Soc Rev (2)
Annual Review of Environment and Resources (2)
J Am Chem Soc (2)
The Excitement and Fascination of Science (2)
Environmental Science and Pollution Research (2)
Universidade Federal do Rio de Janeiro
COLECcedilOtildeES E TEXTOS
Murilo Alves
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS REVISTAS E JORNAIS CIENTIacuteFICOS Revistas Cientiacuteficas com conteuacutedos sobre ensino de ciecircnciasquiacutemica e
quiacutemica verde
O primeiro artigo que atendeu aos criteacuterios adotados
neste trabalho e cujo tiacutetulo conteacutem a expressatildeo Green Chemistry (Quiacutemica Verde) - Design for the
environment and Green Chemistry the heart and soul
of industrial ecology - foi publicado em 1997
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS REVISTAS E JORNAIS CIENTIacuteFICOS Revistas Cientiacuteficas com conteuacutedos sobre ensino de ciecircnciasquiacutemica e
quiacutemica verde
Revista Quiacutemica Nova na Escola - QNEsc A Revista Quiacutemica Nova na Escola (QNEsc) com uma periodicidade trimestral propotildee-se a subsidiar o trabalho a formaccedilatildeo e a atualizaccedilatildeo da comunidade do Ensino de Quiacutemica brasileiro QNEsc integra-se agrave linha editorial da Sociedade Brasileira de Quiacutemica que publica tambeacutem a revista Quiacutemica Nova e o Journal of the Brazillian Chemical Society Quiacutemica Nova na Escola eacute um espaccedilo aberto ao educador suscitando debates e reflexotildees sobre o ensino e a aprendizagem de quiacutemica Assim contribui para a tarefa fundamental de formar verdadeiros cidadatildeos Nesse sentido a Divisatildeo de Ensino disponibiliza neste portal na iacutentegra e de forma totalmente gratuita todos os artigos publicados no formato PDF Estatildeo disponiacuteveis tambeacutem os Cadernos Temaacuteticos publicados desde 2001 pela Divisatildeo de Ensino
Green Chemistry - Journal Jornal publicado pela Royal Society of Chemistry - RCS que se apresenta como um espaccedilo para publicaccedilatildeo sobre
pesquisas de ponta no desenvolvimento de tecnologias alternativas sustentaacuteveis
Green Green - revista italiana do Consoacutercio Interuniversitaacuterio Quiacutemica Nacional do Meio Ambiente (INCA) em colaboraccedilatildeo com a Sociedade Quiacutemica Italiana (SCI) 1 5 ACS Publications A Divisatildeo de Publicaccedilotildees da Sociedade Americana de Quiacutemica (American Chemical Society - ACS) oferece a comunidade cientiacutefica mundial uma coleccedilatildeo abrangente dos perioacutedicos mais citados revisados por pares em ciecircncias quiacutemicas e afins
Universidade Federal do Rio de Janeiro
Universidade Federal do Rio de Janeiro
FONTES CONSULTADAS
httpwwwqmcufscbrgieqindexphplinkshtml
httpwwwperiodicoscapesgovbr
httpwwwscielocom
Organizaccediloes - 100 maiores empresas em Bioenergia 2011-12 Referencia Biofuels Digest online publication
November 9 2011 author Jim Lane
1 Solazyme
2 Amyris
3 Gevo
4 POET
5 LS9
6 Novozymes
7 Enerkem
8 LanzaTech
9 UOP
10 ZeaChem
11 Codexis
12 Abengoa Bioenergy
13 KiOR
14 Virent Energy Systems
15 Sapphire Energy
16 Ceres
17 Coskata
18 DuPont Cellulosic
19 Terrabon
20 Mascoma
21 Cobalt Technologies
22 Petrobras
23 Joule Unlimited
24 BP Biofuels
25 Neste
26 Waste Management
27 Rentech
28 Qteros
29 INEOS Bio
30 Genencor
31 Genomatica
32 Shell
33 Synthetic Genomics
34 Chemtex
100 maiores empresas em Bioenergia 2011-12 Referencia Biofuels Digest online publication November 9 2011
author Jim Lane
35 Algenol
36 Elevance Renewable Sciences
37 OriginOil
38 SG Biofuels
39 Cosan
40 HCL CleanTech
41 Fulcrum Bioenergy
42 Cargill
43 Chevron
44 Bluefire Renewables
45 Dynamic Fuels
46 Mendel
47 OPX Biotechnologies
48 Inbicon
49 Renmatix
50 Monsanto
51 Butamax
52 Iogen
53 DuPont
54 Verenium
55 PetroAlgae
56 DSM
57 ExxonMobil
58 Envergent
59 Aurora Algae
60 Syngenta
61 Praj Industries
62 Phycal
63 Renewable Energy Group
64 Clear Fuels Technology
65 ArborGen
66 KL Energy
67 Solix Biofuels
100 maiores empresas em Bioenergia 2011-12 Referencia Biofuels Digest online publication November 9 2011
author Jim Lane
68 Catchlight Energy
69 Dyadic
70 AE Biofuels
71 Myriant
72 EdeniQ
73 Avantium
74 Propel Fuels
75 GlycosBio
76 ETH Bioenergia
77 Chemrec
78 Ensyn
79 Green Plains Renewable Energy
80 Range Fuels
81 Bioprocess Algae
82 SynGest
83 TMO Renewables
84 Chromatin
85 Blue Marble Biomaterials
86 Genera Energy
87 ICM
88 Albemarle
89 Lignol
90 Raizen
91 Verdezyne
92 Greenfuel Ethanol
93 Atlantic Biomass Conversions
94 Pacific Ethanol
95 Dong Energy
96 SEKAB
97 Borregaard Industries
98 Dynamotive
99 Allard Research
100 Targeted Growth
Linhas de Pesquisa
Buscas Associadas
ldquoQuiacutemica Verderdquo
ldquoQuiacutemica Ambientalrdquo
ldquoQuiacutemica Sustentaacutevelrdquo
ldquoGreen Chemistryrdquo
ldquoQuiacutemica Verde PampDrdquo
ldquoGreen Chemistry RampDrdquo
ldquoUS Green Chemistryrdquo
ldquoEurope Green Chemistryrdquo
Universidade Federal do Rio de Janeiro
Linhas de Pesquisa
Principais Fontes
Identificaccedilatildeo de Instituiccedilotildees citadas em artigos e outras publicaccedilotildees
CAPES
CNPQ
ABQ
SBPC
Instituiccedilotildees de Fomento (FINEP FAPESPetc)
CGEE
MCT
Sites das Universidades
EPA
IUPAC
ACS
Green Chemistry Network
Royal Society of Chemistry
European Environment Agency
Universidade Federal do Rio de Janeiro
The Interuniversity National Consortium Chemistry for the Environment (INCA Consortium) Gathers 33 Italian universities and about 90 research units headquarters in Venezia and Roma Italy
NSF Science and Technology Center for Environmentally Responsible Solvents and Processes University of North Carolina Chapel Hill Queens University Ionic Liquid Laboratories (QUILL)
Queens University of Belfast The Clean Technology Research Group University of Nottingham The Green Chemistry Group (see below now called centre of excellence)
University of York Centre for Green Chemistry University of Monash Centre for Green Manufacturing University of Alabama Chemical Process Engineering Research Institute Centre for Research amp Technology University of Leicester (UK) Leicester Green Chemistry Group
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
University of Leeds (UK) Leeds Cleaner Synthesis Group Institute of Applied Catalysis (UK) A research network for catalysis Carnegie Mellon University (USA) Institute for Green Oxidation Chemistry Institute for a Sustainable Environment (USA) University of Oregon Center for Sustainable and Green Chemistry (DEN) httpwwwcsgdtudk Green Chemistry Centre of Excellence (UK) httpwwwyorkacukresgcgsiteindexhtm Center for Green Chemistry at UMass Boston (US) httpwwwgreenchemistryumbedu Center for Green Chemistry at UMass Lowell (US) httpwwwgreenchemistryumledu University of Notre Dame Energy Centre (USA) httpwwwndedu~ndenergy Goumlteborg Universitys Centre for Environment and Sustainability (SWE) httpwwwchalmerssegmvEN
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
MSc in Green Chemistry and Sustainable Industrial Technology
Department of Chemistry at the University of York
Master en Quimica Sostenible
Faculty of Sciences at the University of Zaragoza
MSc in Green Chemistry Energy and the Environment
Imperical College London
MSc in Chemical Research (Green Chemistry with Industry)
CTA funding to the University of Leicester
1st year Master of Science Chemistry Specializing in Green Chemistry
University Louis Pasteur (Strasbourg I)
Master of Chemistry and EST
Universiteacute de Savoie
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
Schools with Green Chemistry Programs
United States
Eastern Connecticut
Yale University
Massachusetts
Bridgewater State College
Gordon College
University of Massachusetts Boston
University of Massachusetts Lowell Center for Green Chemistry
Pennsylvania
Carnegie Mellon Institute for Green Oxidation Chemistry
University of Scranton
Arkansas
Hendrix College (green organic chemistry)
Illinois
University of Illinois-Urbana-Champaign
Minnesota
St Olaf College
Alabama
University of Alabama
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
Linhas de Pesquisa California
Berkeley Center for Green Chemistry
UC Berkeley Extension
Colorado
Colorado School of Mines
Oregon
University of Oregon
Schools with Green Chemistry Programs - International
Australia
Monash University Centre for Green Chemistry
Murdoch University Sustainable ChemistryGreen Chemistry
Netherlands
Delft University of Technology Biocatalysis and Organic Chemistry
Italy
Interuniversity Consortium Chemistry for the Environment (INCA)
Universidade Federal do Rio de Janeiro
Northern Ireland
Queens University of Belfast Ionic Liquid Laboratories
Spain
Institute of Science and Technology (IUCT)
Green Chemistry Network of Spain (REDQS - Red Espantildeola de Quiacutemica Sostenible)
Sweden
Centre for Environment and Sustainability - Chalmers University of
TechnologyGoumlteborg University
United Kingdom
Green Chemistry Centre of Excellence at York
University of Leicester Green Chemistry Group
University of Nottingham Green and Analytical Chemistry
Brazil
Universidade do Vale do Itajaiacute Center for Technological Earth and Sea Sciences
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
Linhas de Pesquisa
Observaccedilotildees
Poucos programas especiacuteficos em ldquoQuiacutemica Verderdquo
Perfil multidisciplinar
Descriccedilatildeo de diversas linhas abrange somente um ou
alguns dos princiacutepios da ldquoQuiacutemica Verderdquo
Associaccedilatildeo inadequada ao tema
Necessidade de ampliaccedilatildeo de escopo
Movimento inicial de fomento aos projetos na aacuterea
Universidade Federal do Rio de Janeiro
CONGRESSOS E OUTROS SITES
Natasha Kelber
Universidade Federal do Rio de Janeiro
Universidade Federal do Rio de Janeiro
CONGRESSOS NACIONAIS
5ordm Simpoacutesio Nacional de Biocombustiacuteveis ndash BIOCOM ndash 14 a15Abril2012 ndash Canoas
RS
4ordf Escola de Quiacutemica Verde - JaneiroFevereiro2012 - Satildeo Paulo SP
VII Congresso Brasileiro de Biosseguranccedila - 19-23Setembro2011 - Joinville SC
II Semana de Biotecnologia Industrial - 20-22Outubro2010 - Lorena SP
5ordm Congresso Internacional de Bioenergia - 10-13Agosto2010 - Curitiba PR
II Semana de Biotecnologia Industrial - Julho2009 - Lorena SP
VI Congresso Brasileiro de Biosseguranccedila
VI Simpoacutesio Latino-Americano de Produtos Biotecnoloacutegicos
I Simpoacutesio Internacional de Biosseguridade e Pesquisa de Duplo Uso
I Feira de Equipamentos e Dispositivos de Biosseguranccedila ndash 22-25 Setembro2009 -
Rio de Janeiro RJ
1ordm Encontro Franco-Brasileiro de Quiacutemica Verde - 11 a 13Outubro2011
Universidade Federal do Rio de Janeiro
CONGRESSOS INTERNACIONAIS
3nd Brazilian Conference on Natural Products - 29Outubro-02Novembro2011 -
Ouro Preto MG
Biodiesel Congress - 27-29Julho2011 - Satildeo Paulo SP
IGCW 2011 Industrial Green Chemistry World Symposium amp Expo - December 4-6
2011 - Mumbai Iacutendia
3rd Asia-Oceania Conference on Green and Sustainable Chemistry (AOC-3) -
December 4-7 2011 - Melbourne Austraacutelia
3rd International Congress on Green Process Engineering - December 6-8 2011 -
Kuala Lumpur Malaysia
Minnesota Green Chemistry Conference - January 26 2012 - Minneapolis MN
The Asian Conference on Sustainability Energy amp the Environment - May 3-6 2012 -
Osaka Japan
16th Annual Green Chemistry amp Engineering Conference - June 18-20 2012 -
Washington DC
Gordon Research Seminar and Conference on Green Chemistry - July 21-27 2012 -
Lucca (Barga) Italy
4th International IUPAC Conference on Green Chemistry - August 25-29 2012 - Foz
do IguaccediluPR Brazil
Universidade Federal do Rio de Janeiro
OUTROS SITES
httpportalacsorgportalacscorgcontent_nfpb=trueamp_pageLabel=PP_SUPERAR
TICLEampnode_id=1401ampuse_sec=falseampsec_url_var=region1amp__uuid=6e2273c5-5e7f-
4c7b-8931-530d244f1650P15_704
httpwwwcleanproductionorgGreenphp
wwwrscorgMembershipNetworkingInternationalActivitiesPanAfricaindexasp
httpwwworganic-chemistryorgtopicsgreen-chemistryshtm
httpagenciafapespbr12992
httpacademicscrantonedufacultycannm1greenchemistryporthtml
httpwwwabqorgbrsimpequi2010trabalhos122-7744htm
httpbrlinkedincominquimicaverde
httpwwwcinprorgbrFreeComponent10435content149251shtml
httpquiverdeblogspotcom201006os-12-principios-da-quimica-verdehtml
httpwwwufpeltchebriqgwwverde
httpwwwbrasilescolacomquimicaprincipios-quimica-verdehtm
httpwwwsustentabilidaderesultadoscombrgreen-chemistry-a-sustainable-
opportunity
httpwwwgreenchemistrynetworkorg
httpwwwepagovgreenchemistry
PUBLICACcedilOtildeES E PERIOacuteDICOS
Renato Soares
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS
Base de Dados
Royal Society of Chemistry (30)
SpringerLink (MetaPress) (30)
Wiley Online Library (30)
ACS Journals Search (30)
Nature (NPG) (30)
Science (AAAS) (30)
IOPscience (Institute of Phsics) (30)
Oxford Journals (Oxford University Press) (30)
ScienceDirect (Elsevier) (30)
Annual Reviews (29)
AIP Scitation ndash American Institute of Physics (28)
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS
Annual Review of Biochemistry (6)
Scientific American (5)
Ecological Indicators (5)
Green Chemistry Educat (4)
Nature Chemistry (4)
J Chem Educ (3)
Autobiographies by Nob (3)
J Appl Phys (3)
Food Hydrocolloids (3)
Chem Soc Rev (2)
Annual Review of Environment and Resources (2)
J Am Chem Soc (2)
The Excitement and Fascination of Science (2)
Environmental Science and Pollution Research (2)
Universidade Federal do Rio de Janeiro
COLECcedilOtildeES E TEXTOS
Murilo Alves
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS REVISTAS E JORNAIS CIENTIacuteFICOS Revistas Cientiacuteficas com conteuacutedos sobre ensino de ciecircnciasquiacutemica e
quiacutemica verde
O primeiro artigo que atendeu aos criteacuterios adotados
neste trabalho e cujo tiacutetulo conteacutem a expressatildeo Green Chemistry (Quiacutemica Verde) - Design for the
environment and Green Chemistry the heart and soul
of industrial ecology - foi publicado em 1997
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS REVISTAS E JORNAIS CIENTIacuteFICOS Revistas Cientiacuteficas com conteuacutedos sobre ensino de ciecircnciasquiacutemica e
quiacutemica verde
Revista Quiacutemica Nova na Escola - QNEsc A Revista Quiacutemica Nova na Escola (QNEsc) com uma periodicidade trimestral propotildee-se a subsidiar o trabalho a formaccedilatildeo e a atualizaccedilatildeo da comunidade do Ensino de Quiacutemica brasileiro QNEsc integra-se agrave linha editorial da Sociedade Brasileira de Quiacutemica que publica tambeacutem a revista Quiacutemica Nova e o Journal of the Brazillian Chemical Society Quiacutemica Nova na Escola eacute um espaccedilo aberto ao educador suscitando debates e reflexotildees sobre o ensino e a aprendizagem de quiacutemica Assim contribui para a tarefa fundamental de formar verdadeiros cidadatildeos Nesse sentido a Divisatildeo de Ensino disponibiliza neste portal na iacutentegra e de forma totalmente gratuita todos os artigos publicados no formato PDF Estatildeo disponiacuteveis tambeacutem os Cadernos Temaacuteticos publicados desde 2001 pela Divisatildeo de Ensino
Green Chemistry - Journal Jornal publicado pela Royal Society of Chemistry - RCS que se apresenta como um espaccedilo para publicaccedilatildeo sobre
pesquisas de ponta no desenvolvimento de tecnologias alternativas sustentaacuteveis
Green Green - revista italiana do Consoacutercio Interuniversitaacuterio Quiacutemica Nacional do Meio Ambiente (INCA) em colaboraccedilatildeo com a Sociedade Quiacutemica Italiana (SCI) 1 5 ACS Publications A Divisatildeo de Publicaccedilotildees da Sociedade Americana de Quiacutemica (American Chemical Society - ACS) oferece a comunidade cientiacutefica mundial uma coleccedilatildeo abrangente dos perioacutedicos mais citados revisados por pares em ciecircncias quiacutemicas e afins
Universidade Federal do Rio de Janeiro
Universidade Federal do Rio de Janeiro
FONTES CONSULTADAS
httpwwwqmcufscbrgieqindexphplinkshtml
httpwwwperiodicoscapesgovbr
httpwwwscielocom
Organizaccediloes - 100 maiores empresas em Bioenergia 2011-12 Referencia Biofuels Digest online publication
November 9 2011 author Jim Lane
1 Solazyme
2 Amyris
3 Gevo
4 POET
5 LS9
6 Novozymes
7 Enerkem
8 LanzaTech
9 UOP
10 ZeaChem
11 Codexis
12 Abengoa Bioenergy
13 KiOR
14 Virent Energy Systems
15 Sapphire Energy
16 Ceres
17 Coskata
18 DuPont Cellulosic
19 Terrabon
20 Mascoma
21 Cobalt Technologies
22 Petrobras
23 Joule Unlimited
24 BP Biofuels
25 Neste
26 Waste Management
27 Rentech
28 Qteros
29 INEOS Bio
30 Genencor
31 Genomatica
32 Shell
33 Synthetic Genomics
34 Chemtex
100 maiores empresas em Bioenergia 2011-12 Referencia Biofuels Digest online publication November 9 2011
author Jim Lane
35 Algenol
36 Elevance Renewable Sciences
37 OriginOil
38 SG Biofuels
39 Cosan
40 HCL CleanTech
41 Fulcrum Bioenergy
42 Cargill
43 Chevron
44 Bluefire Renewables
45 Dynamic Fuels
46 Mendel
47 OPX Biotechnologies
48 Inbicon
49 Renmatix
50 Monsanto
51 Butamax
52 Iogen
53 DuPont
54 Verenium
55 PetroAlgae
56 DSM
57 ExxonMobil
58 Envergent
59 Aurora Algae
60 Syngenta
61 Praj Industries
62 Phycal
63 Renewable Energy Group
64 Clear Fuels Technology
65 ArborGen
66 KL Energy
67 Solix Biofuels
100 maiores empresas em Bioenergia 2011-12 Referencia Biofuels Digest online publication November 9 2011
author Jim Lane
68 Catchlight Energy
69 Dyadic
70 AE Biofuels
71 Myriant
72 EdeniQ
73 Avantium
74 Propel Fuels
75 GlycosBio
76 ETH Bioenergia
77 Chemrec
78 Ensyn
79 Green Plains Renewable Energy
80 Range Fuels
81 Bioprocess Algae
82 SynGest
83 TMO Renewables
84 Chromatin
85 Blue Marble Biomaterials
86 Genera Energy
87 ICM
88 Albemarle
89 Lignol
90 Raizen
91 Verdezyne
92 Greenfuel Ethanol
93 Atlantic Biomass Conversions
94 Pacific Ethanol
95 Dong Energy
96 SEKAB
97 Borregaard Industries
98 Dynamotive
99 Allard Research
100 Targeted Growth
Linhas de Pesquisa
Principais Fontes
Identificaccedilatildeo de Instituiccedilotildees citadas em artigos e outras publicaccedilotildees
CAPES
CNPQ
ABQ
SBPC
Instituiccedilotildees de Fomento (FINEP FAPESPetc)
CGEE
MCT
Sites das Universidades
EPA
IUPAC
ACS
Green Chemistry Network
Royal Society of Chemistry
European Environment Agency
Universidade Federal do Rio de Janeiro
The Interuniversity National Consortium Chemistry for the Environment (INCA Consortium) Gathers 33 Italian universities and about 90 research units headquarters in Venezia and Roma Italy
NSF Science and Technology Center for Environmentally Responsible Solvents and Processes University of North Carolina Chapel Hill Queens University Ionic Liquid Laboratories (QUILL)
Queens University of Belfast The Clean Technology Research Group University of Nottingham The Green Chemistry Group (see below now called centre of excellence)
University of York Centre for Green Chemistry University of Monash Centre for Green Manufacturing University of Alabama Chemical Process Engineering Research Institute Centre for Research amp Technology University of Leicester (UK) Leicester Green Chemistry Group
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
University of Leeds (UK) Leeds Cleaner Synthesis Group Institute of Applied Catalysis (UK) A research network for catalysis Carnegie Mellon University (USA) Institute for Green Oxidation Chemistry Institute for a Sustainable Environment (USA) University of Oregon Center for Sustainable and Green Chemistry (DEN) httpwwwcsgdtudk Green Chemistry Centre of Excellence (UK) httpwwwyorkacukresgcgsiteindexhtm Center for Green Chemistry at UMass Boston (US) httpwwwgreenchemistryumbedu Center for Green Chemistry at UMass Lowell (US) httpwwwgreenchemistryumledu University of Notre Dame Energy Centre (USA) httpwwwndedu~ndenergy Goumlteborg Universitys Centre for Environment and Sustainability (SWE) httpwwwchalmerssegmvEN
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
MSc in Green Chemistry and Sustainable Industrial Technology
Department of Chemistry at the University of York
Master en Quimica Sostenible
Faculty of Sciences at the University of Zaragoza
MSc in Green Chemistry Energy and the Environment
Imperical College London
MSc in Chemical Research (Green Chemistry with Industry)
CTA funding to the University of Leicester
1st year Master of Science Chemistry Specializing in Green Chemistry
University Louis Pasteur (Strasbourg I)
Master of Chemistry and EST
Universiteacute de Savoie
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
Schools with Green Chemistry Programs
United States
Eastern Connecticut
Yale University
Massachusetts
Bridgewater State College
Gordon College
University of Massachusetts Boston
University of Massachusetts Lowell Center for Green Chemistry
Pennsylvania
Carnegie Mellon Institute for Green Oxidation Chemistry
University of Scranton
Arkansas
Hendrix College (green organic chemistry)
Illinois
University of Illinois-Urbana-Champaign
Minnesota
St Olaf College
Alabama
University of Alabama
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
Linhas de Pesquisa California
Berkeley Center for Green Chemistry
UC Berkeley Extension
Colorado
Colorado School of Mines
Oregon
University of Oregon
Schools with Green Chemistry Programs - International
Australia
Monash University Centre for Green Chemistry
Murdoch University Sustainable ChemistryGreen Chemistry
Netherlands
Delft University of Technology Biocatalysis and Organic Chemistry
Italy
Interuniversity Consortium Chemistry for the Environment (INCA)
Universidade Federal do Rio de Janeiro
Northern Ireland
Queens University of Belfast Ionic Liquid Laboratories
Spain
Institute of Science and Technology (IUCT)
Green Chemistry Network of Spain (REDQS - Red Espantildeola de Quiacutemica Sostenible)
Sweden
Centre for Environment and Sustainability - Chalmers University of
TechnologyGoumlteborg University
United Kingdom
Green Chemistry Centre of Excellence at York
University of Leicester Green Chemistry Group
University of Nottingham Green and Analytical Chemistry
Brazil
Universidade do Vale do Itajaiacute Center for Technological Earth and Sea Sciences
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
Linhas de Pesquisa
Observaccedilotildees
Poucos programas especiacuteficos em ldquoQuiacutemica Verderdquo
Perfil multidisciplinar
Descriccedilatildeo de diversas linhas abrange somente um ou
alguns dos princiacutepios da ldquoQuiacutemica Verderdquo
Associaccedilatildeo inadequada ao tema
Necessidade de ampliaccedilatildeo de escopo
Movimento inicial de fomento aos projetos na aacuterea
Universidade Federal do Rio de Janeiro
CONGRESSOS E OUTROS SITES
Natasha Kelber
Universidade Federal do Rio de Janeiro
Universidade Federal do Rio de Janeiro
CONGRESSOS NACIONAIS
5ordm Simpoacutesio Nacional de Biocombustiacuteveis ndash BIOCOM ndash 14 a15Abril2012 ndash Canoas
RS
4ordf Escola de Quiacutemica Verde - JaneiroFevereiro2012 - Satildeo Paulo SP
VII Congresso Brasileiro de Biosseguranccedila - 19-23Setembro2011 - Joinville SC
II Semana de Biotecnologia Industrial - 20-22Outubro2010 - Lorena SP
5ordm Congresso Internacional de Bioenergia - 10-13Agosto2010 - Curitiba PR
II Semana de Biotecnologia Industrial - Julho2009 - Lorena SP
VI Congresso Brasileiro de Biosseguranccedila
VI Simpoacutesio Latino-Americano de Produtos Biotecnoloacutegicos
I Simpoacutesio Internacional de Biosseguridade e Pesquisa de Duplo Uso
I Feira de Equipamentos e Dispositivos de Biosseguranccedila ndash 22-25 Setembro2009 -
Rio de Janeiro RJ
1ordm Encontro Franco-Brasileiro de Quiacutemica Verde - 11 a 13Outubro2011
Universidade Federal do Rio de Janeiro
CONGRESSOS INTERNACIONAIS
3nd Brazilian Conference on Natural Products - 29Outubro-02Novembro2011 -
Ouro Preto MG
Biodiesel Congress - 27-29Julho2011 - Satildeo Paulo SP
IGCW 2011 Industrial Green Chemistry World Symposium amp Expo - December 4-6
2011 - Mumbai Iacutendia
3rd Asia-Oceania Conference on Green and Sustainable Chemistry (AOC-3) -
December 4-7 2011 - Melbourne Austraacutelia
3rd International Congress on Green Process Engineering - December 6-8 2011 -
Kuala Lumpur Malaysia
Minnesota Green Chemistry Conference - January 26 2012 - Minneapolis MN
The Asian Conference on Sustainability Energy amp the Environment - May 3-6 2012 -
Osaka Japan
16th Annual Green Chemistry amp Engineering Conference - June 18-20 2012 -
Washington DC
Gordon Research Seminar and Conference on Green Chemistry - July 21-27 2012 -
Lucca (Barga) Italy
4th International IUPAC Conference on Green Chemistry - August 25-29 2012 - Foz
do IguaccediluPR Brazil
Universidade Federal do Rio de Janeiro
OUTROS SITES
httpportalacsorgportalacscorgcontent_nfpb=trueamp_pageLabel=PP_SUPERAR
TICLEampnode_id=1401ampuse_sec=falseampsec_url_var=region1amp__uuid=6e2273c5-5e7f-
4c7b-8931-530d244f1650P15_704
httpwwwcleanproductionorgGreenphp
wwwrscorgMembershipNetworkingInternationalActivitiesPanAfricaindexasp
httpwwworganic-chemistryorgtopicsgreen-chemistryshtm
httpagenciafapespbr12992
httpacademicscrantonedufacultycannm1greenchemistryporthtml
httpwwwabqorgbrsimpequi2010trabalhos122-7744htm
httpbrlinkedincominquimicaverde
httpwwwcinprorgbrFreeComponent10435content149251shtml
httpquiverdeblogspotcom201006os-12-principios-da-quimica-verdehtml
httpwwwufpeltchebriqgwwverde
httpwwwbrasilescolacomquimicaprincipios-quimica-verdehtm
httpwwwsustentabilidaderesultadoscombrgreen-chemistry-a-sustainable-
opportunity
httpwwwgreenchemistrynetworkorg
httpwwwepagovgreenchemistry
PUBLICACcedilOtildeES E PERIOacuteDICOS
Renato Soares
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS
Base de Dados
Royal Society of Chemistry (30)
SpringerLink (MetaPress) (30)
Wiley Online Library (30)
ACS Journals Search (30)
Nature (NPG) (30)
Science (AAAS) (30)
IOPscience (Institute of Phsics) (30)
Oxford Journals (Oxford University Press) (30)
ScienceDirect (Elsevier) (30)
Annual Reviews (29)
AIP Scitation ndash American Institute of Physics (28)
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS
Annual Review of Biochemistry (6)
Scientific American (5)
Ecological Indicators (5)
Green Chemistry Educat (4)
Nature Chemistry (4)
J Chem Educ (3)
Autobiographies by Nob (3)
J Appl Phys (3)
Food Hydrocolloids (3)
Chem Soc Rev (2)
Annual Review of Environment and Resources (2)
J Am Chem Soc (2)
The Excitement and Fascination of Science (2)
Environmental Science and Pollution Research (2)
Universidade Federal do Rio de Janeiro
COLECcedilOtildeES E TEXTOS
Murilo Alves
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS REVISTAS E JORNAIS CIENTIacuteFICOS Revistas Cientiacuteficas com conteuacutedos sobre ensino de ciecircnciasquiacutemica e
quiacutemica verde
O primeiro artigo que atendeu aos criteacuterios adotados
neste trabalho e cujo tiacutetulo conteacutem a expressatildeo Green Chemistry (Quiacutemica Verde) - Design for the
environment and Green Chemistry the heart and soul
of industrial ecology - foi publicado em 1997
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS REVISTAS E JORNAIS CIENTIacuteFICOS Revistas Cientiacuteficas com conteuacutedos sobre ensino de ciecircnciasquiacutemica e
quiacutemica verde
Revista Quiacutemica Nova na Escola - QNEsc A Revista Quiacutemica Nova na Escola (QNEsc) com uma periodicidade trimestral propotildee-se a subsidiar o trabalho a formaccedilatildeo e a atualizaccedilatildeo da comunidade do Ensino de Quiacutemica brasileiro QNEsc integra-se agrave linha editorial da Sociedade Brasileira de Quiacutemica que publica tambeacutem a revista Quiacutemica Nova e o Journal of the Brazillian Chemical Society Quiacutemica Nova na Escola eacute um espaccedilo aberto ao educador suscitando debates e reflexotildees sobre o ensino e a aprendizagem de quiacutemica Assim contribui para a tarefa fundamental de formar verdadeiros cidadatildeos Nesse sentido a Divisatildeo de Ensino disponibiliza neste portal na iacutentegra e de forma totalmente gratuita todos os artigos publicados no formato PDF Estatildeo disponiacuteveis tambeacutem os Cadernos Temaacuteticos publicados desde 2001 pela Divisatildeo de Ensino
Green Chemistry - Journal Jornal publicado pela Royal Society of Chemistry - RCS que se apresenta como um espaccedilo para publicaccedilatildeo sobre
pesquisas de ponta no desenvolvimento de tecnologias alternativas sustentaacuteveis
Green Green - revista italiana do Consoacutercio Interuniversitaacuterio Quiacutemica Nacional do Meio Ambiente (INCA) em colaboraccedilatildeo com a Sociedade Quiacutemica Italiana (SCI) 1 5 ACS Publications A Divisatildeo de Publicaccedilotildees da Sociedade Americana de Quiacutemica (American Chemical Society - ACS) oferece a comunidade cientiacutefica mundial uma coleccedilatildeo abrangente dos perioacutedicos mais citados revisados por pares em ciecircncias quiacutemicas e afins
Universidade Federal do Rio de Janeiro
Universidade Federal do Rio de Janeiro
FONTES CONSULTADAS
httpwwwqmcufscbrgieqindexphplinkshtml
httpwwwperiodicoscapesgovbr
httpwwwscielocom
Organizaccediloes - 100 maiores empresas em Bioenergia 2011-12 Referencia Biofuels Digest online publication
November 9 2011 author Jim Lane
1 Solazyme
2 Amyris
3 Gevo
4 POET
5 LS9
6 Novozymes
7 Enerkem
8 LanzaTech
9 UOP
10 ZeaChem
11 Codexis
12 Abengoa Bioenergy
13 KiOR
14 Virent Energy Systems
15 Sapphire Energy
16 Ceres
17 Coskata
18 DuPont Cellulosic
19 Terrabon
20 Mascoma
21 Cobalt Technologies
22 Petrobras
23 Joule Unlimited
24 BP Biofuels
25 Neste
26 Waste Management
27 Rentech
28 Qteros
29 INEOS Bio
30 Genencor
31 Genomatica
32 Shell
33 Synthetic Genomics
34 Chemtex
100 maiores empresas em Bioenergia 2011-12 Referencia Biofuels Digest online publication November 9 2011
author Jim Lane
35 Algenol
36 Elevance Renewable Sciences
37 OriginOil
38 SG Biofuels
39 Cosan
40 HCL CleanTech
41 Fulcrum Bioenergy
42 Cargill
43 Chevron
44 Bluefire Renewables
45 Dynamic Fuels
46 Mendel
47 OPX Biotechnologies
48 Inbicon
49 Renmatix
50 Monsanto
51 Butamax
52 Iogen
53 DuPont
54 Verenium
55 PetroAlgae
56 DSM
57 ExxonMobil
58 Envergent
59 Aurora Algae
60 Syngenta
61 Praj Industries
62 Phycal
63 Renewable Energy Group
64 Clear Fuels Technology
65 ArborGen
66 KL Energy
67 Solix Biofuels
100 maiores empresas em Bioenergia 2011-12 Referencia Biofuels Digest online publication November 9 2011
author Jim Lane
68 Catchlight Energy
69 Dyadic
70 AE Biofuels
71 Myriant
72 EdeniQ
73 Avantium
74 Propel Fuels
75 GlycosBio
76 ETH Bioenergia
77 Chemrec
78 Ensyn
79 Green Plains Renewable Energy
80 Range Fuels
81 Bioprocess Algae
82 SynGest
83 TMO Renewables
84 Chromatin
85 Blue Marble Biomaterials
86 Genera Energy
87 ICM
88 Albemarle
89 Lignol
90 Raizen
91 Verdezyne
92 Greenfuel Ethanol
93 Atlantic Biomass Conversions
94 Pacific Ethanol
95 Dong Energy
96 SEKAB
97 Borregaard Industries
98 Dynamotive
99 Allard Research
100 Targeted Growth
The Interuniversity National Consortium Chemistry for the Environment (INCA Consortium) Gathers 33 Italian universities and about 90 research units headquarters in Venezia and Roma Italy
NSF Science and Technology Center for Environmentally Responsible Solvents and Processes University of North Carolina Chapel Hill Queens University Ionic Liquid Laboratories (QUILL)
Queens University of Belfast The Clean Technology Research Group University of Nottingham The Green Chemistry Group (see below now called centre of excellence)
University of York Centre for Green Chemistry University of Monash Centre for Green Manufacturing University of Alabama Chemical Process Engineering Research Institute Centre for Research amp Technology University of Leicester (UK) Leicester Green Chemistry Group
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
University of Leeds (UK) Leeds Cleaner Synthesis Group Institute of Applied Catalysis (UK) A research network for catalysis Carnegie Mellon University (USA) Institute for Green Oxidation Chemistry Institute for a Sustainable Environment (USA) University of Oregon Center for Sustainable and Green Chemistry (DEN) httpwwwcsgdtudk Green Chemistry Centre of Excellence (UK) httpwwwyorkacukresgcgsiteindexhtm Center for Green Chemistry at UMass Boston (US) httpwwwgreenchemistryumbedu Center for Green Chemistry at UMass Lowell (US) httpwwwgreenchemistryumledu University of Notre Dame Energy Centre (USA) httpwwwndedu~ndenergy Goumlteborg Universitys Centre for Environment and Sustainability (SWE) httpwwwchalmerssegmvEN
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
MSc in Green Chemistry and Sustainable Industrial Technology
Department of Chemistry at the University of York
Master en Quimica Sostenible
Faculty of Sciences at the University of Zaragoza
MSc in Green Chemistry Energy and the Environment
Imperical College London
MSc in Chemical Research (Green Chemistry with Industry)
CTA funding to the University of Leicester
1st year Master of Science Chemistry Specializing in Green Chemistry
University Louis Pasteur (Strasbourg I)
Master of Chemistry and EST
Universiteacute de Savoie
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
Schools with Green Chemistry Programs
United States
Eastern Connecticut
Yale University
Massachusetts
Bridgewater State College
Gordon College
University of Massachusetts Boston
University of Massachusetts Lowell Center for Green Chemistry
Pennsylvania
Carnegie Mellon Institute for Green Oxidation Chemistry
University of Scranton
Arkansas
Hendrix College (green organic chemistry)
Illinois
University of Illinois-Urbana-Champaign
Minnesota
St Olaf College
Alabama
University of Alabama
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
Linhas de Pesquisa California
Berkeley Center for Green Chemistry
UC Berkeley Extension
Colorado
Colorado School of Mines
Oregon
University of Oregon
Schools with Green Chemistry Programs - International
Australia
Monash University Centre for Green Chemistry
Murdoch University Sustainable ChemistryGreen Chemistry
Netherlands
Delft University of Technology Biocatalysis and Organic Chemistry
Italy
Interuniversity Consortium Chemistry for the Environment (INCA)
Universidade Federal do Rio de Janeiro
Northern Ireland
Queens University of Belfast Ionic Liquid Laboratories
Spain
Institute of Science and Technology (IUCT)
Green Chemistry Network of Spain (REDQS - Red Espantildeola de Quiacutemica Sostenible)
Sweden
Centre for Environment and Sustainability - Chalmers University of
TechnologyGoumlteborg University
United Kingdom
Green Chemistry Centre of Excellence at York
University of Leicester Green Chemistry Group
University of Nottingham Green and Analytical Chemistry
Brazil
Universidade do Vale do Itajaiacute Center for Technological Earth and Sea Sciences
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
Linhas de Pesquisa
Observaccedilotildees
Poucos programas especiacuteficos em ldquoQuiacutemica Verderdquo
Perfil multidisciplinar
Descriccedilatildeo de diversas linhas abrange somente um ou
alguns dos princiacutepios da ldquoQuiacutemica Verderdquo
Associaccedilatildeo inadequada ao tema
Necessidade de ampliaccedilatildeo de escopo
Movimento inicial de fomento aos projetos na aacuterea
Universidade Federal do Rio de Janeiro
CONGRESSOS E OUTROS SITES
Natasha Kelber
Universidade Federal do Rio de Janeiro
Universidade Federal do Rio de Janeiro
CONGRESSOS NACIONAIS
5ordm Simpoacutesio Nacional de Biocombustiacuteveis ndash BIOCOM ndash 14 a15Abril2012 ndash Canoas
RS
4ordf Escola de Quiacutemica Verde - JaneiroFevereiro2012 - Satildeo Paulo SP
VII Congresso Brasileiro de Biosseguranccedila - 19-23Setembro2011 - Joinville SC
II Semana de Biotecnologia Industrial - 20-22Outubro2010 - Lorena SP
5ordm Congresso Internacional de Bioenergia - 10-13Agosto2010 - Curitiba PR
II Semana de Biotecnologia Industrial - Julho2009 - Lorena SP
VI Congresso Brasileiro de Biosseguranccedila
VI Simpoacutesio Latino-Americano de Produtos Biotecnoloacutegicos
I Simpoacutesio Internacional de Biosseguridade e Pesquisa de Duplo Uso
I Feira de Equipamentos e Dispositivos de Biosseguranccedila ndash 22-25 Setembro2009 -
Rio de Janeiro RJ
1ordm Encontro Franco-Brasileiro de Quiacutemica Verde - 11 a 13Outubro2011
Universidade Federal do Rio de Janeiro
CONGRESSOS INTERNACIONAIS
3nd Brazilian Conference on Natural Products - 29Outubro-02Novembro2011 -
Ouro Preto MG
Biodiesel Congress - 27-29Julho2011 - Satildeo Paulo SP
IGCW 2011 Industrial Green Chemistry World Symposium amp Expo - December 4-6
2011 - Mumbai Iacutendia
3rd Asia-Oceania Conference on Green and Sustainable Chemistry (AOC-3) -
December 4-7 2011 - Melbourne Austraacutelia
3rd International Congress on Green Process Engineering - December 6-8 2011 -
Kuala Lumpur Malaysia
Minnesota Green Chemistry Conference - January 26 2012 - Minneapolis MN
The Asian Conference on Sustainability Energy amp the Environment - May 3-6 2012 -
Osaka Japan
16th Annual Green Chemistry amp Engineering Conference - June 18-20 2012 -
Washington DC
Gordon Research Seminar and Conference on Green Chemistry - July 21-27 2012 -
Lucca (Barga) Italy
4th International IUPAC Conference on Green Chemistry - August 25-29 2012 - Foz
do IguaccediluPR Brazil
Universidade Federal do Rio de Janeiro
OUTROS SITES
httpportalacsorgportalacscorgcontent_nfpb=trueamp_pageLabel=PP_SUPERAR
TICLEampnode_id=1401ampuse_sec=falseampsec_url_var=region1amp__uuid=6e2273c5-5e7f-
4c7b-8931-530d244f1650P15_704
httpwwwcleanproductionorgGreenphp
wwwrscorgMembershipNetworkingInternationalActivitiesPanAfricaindexasp
httpwwworganic-chemistryorgtopicsgreen-chemistryshtm
httpagenciafapespbr12992
httpacademicscrantonedufacultycannm1greenchemistryporthtml
httpwwwabqorgbrsimpequi2010trabalhos122-7744htm
httpbrlinkedincominquimicaverde
httpwwwcinprorgbrFreeComponent10435content149251shtml
httpquiverdeblogspotcom201006os-12-principios-da-quimica-verdehtml
httpwwwufpeltchebriqgwwverde
httpwwwbrasilescolacomquimicaprincipios-quimica-verdehtm
httpwwwsustentabilidaderesultadoscombrgreen-chemistry-a-sustainable-
opportunity
httpwwwgreenchemistrynetworkorg
httpwwwepagovgreenchemistry
PUBLICACcedilOtildeES E PERIOacuteDICOS
Renato Soares
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS
Base de Dados
Royal Society of Chemistry (30)
SpringerLink (MetaPress) (30)
Wiley Online Library (30)
ACS Journals Search (30)
Nature (NPG) (30)
Science (AAAS) (30)
IOPscience (Institute of Phsics) (30)
Oxford Journals (Oxford University Press) (30)
ScienceDirect (Elsevier) (30)
Annual Reviews (29)
AIP Scitation ndash American Institute of Physics (28)
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS
Annual Review of Biochemistry (6)
Scientific American (5)
Ecological Indicators (5)
Green Chemistry Educat (4)
Nature Chemistry (4)
J Chem Educ (3)
Autobiographies by Nob (3)
J Appl Phys (3)
Food Hydrocolloids (3)
Chem Soc Rev (2)
Annual Review of Environment and Resources (2)
J Am Chem Soc (2)
The Excitement and Fascination of Science (2)
Environmental Science and Pollution Research (2)
Universidade Federal do Rio de Janeiro
COLECcedilOtildeES E TEXTOS
Murilo Alves
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS REVISTAS E JORNAIS CIENTIacuteFICOS Revistas Cientiacuteficas com conteuacutedos sobre ensino de ciecircnciasquiacutemica e
quiacutemica verde
O primeiro artigo que atendeu aos criteacuterios adotados
neste trabalho e cujo tiacutetulo conteacutem a expressatildeo Green Chemistry (Quiacutemica Verde) - Design for the
environment and Green Chemistry the heart and soul
of industrial ecology - foi publicado em 1997
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS REVISTAS E JORNAIS CIENTIacuteFICOS Revistas Cientiacuteficas com conteuacutedos sobre ensino de ciecircnciasquiacutemica e
quiacutemica verde
Revista Quiacutemica Nova na Escola - QNEsc A Revista Quiacutemica Nova na Escola (QNEsc) com uma periodicidade trimestral propotildee-se a subsidiar o trabalho a formaccedilatildeo e a atualizaccedilatildeo da comunidade do Ensino de Quiacutemica brasileiro QNEsc integra-se agrave linha editorial da Sociedade Brasileira de Quiacutemica que publica tambeacutem a revista Quiacutemica Nova e o Journal of the Brazillian Chemical Society Quiacutemica Nova na Escola eacute um espaccedilo aberto ao educador suscitando debates e reflexotildees sobre o ensino e a aprendizagem de quiacutemica Assim contribui para a tarefa fundamental de formar verdadeiros cidadatildeos Nesse sentido a Divisatildeo de Ensino disponibiliza neste portal na iacutentegra e de forma totalmente gratuita todos os artigos publicados no formato PDF Estatildeo disponiacuteveis tambeacutem os Cadernos Temaacuteticos publicados desde 2001 pela Divisatildeo de Ensino
Green Chemistry - Journal Jornal publicado pela Royal Society of Chemistry - RCS que se apresenta como um espaccedilo para publicaccedilatildeo sobre
pesquisas de ponta no desenvolvimento de tecnologias alternativas sustentaacuteveis
Green Green - revista italiana do Consoacutercio Interuniversitaacuterio Quiacutemica Nacional do Meio Ambiente (INCA) em colaboraccedilatildeo com a Sociedade Quiacutemica Italiana (SCI) 1 5 ACS Publications A Divisatildeo de Publicaccedilotildees da Sociedade Americana de Quiacutemica (American Chemical Society - ACS) oferece a comunidade cientiacutefica mundial uma coleccedilatildeo abrangente dos perioacutedicos mais citados revisados por pares em ciecircncias quiacutemicas e afins
Universidade Federal do Rio de Janeiro
Universidade Federal do Rio de Janeiro
FONTES CONSULTADAS
httpwwwqmcufscbrgieqindexphplinkshtml
httpwwwperiodicoscapesgovbr
httpwwwscielocom
Organizaccediloes - 100 maiores empresas em Bioenergia 2011-12 Referencia Biofuels Digest online publication
November 9 2011 author Jim Lane
1 Solazyme
2 Amyris
3 Gevo
4 POET
5 LS9
6 Novozymes
7 Enerkem
8 LanzaTech
9 UOP
10 ZeaChem
11 Codexis
12 Abengoa Bioenergy
13 KiOR
14 Virent Energy Systems
15 Sapphire Energy
16 Ceres
17 Coskata
18 DuPont Cellulosic
19 Terrabon
20 Mascoma
21 Cobalt Technologies
22 Petrobras
23 Joule Unlimited
24 BP Biofuels
25 Neste
26 Waste Management
27 Rentech
28 Qteros
29 INEOS Bio
30 Genencor
31 Genomatica
32 Shell
33 Synthetic Genomics
34 Chemtex
100 maiores empresas em Bioenergia 2011-12 Referencia Biofuels Digest online publication November 9 2011
author Jim Lane
35 Algenol
36 Elevance Renewable Sciences
37 OriginOil
38 SG Biofuels
39 Cosan
40 HCL CleanTech
41 Fulcrum Bioenergy
42 Cargill
43 Chevron
44 Bluefire Renewables
45 Dynamic Fuels
46 Mendel
47 OPX Biotechnologies
48 Inbicon
49 Renmatix
50 Monsanto
51 Butamax
52 Iogen
53 DuPont
54 Verenium
55 PetroAlgae
56 DSM
57 ExxonMobil
58 Envergent
59 Aurora Algae
60 Syngenta
61 Praj Industries
62 Phycal
63 Renewable Energy Group
64 Clear Fuels Technology
65 ArborGen
66 KL Energy
67 Solix Biofuels
100 maiores empresas em Bioenergia 2011-12 Referencia Biofuels Digest online publication November 9 2011
author Jim Lane
68 Catchlight Energy
69 Dyadic
70 AE Biofuels
71 Myriant
72 EdeniQ
73 Avantium
74 Propel Fuels
75 GlycosBio
76 ETH Bioenergia
77 Chemrec
78 Ensyn
79 Green Plains Renewable Energy
80 Range Fuels
81 Bioprocess Algae
82 SynGest
83 TMO Renewables
84 Chromatin
85 Blue Marble Biomaterials
86 Genera Energy
87 ICM
88 Albemarle
89 Lignol
90 Raizen
91 Verdezyne
92 Greenfuel Ethanol
93 Atlantic Biomass Conversions
94 Pacific Ethanol
95 Dong Energy
96 SEKAB
97 Borregaard Industries
98 Dynamotive
99 Allard Research
100 Targeted Growth
University of Leeds (UK) Leeds Cleaner Synthesis Group Institute of Applied Catalysis (UK) A research network for catalysis Carnegie Mellon University (USA) Institute for Green Oxidation Chemistry Institute for a Sustainable Environment (USA) University of Oregon Center for Sustainable and Green Chemistry (DEN) httpwwwcsgdtudk Green Chemistry Centre of Excellence (UK) httpwwwyorkacukresgcgsiteindexhtm Center for Green Chemistry at UMass Boston (US) httpwwwgreenchemistryumbedu Center for Green Chemistry at UMass Lowell (US) httpwwwgreenchemistryumledu University of Notre Dame Energy Centre (USA) httpwwwndedu~ndenergy Goumlteborg Universitys Centre for Environment and Sustainability (SWE) httpwwwchalmerssegmvEN
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
MSc in Green Chemistry and Sustainable Industrial Technology
Department of Chemistry at the University of York
Master en Quimica Sostenible
Faculty of Sciences at the University of Zaragoza
MSc in Green Chemistry Energy and the Environment
Imperical College London
MSc in Chemical Research (Green Chemistry with Industry)
CTA funding to the University of Leicester
1st year Master of Science Chemistry Specializing in Green Chemistry
University Louis Pasteur (Strasbourg I)
Master of Chemistry and EST
Universiteacute de Savoie
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
Schools with Green Chemistry Programs
United States
Eastern Connecticut
Yale University
Massachusetts
Bridgewater State College
Gordon College
University of Massachusetts Boston
University of Massachusetts Lowell Center for Green Chemistry
Pennsylvania
Carnegie Mellon Institute for Green Oxidation Chemistry
University of Scranton
Arkansas
Hendrix College (green organic chemistry)
Illinois
University of Illinois-Urbana-Champaign
Minnesota
St Olaf College
Alabama
University of Alabama
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
Linhas de Pesquisa California
Berkeley Center for Green Chemistry
UC Berkeley Extension
Colorado
Colorado School of Mines
Oregon
University of Oregon
Schools with Green Chemistry Programs - International
Australia
Monash University Centre for Green Chemistry
Murdoch University Sustainable ChemistryGreen Chemistry
Netherlands
Delft University of Technology Biocatalysis and Organic Chemistry
Italy
Interuniversity Consortium Chemistry for the Environment (INCA)
Universidade Federal do Rio de Janeiro
Northern Ireland
Queens University of Belfast Ionic Liquid Laboratories
Spain
Institute of Science and Technology (IUCT)
Green Chemistry Network of Spain (REDQS - Red Espantildeola de Quiacutemica Sostenible)
Sweden
Centre for Environment and Sustainability - Chalmers University of
TechnologyGoumlteborg University
United Kingdom
Green Chemistry Centre of Excellence at York
University of Leicester Green Chemistry Group
University of Nottingham Green and Analytical Chemistry
Brazil
Universidade do Vale do Itajaiacute Center for Technological Earth and Sea Sciences
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
Linhas de Pesquisa
Observaccedilotildees
Poucos programas especiacuteficos em ldquoQuiacutemica Verderdquo
Perfil multidisciplinar
Descriccedilatildeo de diversas linhas abrange somente um ou
alguns dos princiacutepios da ldquoQuiacutemica Verderdquo
Associaccedilatildeo inadequada ao tema
Necessidade de ampliaccedilatildeo de escopo
Movimento inicial de fomento aos projetos na aacuterea
Universidade Federal do Rio de Janeiro
CONGRESSOS E OUTROS SITES
Natasha Kelber
Universidade Federal do Rio de Janeiro
Universidade Federal do Rio de Janeiro
CONGRESSOS NACIONAIS
5ordm Simpoacutesio Nacional de Biocombustiacuteveis ndash BIOCOM ndash 14 a15Abril2012 ndash Canoas
RS
4ordf Escola de Quiacutemica Verde - JaneiroFevereiro2012 - Satildeo Paulo SP
VII Congresso Brasileiro de Biosseguranccedila - 19-23Setembro2011 - Joinville SC
II Semana de Biotecnologia Industrial - 20-22Outubro2010 - Lorena SP
5ordm Congresso Internacional de Bioenergia - 10-13Agosto2010 - Curitiba PR
II Semana de Biotecnologia Industrial - Julho2009 - Lorena SP
VI Congresso Brasileiro de Biosseguranccedila
VI Simpoacutesio Latino-Americano de Produtos Biotecnoloacutegicos
I Simpoacutesio Internacional de Biosseguridade e Pesquisa de Duplo Uso
I Feira de Equipamentos e Dispositivos de Biosseguranccedila ndash 22-25 Setembro2009 -
Rio de Janeiro RJ
1ordm Encontro Franco-Brasileiro de Quiacutemica Verde - 11 a 13Outubro2011
Universidade Federal do Rio de Janeiro
CONGRESSOS INTERNACIONAIS
3nd Brazilian Conference on Natural Products - 29Outubro-02Novembro2011 -
Ouro Preto MG
Biodiesel Congress - 27-29Julho2011 - Satildeo Paulo SP
IGCW 2011 Industrial Green Chemistry World Symposium amp Expo - December 4-6
2011 - Mumbai Iacutendia
3rd Asia-Oceania Conference on Green and Sustainable Chemistry (AOC-3) -
December 4-7 2011 - Melbourne Austraacutelia
3rd International Congress on Green Process Engineering - December 6-8 2011 -
Kuala Lumpur Malaysia
Minnesota Green Chemistry Conference - January 26 2012 - Minneapolis MN
The Asian Conference on Sustainability Energy amp the Environment - May 3-6 2012 -
Osaka Japan
16th Annual Green Chemistry amp Engineering Conference - June 18-20 2012 -
Washington DC
Gordon Research Seminar and Conference on Green Chemistry - July 21-27 2012 -
Lucca (Barga) Italy
4th International IUPAC Conference on Green Chemistry - August 25-29 2012 - Foz
do IguaccediluPR Brazil
Universidade Federal do Rio de Janeiro
OUTROS SITES
httpportalacsorgportalacscorgcontent_nfpb=trueamp_pageLabel=PP_SUPERAR
TICLEampnode_id=1401ampuse_sec=falseampsec_url_var=region1amp__uuid=6e2273c5-5e7f-
4c7b-8931-530d244f1650P15_704
httpwwwcleanproductionorgGreenphp
wwwrscorgMembershipNetworkingInternationalActivitiesPanAfricaindexasp
httpwwworganic-chemistryorgtopicsgreen-chemistryshtm
httpagenciafapespbr12992
httpacademicscrantonedufacultycannm1greenchemistryporthtml
httpwwwabqorgbrsimpequi2010trabalhos122-7744htm
httpbrlinkedincominquimicaverde
httpwwwcinprorgbrFreeComponent10435content149251shtml
httpquiverdeblogspotcom201006os-12-principios-da-quimica-verdehtml
httpwwwufpeltchebriqgwwverde
httpwwwbrasilescolacomquimicaprincipios-quimica-verdehtm
httpwwwsustentabilidaderesultadoscombrgreen-chemistry-a-sustainable-
opportunity
httpwwwgreenchemistrynetworkorg
httpwwwepagovgreenchemistry
PUBLICACcedilOtildeES E PERIOacuteDICOS
Renato Soares
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS
Base de Dados
Royal Society of Chemistry (30)
SpringerLink (MetaPress) (30)
Wiley Online Library (30)
ACS Journals Search (30)
Nature (NPG) (30)
Science (AAAS) (30)
IOPscience (Institute of Phsics) (30)
Oxford Journals (Oxford University Press) (30)
ScienceDirect (Elsevier) (30)
Annual Reviews (29)
AIP Scitation ndash American Institute of Physics (28)
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS
Annual Review of Biochemistry (6)
Scientific American (5)
Ecological Indicators (5)
Green Chemistry Educat (4)
Nature Chemistry (4)
J Chem Educ (3)
Autobiographies by Nob (3)
J Appl Phys (3)
Food Hydrocolloids (3)
Chem Soc Rev (2)
Annual Review of Environment and Resources (2)
J Am Chem Soc (2)
The Excitement and Fascination of Science (2)
Environmental Science and Pollution Research (2)
Universidade Federal do Rio de Janeiro
COLECcedilOtildeES E TEXTOS
Murilo Alves
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS REVISTAS E JORNAIS CIENTIacuteFICOS Revistas Cientiacuteficas com conteuacutedos sobre ensino de ciecircnciasquiacutemica e
quiacutemica verde
O primeiro artigo que atendeu aos criteacuterios adotados
neste trabalho e cujo tiacutetulo conteacutem a expressatildeo Green Chemistry (Quiacutemica Verde) - Design for the
environment and Green Chemistry the heart and soul
of industrial ecology - foi publicado em 1997
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS REVISTAS E JORNAIS CIENTIacuteFICOS Revistas Cientiacuteficas com conteuacutedos sobre ensino de ciecircnciasquiacutemica e
quiacutemica verde
Revista Quiacutemica Nova na Escola - QNEsc A Revista Quiacutemica Nova na Escola (QNEsc) com uma periodicidade trimestral propotildee-se a subsidiar o trabalho a formaccedilatildeo e a atualizaccedilatildeo da comunidade do Ensino de Quiacutemica brasileiro QNEsc integra-se agrave linha editorial da Sociedade Brasileira de Quiacutemica que publica tambeacutem a revista Quiacutemica Nova e o Journal of the Brazillian Chemical Society Quiacutemica Nova na Escola eacute um espaccedilo aberto ao educador suscitando debates e reflexotildees sobre o ensino e a aprendizagem de quiacutemica Assim contribui para a tarefa fundamental de formar verdadeiros cidadatildeos Nesse sentido a Divisatildeo de Ensino disponibiliza neste portal na iacutentegra e de forma totalmente gratuita todos os artigos publicados no formato PDF Estatildeo disponiacuteveis tambeacutem os Cadernos Temaacuteticos publicados desde 2001 pela Divisatildeo de Ensino
Green Chemistry - Journal Jornal publicado pela Royal Society of Chemistry - RCS que se apresenta como um espaccedilo para publicaccedilatildeo sobre
pesquisas de ponta no desenvolvimento de tecnologias alternativas sustentaacuteveis
Green Green - revista italiana do Consoacutercio Interuniversitaacuterio Quiacutemica Nacional do Meio Ambiente (INCA) em colaboraccedilatildeo com a Sociedade Quiacutemica Italiana (SCI) 1 5 ACS Publications A Divisatildeo de Publicaccedilotildees da Sociedade Americana de Quiacutemica (American Chemical Society - ACS) oferece a comunidade cientiacutefica mundial uma coleccedilatildeo abrangente dos perioacutedicos mais citados revisados por pares em ciecircncias quiacutemicas e afins
Universidade Federal do Rio de Janeiro
Universidade Federal do Rio de Janeiro
FONTES CONSULTADAS
httpwwwqmcufscbrgieqindexphplinkshtml
httpwwwperiodicoscapesgovbr
httpwwwscielocom
Organizaccediloes - 100 maiores empresas em Bioenergia 2011-12 Referencia Biofuels Digest online publication
November 9 2011 author Jim Lane
1 Solazyme
2 Amyris
3 Gevo
4 POET
5 LS9
6 Novozymes
7 Enerkem
8 LanzaTech
9 UOP
10 ZeaChem
11 Codexis
12 Abengoa Bioenergy
13 KiOR
14 Virent Energy Systems
15 Sapphire Energy
16 Ceres
17 Coskata
18 DuPont Cellulosic
19 Terrabon
20 Mascoma
21 Cobalt Technologies
22 Petrobras
23 Joule Unlimited
24 BP Biofuels
25 Neste
26 Waste Management
27 Rentech
28 Qteros
29 INEOS Bio
30 Genencor
31 Genomatica
32 Shell
33 Synthetic Genomics
34 Chemtex
100 maiores empresas em Bioenergia 2011-12 Referencia Biofuels Digest online publication November 9 2011
author Jim Lane
35 Algenol
36 Elevance Renewable Sciences
37 OriginOil
38 SG Biofuels
39 Cosan
40 HCL CleanTech
41 Fulcrum Bioenergy
42 Cargill
43 Chevron
44 Bluefire Renewables
45 Dynamic Fuels
46 Mendel
47 OPX Biotechnologies
48 Inbicon
49 Renmatix
50 Monsanto
51 Butamax
52 Iogen
53 DuPont
54 Verenium
55 PetroAlgae
56 DSM
57 ExxonMobil
58 Envergent
59 Aurora Algae
60 Syngenta
61 Praj Industries
62 Phycal
63 Renewable Energy Group
64 Clear Fuels Technology
65 ArborGen
66 KL Energy
67 Solix Biofuels
100 maiores empresas em Bioenergia 2011-12 Referencia Biofuels Digest online publication November 9 2011
author Jim Lane
68 Catchlight Energy
69 Dyadic
70 AE Biofuels
71 Myriant
72 EdeniQ
73 Avantium
74 Propel Fuels
75 GlycosBio
76 ETH Bioenergia
77 Chemrec
78 Ensyn
79 Green Plains Renewable Energy
80 Range Fuels
81 Bioprocess Algae
82 SynGest
83 TMO Renewables
84 Chromatin
85 Blue Marble Biomaterials
86 Genera Energy
87 ICM
88 Albemarle
89 Lignol
90 Raizen
91 Verdezyne
92 Greenfuel Ethanol
93 Atlantic Biomass Conversions
94 Pacific Ethanol
95 Dong Energy
96 SEKAB
97 Borregaard Industries
98 Dynamotive
99 Allard Research
100 Targeted Growth
MSc in Green Chemistry and Sustainable Industrial Technology
Department of Chemistry at the University of York
Master en Quimica Sostenible
Faculty of Sciences at the University of Zaragoza
MSc in Green Chemistry Energy and the Environment
Imperical College London
MSc in Chemical Research (Green Chemistry with Industry)
CTA funding to the University of Leicester
1st year Master of Science Chemistry Specializing in Green Chemistry
University Louis Pasteur (Strasbourg I)
Master of Chemistry and EST
Universiteacute de Savoie
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
Schools with Green Chemistry Programs
United States
Eastern Connecticut
Yale University
Massachusetts
Bridgewater State College
Gordon College
University of Massachusetts Boston
University of Massachusetts Lowell Center for Green Chemistry
Pennsylvania
Carnegie Mellon Institute for Green Oxidation Chemistry
University of Scranton
Arkansas
Hendrix College (green organic chemistry)
Illinois
University of Illinois-Urbana-Champaign
Minnesota
St Olaf College
Alabama
University of Alabama
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
Linhas de Pesquisa California
Berkeley Center for Green Chemistry
UC Berkeley Extension
Colorado
Colorado School of Mines
Oregon
University of Oregon
Schools with Green Chemistry Programs - International
Australia
Monash University Centre for Green Chemistry
Murdoch University Sustainable ChemistryGreen Chemistry
Netherlands
Delft University of Technology Biocatalysis and Organic Chemistry
Italy
Interuniversity Consortium Chemistry for the Environment (INCA)
Universidade Federal do Rio de Janeiro
Northern Ireland
Queens University of Belfast Ionic Liquid Laboratories
Spain
Institute of Science and Technology (IUCT)
Green Chemistry Network of Spain (REDQS - Red Espantildeola de Quiacutemica Sostenible)
Sweden
Centre for Environment and Sustainability - Chalmers University of
TechnologyGoumlteborg University
United Kingdom
Green Chemistry Centre of Excellence at York
University of Leicester Green Chemistry Group
University of Nottingham Green and Analytical Chemistry
Brazil
Universidade do Vale do Itajaiacute Center for Technological Earth and Sea Sciences
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
Linhas de Pesquisa
Observaccedilotildees
Poucos programas especiacuteficos em ldquoQuiacutemica Verderdquo
Perfil multidisciplinar
Descriccedilatildeo de diversas linhas abrange somente um ou
alguns dos princiacutepios da ldquoQuiacutemica Verderdquo
Associaccedilatildeo inadequada ao tema
Necessidade de ampliaccedilatildeo de escopo
Movimento inicial de fomento aos projetos na aacuterea
Universidade Federal do Rio de Janeiro
CONGRESSOS E OUTROS SITES
Natasha Kelber
Universidade Federal do Rio de Janeiro
Universidade Federal do Rio de Janeiro
CONGRESSOS NACIONAIS
5ordm Simpoacutesio Nacional de Biocombustiacuteveis ndash BIOCOM ndash 14 a15Abril2012 ndash Canoas
RS
4ordf Escola de Quiacutemica Verde - JaneiroFevereiro2012 - Satildeo Paulo SP
VII Congresso Brasileiro de Biosseguranccedila - 19-23Setembro2011 - Joinville SC
II Semana de Biotecnologia Industrial - 20-22Outubro2010 - Lorena SP
5ordm Congresso Internacional de Bioenergia - 10-13Agosto2010 - Curitiba PR
II Semana de Biotecnologia Industrial - Julho2009 - Lorena SP
VI Congresso Brasileiro de Biosseguranccedila
VI Simpoacutesio Latino-Americano de Produtos Biotecnoloacutegicos
I Simpoacutesio Internacional de Biosseguridade e Pesquisa de Duplo Uso
I Feira de Equipamentos e Dispositivos de Biosseguranccedila ndash 22-25 Setembro2009 -
Rio de Janeiro RJ
1ordm Encontro Franco-Brasileiro de Quiacutemica Verde - 11 a 13Outubro2011
Universidade Federal do Rio de Janeiro
CONGRESSOS INTERNACIONAIS
3nd Brazilian Conference on Natural Products - 29Outubro-02Novembro2011 -
Ouro Preto MG
Biodiesel Congress - 27-29Julho2011 - Satildeo Paulo SP
IGCW 2011 Industrial Green Chemistry World Symposium amp Expo - December 4-6
2011 - Mumbai Iacutendia
3rd Asia-Oceania Conference on Green and Sustainable Chemistry (AOC-3) -
December 4-7 2011 - Melbourne Austraacutelia
3rd International Congress on Green Process Engineering - December 6-8 2011 -
Kuala Lumpur Malaysia
Minnesota Green Chemistry Conference - January 26 2012 - Minneapolis MN
The Asian Conference on Sustainability Energy amp the Environment - May 3-6 2012 -
Osaka Japan
16th Annual Green Chemistry amp Engineering Conference - June 18-20 2012 -
Washington DC
Gordon Research Seminar and Conference on Green Chemistry - July 21-27 2012 -
Lucca (Barga) Italy
4th International IUPAC Conference on Green Chemistry - August 25-29 2012 - Foz
do IguaccediluPR Brazil
Universidade Federal do Rio de Janeiro
OUTROS SITES
httpportalacsorgportalacscorgcontent_nfpb=trueamp_pageLabel=PP_SUPERAR
TICLEampnode_id=1401ampuse_sec=falseampsec_url_var=region1amp__uuid=6e2273c5-5e7f-
4c7b-8931-530d244f1650P15_704
httpwwwcleanproductionorgGreenphp
wwwrscorgMembershipNetworkingInternationalActivitiesPanAfricaindexasp
httpwwworganic-chemistryorgtopicsgreen-chemistryshtm
httpagenciafapespbr12992
httpacademicscrantonedufacultycannm1greenchemistryporthtml
httpwwwabqorgbrsimpequi2010trabalhos122-7744htm
httpbrlinkedincominquimicaverde
httpwwwcinprorgbrFreeComponent10435content149251shtml
httpquiverdeblogspotcom201006os-12-principios-da-quimica-verdehtml
httpwwwufpeltchebriqgwwverde
httpwwwbrasilescolacomquimicaprincipios-quimica-verdehtm
httpwwwsustentabilidaderesultadoscombrgreen-chemistry-a-sustainable-
opportunity
httpwwwgreenchemistrynetworkorg
httpwwwepagovgreenchemistry
PUBLICACcedilOtildeES E PERIOacuteDICOS
Renato Soares
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS
Base de Dados
Royal Society of Chemistry (30)
SpringerLink (MetaPress) (30)
Wiley Online Library (30)
ACS Journals Search (30)
Nature (NPG) (30)
Science (AAAS) (30)
IOPscience (Institute of Phsics) (30)
Oxford Journals (Oxford University Press) (30)
ScienceDirect (Elsevier) (30)
Annual Reviews (29)
AIP Scitation ndash American Institute of Physics (28)
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS
Annual Review of Biochemistry (6)
Scientific American (5)
Ecological Indicators (5)
Green Chemistry Educat (4)
Nature Chemistry (4)
J Chem Educ (3)
Autobiographies by Nob (3)
J Appl Phys (3)
Food Hydrocolloids (3)
Chem Soc Rev (2)
Annual Review of Environment and Resources (2)
J Am Chem Soc (2)
The Excitement and Fascination of Science (2)
Environmental Science and Pollution Research (2)
Universidade Federal do Rio de Janeiro
COLECcedilOtildeES E TEXTOS
Murilo Alves
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS REVISTAS E JORNAIS CIENTIacuteFICOS Revistas Cientiacuteficas com conteuacutedos sobre ensino de ciecircnciasquiacutemica e
quiacutemica verde
O primeiro artigo que atendeu aos criteacuterios adotados
neste trabalho e cujo tiacutetulo conteacutem a expressatildeo Green Chemistry (Quiacutemica Verde) - Design for the
environment and Green Chemistry the heart and soul
of industrial ecology - foi publicado em 1997
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS REVISTAS E JORNAIS CIENTIacuteFICOS Revistas Cientiacuteficas com conteuacutedos sobre ensino de ciecircnciasquiacutemica e
quiacutemica verde
Revista Quiacutemica Nova na Escola - QNEsc A Revista Quiacutemica Nova na Escola (QNEsc) com uma periodicidade trimestral propotildee-se a subsidiar o trabalho a formaccedilatildeo e a atualizaccedilatildeo da comunidade do Ensino de Quiacutemica brasileiro QNEsc integra-se agrave linha editorial da Sociedade Brasileira de Quiacutemica que publica tambeacutem a revista Quiacutemica Nova e o Journal of the Brazillian Chemical Society Quiacutemica Nova na Escola eacute um espaccedilo aberto ao educador suscitando debates e reflexotildees sobre o ensino e a aprendizagem de quiacutemica Assim contribui para a tarefa fundamental de formar verdadeiros cidadatildeos Nesse sentido a Divisatildeo de Ensino disponibiliza neste portal na iacutentegra e de forma totalmente gratuita todos os artigos publicados no formato PDF Estatildeo disponiacuteveis tambeacutem os Cadernos Temaacuteticos publicados desde 2001 pela Divisatildeo de Ensino
Green Chemistry - Journal Jornal publicado pela Royal Society of Chemistry - RCS que se apresenta como um espaccedilo para publicaccedilatildeo sobre
pesquisas de ponta no desenvolvimento de tecnologias alternativas sustentaacuteveis
Green Green - revista italiana do Consoacutercio Interuniversitaacuterio Quiacutemica Nacional do Meio Ambiente (INCA) em colaboraccedilatildeo com a Sociedade Quiacutemica Italiana (SCI) 1 5 ACS Publications A Divisatildeo de Publicaccedilotildees da Sociedade Americana de Quiacutemica (American Chemical Society - ACS) oferece a comunidade cientiacutefica mundial uma coleccedilatildeo abrangente dos perioacutedicos mais citados revisados por pares em ciecircncias quiacutemicas e afins
Universidade Federal do Rio de Janeiro
Universidade Federal do Rio de Janeiro
FONTES CONSULTADAS
httpwwwqmcufscbrgieqindexphplinkshtml
httpwwwperiodicoscapesgovbr
httpwwwscielocom
Organizaccediloes - 100 maiores empresas em Bioenergia 2011-12 Referencia Biofuels Digest online publication
November 9 2011 author Jim Lane
1 Solazyme
2 Amyris
3 Gevo
4 POET
5 LS9
6 Novozymes
7 Enerkem
8 LanzaTech
9 UOP
10 ZeaChem
11 Codexis
12 Abengoa Bioenergy
13 KiOR
14 Virent Energy Systems
15 Sapphire Energy
16 Ceres
17 Coskata
18 DuPont Cellulosic
19 Terrabon
20 Mascoma
21 Cobalt Technologies
22 Petrobras
23 Joule Unlimited
24 BP Biofuels
25 Neste
26 Waste Management
27 Rentech
28 Qteros
29 INEOS Bio
30 Genencor
31 Genomatica
32 Shell
33 Synthetic Genomics
34 Chemtex
100 maiores empresas em Bioenergia 2011-12 Referencia Biofuels Digest online publication November 9 2011
author Jim Lane
35 Algenol
36 Elevance Renewable Sciences
37 OriginOil
38 SG Biofuels
39 Cosan
40 HCL CleanTech
41 Fulcrum Bioenergy
42 Cargill
43 Chevron
44 Bluefire Renewables
45 Dynamic Fuels
46 Mendel
47 OPX Biotechnologies
48 Inbicon
49 Renmatix
50 Monsanto
51 Butamax
52 Iogen
53 DuPont
54 Verenium
55 PetroAlgae
56 DSM
57 ExxonMobil
58 Envergent
59 Aurora Algae
60 Syngenta
61 Praj Industries
62 Phycal
63 Renewable Energy Group
64 Clear Fuels Technology
65 ArborGen
66 KL Energy
67 Solix Biofuels
100 maiores empresas em Bioenergia 2011-12 Referencia Biofuels Digest online publication November 9 2011
author Jim Lane
68 Catchlight Energy
69 Dyadic
70 AE Biofuels
71 Myriant
72 EdeniQ
73 Avantium
74 Propel Fuels
75 GlycosBio
76 ETH Bioenergia
77 Chemrec
78 Ensyn
79 Green Plains Renewable Energy
80 Range Fuels
81 Bioprocess Algae
82 SynGest
83 TMO Renewables
84 Chromatin
85 Blue Marble Biomaterials
86 Genera Energy
87 ICM
88 Albemarle
89 Lignol
90 Raizen
91 Verdezyne
92 Greenfuel Ethanol
93 Atlantic Biomass Conversions
94 Pacific Ethanol
95 Dong Energy
96 SEKAB
97 Borregaard Industries
98 Dynamotive
99 Allard Research
100 Targeted Growth
Schools with Green Chemistry Programs
United States
Eastern Connecticut
Yale University
Massachusetts
Bridgewater State College
Gordon College
University of Massachusetts Boston
University of Massachusetts Lowell Center for Green Chemistry
Pennsylvania
Carnegie Mellon Institute for Green Oxidation Chemistry
University of Scranton
Arkansas
Hendrix College (green organic chemistry)
Illinois
University of Illinois-Urbana-Champaign
Minnesota
St Olaf College
Alabama
University of Alabama
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
Linhas de Pesquisa California
Berkeley Center for Green Chemistry
UC Berkeley Extension
Colorado
Colorado School of Mines
Oregon
University of Oregon
Schools with Green Chemistry Programs - International
Australia
Monash University Centre for Green Chemistry
Murdoch University Sustainable ChemistryGreen Chemistry
Netherlands
Delft University of Technology Biocatalysis and Organic Chemistry
Italy
Interuniversity Consortium Chemistry for the Environment (INCA)
Universidade Federal do Rio de Janeiro
Northern Ireland
Queens University of Belfast Ionic Liquid Laboratories
Spain
Institute of Science and Technology (IUCT)
Green Chemistry Network of Spain (REDQS - Red Espantildeola de Quiacutemica Sostenible)
Sweden
Centre for Environment and Sustainability - Chalmers University of
TechnologyGoumlteborg University
United Kingdom
Green Chemistry Centre of Excellence at York
University of Leicester Green Chemistry Group
University of Nottingham Green and Analytical Chemistry
Brazil
Universidade do Vale do Itajaiacute Center for Technological Earth and Sea Sciences
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
Linhas de Pesquisa
Observaccedilotildees
Poucos programas especiacuteficos em ldquoQuiacutemica Verderdquo
Perfil multidisciplinar
Descriccedilatildeo de diversas linhas abrange somente um ou
alguns dos princiacutepios da ldquoQuiacutemica Verderdquo
Associaccedilatildeo inadequada ao tema
Necessidade de ampliaccedilatildeo de escopo
Movimento inicial de fomento aos projetos na aacuterea
Universidade Federal do Rio de Janeiro
CONGRESSOS E OUTROS SITES
Natasha Kelber
Universidade Federal do Rio de Janeiro
Universidade Federal do Rio de Janeiro
CONGRESSOS NACIONAIS
5ordm Simpoacutesio Nacional de Biocombustiacuteveis ndash BIOCOM ndash 14 a15Abril2012 ndash Canoas
RS
4ordf Escola de Quiacutemica Verde - JaneiroFevereiro2012 - Satildeo Paulo SP
VII Congresso Brasileiro de Biosseguranccedila - 19-23Setembro2011 - Joinville SC
II Semana de Biotecnologia Industrial - 20-22Outubro2010 - Lorena SP
5ordm Congresso Internacional de Bioenergia - 10-13Agosto2010 - Curitiba PR
II Semana de Biotecnologia Industrial - Julho2009 - Lorena SP
VI Congresso Brasileiro de Biosseguranccedila
VI Simpoacutesio Latino-Americano de Produtos Biotecnoloacutegicos
I Simpoacutesio Internacional de Biosseguridade e Pesquisa de Duplo Uso
I Feira de Equipamentos e Dispositivos de Biosseguranccedila ndash 22-25 Setembro2009 -
Rio de Janeiro RJ
1ordm Encontro Franco-Brasileiro de Quiacutemica Verde - 11 a 13Outubro2011
Universidade Federal do Rio de Janeiro
CONGRESSOS INTERNACIONAIS
3nd Brazilian Conference on Natural Products - 29Outubro-02Novembro2011 -
Ouro Preto MG
Biodiesel Congress - 27-29Julho2011 - Satildeo Paulo SP
IGCW 2011 Industrial Green Chemistry World Symposium amp Expo - December 4-6
2011 - Mumbai Iacutendia
3rd Asia-Oceania Conference on Green and Sustainable Chemistry (AOC-3) -
December 4-7 2011 - Melbourne Austraacutelia
3rd International Congress on Green Process Engineering - December 6-8 2011 -
Kuala Lumpur Malaysia
Minnesota Green Chemistry Conference - January 26 2012 - Minneapolis MN
The Asian Conference on Sustainability Energy amp the Environment - May 3-6 2012 -
Osaka Japan
16th Annual Green Chemistry amp Engineering Conference - June 18-20 2012 -
Washington DC
Gordon Research Seminar and Conference on Green Chemistry - July 21-27 2012 -
Lucca (Barga) Italy
4th International IUPAC Conference on Green Chemistry - August 25-29 2012 - Foz
do IguaccediluPR Brazil
Universidade Federal do Rio de Janeiro
OUTROS SITES
httpportalacsorgportalacscorgcontent_nfpb=trueamp_pageLabel=PP_SUPERAR
TICLEampnode_id=1401ampuse_sec=falseampsec_url_var=region1amp__uuid=6e2273c5-5e7f-
4c7b-8931-530d244f1650P15_704
httpwwwcleanproductionorgGreenphp
wwwrscorgMembershipNetworkingInternationalActivitiesPanAfricaindexasp
httpwwworganic-chemistryorgtopicsgreen-chemistryshtm
httpagenciafapespbr12992
httpacademicscrantonedufacultycannm1greenchemistryporthtml
httpwwwabqorgbrsimpequi2010trabalhos122-7744htm
httpbrlinkedincominquimicaverde
httpwwwcinprorgbrFreeComponent10435content149251shtml
httpquiverdeblogspotcom201006os-12-principios-da-quimica-verdehtml
httpwwwufpeltchebriqgwwverde
httpwwwbrasilescolacomquimicaprincipios-quimica-verdehtm
httpwwwsustentabilidaderesultadoscombrgreen-chemistry-a-sustainable-
opportunity
httpwwwgreenchemistrynetworkorg
httpwwwepagovgreenchemistry
PUBLICACcedilOtildeES E PERIOacuteDICOS
Renato Soares
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS
Base de Dados
Royal Society of Chemistry (30)
SpringerLink (MetaPress) (30)
Wiley Online Library (30)
ACS Journals Search (30)
Nature (NPG) (30)
Science (AAAS) (30)
IOPscience (Institute of Phsics) (30)
Oxford Journals (Oxford University Press) (30)
ScienceDirect (Elsevier) (30)
Annual Reviews (29)
AIP Scitation ndash American Institute of Physics (28)
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS
Annual Review of Biochemistry (6)
Scientific American (5)
Ecological Indicators (5)
Green Chemistry Educat (4)
Nature Chemistry (4)
J Chem Educ (3)
Autobiographies by Nob (3)
J Appl Phys (3)
Food Hydrocolloids (3)
Chem Soc Rev (2)
Annual Review of Environment and Resources (2)
J Am Chem Soc (2)
The Excitement and Fascination of Science (2)
Environmental Science and Pollution Research (2)
Universidade Federal do Rio de Janeiro
COLECcedilOtildeES E TEXTOS
Murilo Alves
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS REVISTAS E JORNAIS CIENTIacuteFICOS Revistas Cientiacuteficas com conteuacutedos sobre ensino de ciecircnciasquiacutemica e
quiacutemica verde
O primeiro artigo que atendeu aos criteacuterios adotados
neste trabalho e cujo tiacutetulo conteacutem a expressatildeo Green Chemistry (Quiacutemica Verde) - Design for the
environment and Green Chemistry the heart and soul
of industrial ecology - foi publicado em 1997
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS REVISTAS E JORNAIS CIENTIacuteFICOS Revistas Cientiacuteficas com conteuacutedos sobre ensino de ciecircnciasquiacutemica e
quiacutemica verde
Revista Quiacutemica Nova na Escola - QNEsc A Revista Quiacutemica Nova na Escola (QNEsc) com uma periodicidade trimestral propotildee-se a subsidiar o trabalho a formaccedilatildeo e a atualizaccedilatildeo da comunidade do Ensino de Quiacutemica brasileiro QNEsc integra-se agrave linha editorial da Sociedade Brasileira de Quiacutemica que publica tambeacutem a revista Quiacutemica Nova e o Journal of the Brazillian Chemical Society Quiacutemica Nova na Escola eacute um espaccedilo aberto ao educador suscitando debates e reflexotildees sobre o ensino e a aprendizagem de quiacutemica Assim contribui para a tarefa fundamental de formar verdadeiros cidadatildeos Nesse sentido a Divisatildeo de Ensino disponibiliza neste portal na iacutentegra e de forma totalmente gratuita todos os artigos publicados no formato PDF Estatildeo disponiacuteveis tambeacutem os Cadernos Temaacuteticos publicados desde 2001 pela Divisatildeo de Ensino
Green Chemistry - Journal Jornal publicado pela Royal Society of Chemistry - RCS que se apresenta como um espaccedilo para publicaccedilatildeo sobre
pesquisas de ponta no desenvolvimento de tecnologias alternativas sustentaacuteveis
Green Green - revista italiana do Consoacutercio Interuniversitaacuterio Quiacutemica Nacional do Meio Ambiente (INCA) em colaboraccedilatildeo com a Sociedade Quiacutemica Italiana (SCI) 1 5 ACS Publications A Divisatildeo de Publicaccedilotildees da Sociedade Americana de Quiacutemica (American Chemical Society - ACS) oferece a comunidade cientiacutefica mundial uma coleccedilatildeo abrangente dos perioacutedicos mais citados revisados por pares em ciecircncias quiacutemicas e afins
Universidade Federal do Rio de Janeiro
Universidade Federal do Rio de Janeiro
FONTES CONSULTADAS
httpwwwqmcufscbrgieqindexphplinkshtml
httpwwwperiodicoscapesgovbr
httpwwwscielocom
Organizaccediloes - 100 maiores empresas em Bioenergia 2011-12 Referencia Biofuels Digest online publication
November 9 2011 author Jim Lane
1 Solazyme
2 Amyris
3 Gevo
4 POET
5 LS9
6 Novozymes
7 Enerkem
8 LanzaTech
9 UOP
10 ZeaChem
11 Codexis
12 Abengoa Bioenergy
13 KiOR
14 Virent Energy Systems
15 Sapphire Energy
16 Ceres
17 Coskata
18 DuPont Cellulosic
19 Terrabon
20 Mascoma
21 Cobalt Technologies
22 Petrobras
23 Joule Unlimited
24 BP Biofuels
25 Neste
26 Waste Management
27 Rentech
28 Qteros
29 INEOS Bio
30 Genencor
31 Genomatica
32 Shell
33 Synthetic Genomics
34 Chemtex
100 maiores empresas em Bioenergia 2011-12 Referencia Biofuels Digest online publication November 9 2011
author Jim Lane
35 Algenol
36 Elevance Renewable Sciences
37 OriginOil
38 SG Biofuels
39 Cosan
40 HCL CleanTech
41 Fulcrum Bioenergy
42 Cargill
43 Chevron
44 Bluefire Renewables
45 Dynamic Fuels
46 Mendel
47 OPX Biotechnologies
48 Inbicon
49 Renmatix
50 Monsanto
51 Butamax
52 Iogen
53 DuPont
54 Verenium
55 PetroAlgae
56 DSM
57 ExxonMobil
58 Envergent
59 Aurora Algae
60 Syngenta
61 Praj Industries
62 Phycal
63 Renewable Energy Group
64 Clear Fuels Technology
65 ArborGen
66 KL Energy
67 Solix Biofuels
100 maiores empresas em Bioenergia 2011-12 Referencia Biofuels Digest online publication November 9 2011
author Jim Lane
68 Catchlight Energy
69 Dyadic
70 AE Biofuels
71 Myriant
72 EdeniQ
73 Avantium
74 Propel Fuels
75 GlycosBio
76 ETH Bioenergia
77 Chemrec
78 Ensyn
79 Green Plains Renewable Energy
80 Range Fuels
81 Bioprocess Algae
82 SynGest
83 TMO Renewables
84 Chromatin
85 Blue Marble Biomaterials
86 Genera Energy
87 ICM
88 Albemarle
89 Lignol
90 Raizen
91 Verdezyne
92 Greenfuel Ethanol
93 Atlantic Biomass Conversions
94 Pacific Ethanol
95 Dong Energy
96 SEKAB
97 Borregaard Industries
98 Dynamotive
99 Allard Research
100 Targeted Growth
Linhas de Pesquisa California
Berkeley Center for Green Chemistry
UC Berkeley Extension
Colorado
Colorado School of Mines
Oregon
University of Oregon
Schools with Green Chemistry Programs - International
Australia
Monash University Centre for Green Chemistry
Murdoch University Sustainable ChemistryGreen Chemistry
Netherlands
Delft University of Technology Biocatalysis and Organic Chemistry
Italy
Interuniversity Consortium Chemistry for the Environment (INCA)
Universidade Federal do Rio de Janeiro
Northern Ireland
Queens University of Belfast Ionic Liquid Laboratories
Spain
Institute of Science and Technology (IUCT)
Green Chemistry Network of Spain (REDQS - Red Espantildeola de Quiacutemica Sostenible)
Sweden
Centre for Environment and Sustainability - Chalmers University of
TechnologyGoumlteborg University
United Kingdom
Green Chemistry Centre of Excellence at York
University of Leicester Green Chemistry Group
University of Nottingham Green and Analytical Chemistry
Brazil
Universidade do Vale do Itajaiacute Center for Technological Earth and Sea Sciences
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
Linhas de Pesquisa
Observaccedilotildees
Poucos programas especiacuteficos em ldquoQuiacutemica Verderdquo
Perfil multidisciplinar
Descriccedilatildeo de diversas linhas abrange somente um ou
alguns dos princiacutepios da ldquoQuiacutemica Verderdquo
Associaccedilatildeo inadequada ao tema
Necessidade de ampliaccedilatildeo de escopo
Movimento inicial de fomento aos projetos na aacuterea
Universidade Federal do Rio de Janeiro
CONGRESSOS E OUTROS SITES
Natasha Kelber
Universidade Federal do Rio de Janeiro
Universidade Federal do Rio de Janeiro
CONGRESSOS NACIONAIS
5ordm Simpoacutesio Nacional de Biocombustiacuteveis ndash BIOCOM ndash 14 a15Abril2012 ndash Canoas
RS
4ordf Escola de Quiacutemica Verde - JaneiroFevereiro2012 - Satildeo Paulo SP
VII Congresso Brasileiro de Biosseguranccedila - 19-23Setembro2011 - Joinville SC
II Semana de Biotecnologia Industrial - 20-22Outubro2010 - Lorena SP
5ordm Congresso Internacional de Bioenergia - 10-13Agosto2010 - Curitiba PR
II Semana de Biotecnologia Industrial - Julho2009 - Lorena SP
VI Congresso Brasileiro de Biosseguranccedila
VI Simpoacutesio Latino-Americano de Produtos Biotecnoloacutegicos
I Simpoacutesio Internacional de Biosseguridade e Pesquisa de Duplo Uso
I Feira de Equipamentos e Dispositivos de Biosseguranccedila ndash 22-25 Setembro2009 -
Rio de Janeiro RJ
1ordm Encontro Franco-Brasileiro de Quiacutemica Verde - 11 a 13Outubro2011
Universidade Federal do Rio de Janeiro
CONGRESSOS INTERNACIONAIS
3nd Brazilian Conference on Natural Products - 29Outubro-02Novembro2011 -
Ouro Preto MG
Biodiesel Congress - 27-29Julho2011 - Satildeo Paulo SP
IGCW 2011 Industrial Green Chemistry World Symposium amp Expo - December 4-6
2011 - Mumbai Iacutendia
3rd Asia-Oceania Conference on Green and Sustainable Chemistry (AOC-3) -
December 4-7 2011 - Melbourne Austraacutelia
3rd International Congress on Green Process Engineering - December 6-8 2011 -
Kuala Lumpur Malaysia
Minnesota Green Chemistry Conference - January 26 2012 - Minneapolis MN
The Asian Conference on Sustainability Energy amp the Environment - May 3-6 2012 -
Osaka Japan
16th Annual Green Chemistry amp Engineering Conference - June 18-20 2012 -
Washington DC
Gordon Research Seminar and Conference on Green Chemistry - July 21-27 2012 -
Lucca (Barga) Italy
4th International IUPAC Conference on Green Chemistry - August 25-29 2012 - Foz
do IguaccediluPR Brazil
Universidade Federal do Rio de Janeiro
OUTROS SITES
httpportalacsorgportalacscorgcontent_nfpb=trueamp_pageLabel=PP_SUPERAR
TICLEampnode_id=1401ampuse_sec=falseampsec_url_var=region1amp__uuid=6e2273c5-5e7f-
4c7b-8931-530d244f1650P15_704
httpwwwcleanproductionorgGreenphp
wwwrscorgMembershipNetworkingInternationalActivitiesPanAfricaindexasp
httpwwworganic-chemistryorgtopicsgreen-chemistryshtm
httpagenciafapespbr12992
httpacademicscrantonedufacultycannm1greenchemistryporthtml
httpwwwabqorgbrsimpequi2010trabalhos122-7744htm
httpbrlinkedincominquimicaverde
httpwwwcinprorgbrFreeComponent10435content149251shtml
httpquiverdeblogspotcom201006os-12-principios-da-quimica-verdehtml
httpwwwufpeltchebriqgwwverde
httpwwwbrasilescolacomquimicaprincipios-quimica-verdehtm
httpwwwsustentabilidaderesultadoscombrgreen-chemistry-a-sustainable-
opportunity
httpwwwgreenchemistrynetworkorg
httpwwwepagovgreenchemistry
PUBLICACcedilOtildeES E PERIOacuteDICOS
Renato Soares
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS
Base de Dados
Royal Society of Chemistry (30)
SpringerLink (MetaPress) (30)
Wiley Online Library (30)
ACS Journals Search (30)
Nature (NPG) (30)
Science (AAAS) (30)
IOPscience (Institute of Phsics) (30)
Oxford Journals (Oxford University Press) (30)
ScienceDirect (Elsevier) (30)
Annual Reviews (29)
AIP Scitation ndash American Institute of Physics (28)
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS
Annual Review of Biochemistry (6)
Scientific American (5)
Ecological Indicators (5)
Green Chemistry Educat (4)
Nature Chemistry (4)
J Chem Educ (3)
Autobiographies by Nob (3)
J Appl Phys (3)
Food Hydrocolloids (3)
Chem Soc Rev (2)
Annual Review of Environment and Resources (2)
J Am Chem Soc (2)
The Excitement and Fascination of Science (2)
Environmental Science and Pollution Research (2)
Universidade Federal do Rio de Janeiro
COLECcedilOtildeES E TEXTOS
Murilo Alves
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS REVISTAS E JORNAIS CIENTIacuteFICOS Revistas Cientiacuteficas com conteuacutedos sobre ensino de ciecircnciasquiacutemica e
quiacutemica verde
O primeiro artigo que atendeu aos criteacuterios adotados
neste trabalho e cujo tiacutetulo conteacutem a expressatildeo Green Chemistry (Quiacutemica Verde) - Design for the
environment and Green Chemistry the heart and soul
of industrial ecology - foi publicado em 1997
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS REVISTAS E JORNAIS CIENTIacuteFICOS Revistas Cientiacuteficas com conteuacutedos sobre ensino de ciecircnciasquiacutemica e
quiacutemica verde
Revista Quiacutemica Nova na Escola - QNEsc A Revista Quiacutemica Nova na Escola (QNEsc) com uma periodicidade trimestral propotildee-se a subsidiar o trabalho a formaccedilatildeo e a atualizaccedilatildeo da comunidade do Ensino de Quiacutemica brasileiro QNEsc integra-se agrave linha editorial da Sociedade Brasileira de Quiacutemica que publica tambeacutem a revista Quiacutemica Nova e o Journal of the Brazillian Chemical Society Quiacutemica Nova na Escola eacute um espaccedilo aberto ao educador suscitando debates e reflexotildees sobre o ensino e a aprendizagem de quiacutemica Assim contribui para a tarefa fundamental de formar verdadeiros cidadatildeos Nesse sentido a Divisatildeo de Ensino disponibiliza neste portal na iacutentegra e de forma totalmente gratuita todos os artigos publicados no formato PDF Estatildeo disponiacuteveis tambeacutem os Cadernos Temaacuteticos publicados desde 2001 pela Divisatildeo de Ensino
Green Chemistry - Journal Jornal publicado pela Royal Society of Chemistry - RCS que se apresenta como um espaccedilo para publicaccedilatildeo sobre
pesquisas de ponta no desenvolvimento de tecnologias alternativas sustentaacuteveis
Green Green - revista italiana do Consoacutercio Interuniversitaacuterio Quiacutemica Nacional do Meio Ambiente (INCA) em colaboraccedilatildeo com a Sociedade Quiacutemica Italiana (SCI) 1 5 ACS Publications A Divisatildeo de Publicaccedilotildees da Sociedade Americana de Quiacutemica (American Chemical Society - ACS) oferece a comunidade cientiacutefica mundial uma coleccedilatildeo abrangente dos perioacutedicos mais citados revisados por pares em ciecircncias quiacutemicas e afins
Universidade Federal do Rio de Janeiro
Universidade Federal do Rio de Janeiro
FONTES CONSULTADAS
httpwwwqmcufscbrgieqindexphplinkshtml
httpwwwperiodicoscapesgovbr
httpwwwscielocom
Organizaccediloes - 100 maiores empresas em Bioenergia 2011-12 Referencia Biofuels Digest online publication
November 9 2011 author Jim Lane
1 Solazyme
2 Amyris
3 Gevo
4 POET
5 LS9
6 Novozymes
7 Enerkem
8 LanzaTech
9 UOP
10 ZeaChem
11 Codexis
12 Abengoa Bioenergy
13 KiOR
14 Virent Energy Systems
15 Sapphire Energy
16 Ceres
17 Coskata
18 DuPont Cellulosic
19 Terrabon
20 Mascoma
21 Cobalt Technologies
22 Petrobras
23 Joule Unlimited
24 BP Biofuels
25 Neste
26 Waste Management
27 Rentech
28 Qteros
29 INEOS Bio
30 Genencor
31 Genomatica
32 Shell
33 Synthetic Genomics
34 Chemtex
100 maiores empresas em Bioenergia 2011-12 Referencia Biofuels Digest online publication November 9 2011
author Jim Lane
35 Algenol
36 Elevance Renewable Sciences
37 OriginOil
38 SG Biofuels
39 Cosan
40 HCL CleanTech
41 Fulcrum Bioenergy
42 Cargill
43 Chevron
44 Bluefire Renewables
45 Dynamic Fuels
46 Mendel
47 OPX Biotechnologies
48 Inbicon
49 Renmatix
50 Monsanto
51 Butamax
52 Iogen
53 DuPont
54 Verenium
55 PetroAlgae
56 DSM
57 ExxonMobil
58 Envergent
59 Aurora Algae
60 Syngenta
61 Praj Industries
62 Phycal
63 Renewable Energy Group
64 Clear Fuels Technology
65 ArborGen
66 KL Energy
67 Solix Biofuels
100 maiores empresas em Bioenergia 2011-12 Referencia Biofuels Digest online publication November 9 2011
author Jim Lane
68 Catchlight Energy
69 Dyadic
70 AE Biofuels
71 Myriant
72 EdeniQ
73 Avantium
74 Propel Fuels
75 GlycosBio
76 ETH Bioenergia
77 Chemrec
78 Ensyn
79 Green Plains Renewable Energy
80 Range Fuels
81 Bioprocess Algae
82 SynGest
83 TMO Renewables
84 Chromatin
85 Blue Marble Biomaterials
86 Genera Energy
87 ICM
88 Albemarle
89 Lignol
90 Raizen
91 Verdezyne
92 Greenfuel Ethanol
93 Atlantic Biomass Conversions
94 Pacific Ethanol
95 Dong Energy
96 SEKAB
97 Borregaard Industries
98 Dynamotive
99 Allard Research
100 Targeted Growth
Northern Ireland
Queens University of Belfast Ionic Liquid Laboratories
Spain
Institute of Science and Technology (IUCT)
Green Chemistry Network of Spain (REDQS - Red Espantildeola de Quiacutemica Sostenible)
Sweden
Centre for Environment and Sustainability - Chalmers University of
TechnologyGoumlteborg University
United Kingdom
Green Chemistry Centre of Excellence at York
University of Leicester Green Chemistry Group
University of Nottingham Green and Analytical Chemistry
Brazil
Universidade do Vale do Itajaiacute Center for Technological Earth and Sea Sciences
Linhas de Pesquisa
Universidade Federal do Rio de Janeiro
Linhas de Pesquisa
Observaccedilotildees
Poucos programas especiacuteficos em ldquoQuiacutemica Verderdquo
Perfil multidisciplinar
Descriccedilatildeo de diversas linhas abrange somente um ou
alguns dos princiacutepios da ldquoQuiacutemica Verderdquo
Associaccedilatildeo inadequada ao tema
Necessidade de ampliaccedilatildeo de escopo
Movimento inicial de fomento aos projetos na aacuterea
Universidade Federal do Rio de Janeiro
CONGRESSOS E OUTROS SITES
Natasha Kelber
Universidade Federal do Rio de Janeiro
Universidade Federal do Rio de Janeiro
CONGRESSOS NACIONAIS
5ordm Simpoacutesio Nacional de Biocombustiacuteveis ndash BIOCOM ndash 14 a15Abril2012 ndash Canoas
RS
4ordf Escola de Quiacutemica Verde - JaneiroFevereiro2012 - Satildeo Paulo SP
VII Congresso Brasileiro de Biosseguranccedila - 19-23Setembro2011 - Joinville SC
II Semana de Biotecnologia Industrial - 20-22Outubro2010 - Lorena SP
5ordm Congresso Internacional de Bioenergia - 10-13Agosto2010 - Curitiba PR
II Semana de Biotecnologia Industrial - Julho2009 - Lorena SP
VI Congresso Brasileiro de Biosseguranccedila
VI Simpoacutesio Latino-Americano de Produtos Biotecnoloacutegicos
I Simpoacutesio Internacional de Biosseguridade e Pesquisa de Duplo Uso
I Feira de Equipamentos e Dispositivos de Biosseguranccedila ndash 22-25 Setembro2009 -
Rio de Janeiro RJ
1ordm Encontro Franco-Brasileiro de Quiacutemica Verde - 11 a 13Outubro2011
Universidade Federal do Rio de Janeiro
CONGRESSOS INTERNACIONAIS
3nd Brazilian Conference on Natural Products - 29Outubro-02Novembro2011 -
Ouro Preto MG
Biodiesel Congress - 27-29Julho2011 - Satildeo Paulo SP
IGCW 2011 Industrial Green Chemistry World Symposium amp Expo - December 4-6
2011 - Mumbai Iacutendia
3rd Asia-Oceania Conference on Green and Sustainable Chemistry (AOC-3) -
December 4-7 2011 - Melbourne Austraacutelia
3rd International Congress on Green Process Engineering - December 6-8 2011 -
Kuala Lumpur Malaysia
Minnesota Green Chemistry Conference - January 26 2012 - Minneapolis MN
The Asian Conference on Sustainability Energy amp the Environment - May 3-6 2012 -
Osaka Japan
16th Annual Green Chemistry amp Engineering Conference - June 18-20 2012 -
Washington DC
Gordon Research Seminar and Conference on Green Chemistry - July 21-27 2012 -
Lucca (Barga) Italy
4th International IUPAC Conference on Green Chemistry - August 25-29 2012 - Foz
do IguaccediluPR Brazil
Universidade Federal do Rio de Janeiro
OUTROS SITES
httpportalacsorgportalacscorgcontent_nfpb=trueamp_pageLabel=PP_SUPERAR
TICLEampnode_id=1401ampuse_sec=falseampsec_url_var=region1amp__uuid=6e2273c5-5e7f-
4c7b-8931-530d244f1650P15_704
httpwwwcleanproductionorgGreenphp
wwwrscorgMembershipNetworkingInternationalActivitiesPanAfricaindexasp
httpwwworganic-chemistryorgtopicsgreen-chemistryshtm
httpagenciafapespbr12992
httpacademicscrantonedufacultycannm1greenchemistryporthtml
httpwwwabqorgbrsimpequi2010trabalhos122-7744htm
httpbrlinkedincominquimicaverde
httpwwwcinprorgbrFreeComponent10435content149251shtml
httpquiverdeblogspotcom201006os-12-principios-da-quimica-verdehtml
httpwwwufpeltchebriqgwwverde
httpwwwbrasilescolacomquimicaprincipios-quimica-verdehtm
httpwwwsustentabilidaderesultadoscombrgreen-chemistry-a-sustainable-
opportunity
httpwwwgreenchemistrynetworkorg
httpwwwepagovgreenchemistry
PUBLICACcedilOtildeES E PERIOacuteDICOS
Renato Soares
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS
Base de Dados
Royal Society of Chemistry (30)
SpringerLink (MetaPress) (30)
Wiley Online Library (30)
ACS Journals Search (30)
Nature (NPG) (30)
Science (AAAS) (30)
IOPscience (Institute of Phsics) (30)
Oxford Journals (Oxford University Press) (30)
ScienceDirect (Elsevier) (30)
Annual Reviews (29)
AIP Scitation ndash American Institute of Physics (28)
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS
Annual Review of Biochemistry (6)
Scientific American (5)
Ecological Indicators (5)
Green Chemistry Educat (4)
Nature Chemistry (4)
J Chem Educ (3)
Autobiographies by Nob (3)
J Appl Phys (3)
Food Hydrocolloids (3)
Chem Soc Rev (2)
Annual Review of Environment and Resources (2)
J Am Chem Soc (2)
The Excitement and Fascination of Science (2)
Environmental Science and Pollution Research (2)
Universidade Federal do Rio de Janeiro
COLECcedilOtildeES E TEXTOS
Murilo Alves
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS REVISTAS E JORNAIS CIENTIacuteFICOS Revistas Cientiacuteficas com conteuacutedos sobre ensino de ciecircnciasquiacutemica e
quiacutemica verde
O primeiro artigo que atendeu aos criteacuterios adotados
neste trabalho e cujo tiacutetulo conteacutem a expressatildeo Green Chemistry (Quiacutemica Verde) - Design for the
environment and Green Chemistry the heart and soul
of industrial ecology - foi publicado em 1997
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS REVISTAS E JORNAIS CIENTIacuteFICOS Revistas Cientiacuteficas com conteuacutedos sobre ensino de ciecircnciasquiacutemica e
quiacutemica verde
Revista Quiacutemica Nova na Escola - QNEsc A Revista Quiacutemica Nova na Escola (QNEsc) com uma periodicidade trimestral propotildee-se a subsidiar o trabalho a formaccedilatildeo e a atualizaccedilatildeo da comunidade do Ensino de Quiacutemica brasileiro QNEsc integra-se agrave linha editorial da Sociedade Brasileira de Quiacutemica que publica tambeacutem a revista Quiacutemica Nova e o Journal of the Brazillian Chemical Society Quiacutemica Nova na Escola eacute um espaccedilo aberto ao educador suscitando debates e reflexotildees sobre o ensino e a aprendizagem de quiacutemica Assim contribui para a tarefa fundamental de formar verdadeiros cidadatildeos Nesse sentido a Divisatildeo de Ensino disponibiliza neste portal na iacutentegra e de forma totalmente gratuita todos os artigos publicados no formato PDF Estatildeo disponiacuteveis tambeacutem os Cadernos Temaacuteticos publicados desde 2001 pela Divisatildeo de Ensino
Green Chemistry - Journal Jornal publicado pela Royal Society of Chemistry - RCS que se apresenta como um espaccedilo para publicaccedilatildeo sobre
pesquisas de ponta no desenvolvimento de tecnologias alternativas sustentaacuteveis
Green Green - revista italiana do Consoacutercio Interuniversitaacuterio Quiacutemica Nacional do Meio Ambiente (INCA) em colaboraccedilatildeo com a Sociedade Quiacutemica Italiana (SCI) 1 5 ACS Publications A Divisatildeo de Publicaccedilotildees da Sociedade Americana de Quiacutemica (American Chemical Society - ACS) oferece a comunidade cientiacutefica mundial uma coleccedilatildeo abrangente dos perioacutedicos mais citados revisados por pares em ciecircncias quiacutemicas e afins
Universidade Federal do Rio de Janeiro
Universidade Federal do Rio de Janeiro
FONTES CONSULTADAS
httpwwwqmcufscbrgieqindexphplinkshtml
httpwwwperiodicoscapesgovbr
httpwwwscielocom
Organizaccediloes - 100 maiores empresas em Bioenergia 2011-12 Referencia Biofuels Digest online publication
November 9 2011 author Jim Lane
1 Solazyme
2 Amyris
3 Gevo
4 POET
5 LS9
6 Novozymes
7 Enerkem
8 LanzaTech
9 UOP
10 ZeaChem
11 Codexis
12 Abengoa Bioenergy
13 KiOR
14 Virent Energy Systems
15 Sapphire Energy
16 Ceres
17 Coskata
18 DuPont Cellulosic
19 Terrabon
20 Mascoma
21 Cobalt Technologies
22 Petrobras
23 Joule Unlimited
24 BP Biofuels
25 Neste
26 Waste Management
27 Rentech
28 Qteros
29 INEOS Bio
30 Genencor
31 Genomatica
32 Shell
33 Synthetic Genomics
34 Chemtex
100 maiores empresas em Bioenergia 2011-12 Referencia Biofuels Digest online publication November 9 2011
author Jim Lane
35 Algenol
36 Elevance Renewable Sciences
37 OriginOil
38 SG Biofuels
39 Cosan
40 HCL CleanTech
41 Fulcrum Bioenergy
42 Cargill
43 Chevron
44 Bluefire Renewables
45 Dynamic Fuels
46 Mendel
47 OPX Biotechnologies
48 Inbicon
49 Renmatix
50 Monsanto
51 Butamax
52 Iogen
53 DuPont
54 Verenium
55 PetroAlgae
56 DSM
57 ExxonMobil
58 Envergent
59 Aurora Algae
60 Syngenta
61 Praj Industries
62 Phycal
63 Renewable Energy Group
64 Clear Fuels Technology
65 ArborGen
66 KL Energy
67 Solix Biofuels
100 maiores empresas em Bioenergia 2011-12 Referencia Biofuels Digest online publication November 9 2011
author Jim Lane
68 Catchlight Energy
69 Dyadic
70 AE Biofuels
71 Myriant
72 EdeniQ
73 Avantium
74 Propel Fuels
75 GlycosBio
76 ETH Bioenergia
77 Chemrec
78 Ensyn
79 Green Plains Renewable Energy
80 Range Fuels
81 Bioprocess Algae
82 SynGest
83 TMO Renewables
84 Chromatin
85 Blue Marble Biomaterials
86 Genera Energy
87 ICM
88 Albemarle
89 Lignol
90 Raizen
91 Verdezyne
92 Greenfuel Ethanol
93 Atlantic Biomass Conversions
94 Pacific Ethanol
95 Dong Energy
96 SEKAB
97 Borregaard Industries
98 Dynamotive
99 Allard Research
100 Targeted Growth
Linhas de Pesquisa
Observaccedilotildees
Poucos programas especiacuteficos em ldquoQuiacutemica Verderdquo
Perfil multidisciplinar
Descriccedilatildeo de diversas linhas abrange somente um ou
alguns dos princiacutepios da ldquoQuiacutemica Verderdquo
Associaccedilatildeo inadequada ao tema
Necessidade de ampliaccedilatildeo de escopo
Movimento inicial de fomento aos projetos na aacuterea
Universidade Federal do Rio de Janeiro
CONGRESSOS E OUTROS SITES
Natasha Kelber
Universidade Federal do Rio de Janeiro
Universidade Federal do Rio de Janeiro
CONGRESSOS NACIONAIS
5ordm Simpoacutesio Nacional de Biocombustiacuteveis ndash BIOCOM ndash 14 a15Abril2012 ndash Canoas
RS
4ordf Escola de Quiacutemica Verde - JaneiroFevereiro2012 - Satildeo Paulo SP
VII Congresso Brasileiro de Biosseguranccedila - 19-23Setembro2011 - Joinville SC
II Semana de Biotecnologia Industrial - 20-22Outubro2010 - Lorena SP
5ordm Congresso Internacional de Bioenergia - 10-13Agosto2010 - Curitiba PR
II Semana de Biotecnologia Industrial - Julho2009 - Lorena SP
VI Congresso Brasileiro de Biosseguranccedila
VI Simpoacutesio Latino-Americano de Produtos Biotecnoloacutegicos
I Simpoacutesio Internacional de Biosseguridade e Pesquisa de Duplo Uso
I Feira de Equipamentos e Dispositivos de Biosseguranccedila ndash 22-25 Setembro2009 -
Rio de Janeiro RJ
1ordm Encontro Franco-Brasileiro de Quiacutemica Verde - 11 a 13Outubro2011
Universidade Federal do Rio de Janeiro
CONGRESSOS INTERNACIONAIS
3nd Brazilian Conference on Natural Products - 29Outubro-02Novembro2011 -
Ouro Preto MG
Biodiesel Congress - 27-29Julho2011 - Satildeo Paulo SP
IGCW 2011 Industrial Green Chemistry World Symposium amp Expo - December 4-6
2011 - Mumbai Iacutendia
3rd Asia-Oceania Conference on Green and Sustainable Chemistry (AOC-3) -
December 4-7 2011 - Melbourne Austraacutelia
3rd International Congress on Green Process Engineering - December 6-8 2011 -
Kuala Lumpur Malaysia
Minnesota Green Chemistry Conference - January 26 2012 - Minneapolis MN
The Asian Conference on Sustainability Energy amp the Environment - May 3-6 2012 -
Osaka Japan
16th Annual Green Chemistry amp Engineering Conference - June 18-20 2012 -
Washington DC
Gordon Research Seminar and Conference on Green Chemistry - July 21-27 2012 -
Lucca (Barga) Italy
4th International IUPAC Conference on Green Chemistry - August 25-29 2012 - Foz
do IguaccediluPR Brazil
Universidade Federal do Rio de Janeiro
OUTROS SITES
httpportalacsorgportalacscorgcontent_nfpb=trueamp_pageLabel=PP_SUPERAR
TICLEampnode_id=1401ampuse_sec=falseampsec_url_var=region1amp__uuid=6e2273c5-5e7f-
4c7b-8931-530d244f1650P15_704
httpwwwcleanproductionorgGreenphp
wwwrscorgMembershipNetworkingInternationalActivitiesPanAfricaindexasp
httpwwworganic-chemistryorgtopicsgreen-chemistryshtm
httpagenciafapespbr12992
httpacademicscrantonedufacultycannm1greenchemistryporthtml
httpwwwabqorgbrsimpequi2010trabalhos122-7744htm
httpbrlinkedincominquimicaverde
httpwwwcinprorgbrFreeComponent10435content149251shtml
httpquiverdeblogspotcom201006os-12-principios-da-quimica-verdehtml
httpwwwufpeltchebriqgwwverde
httpwwwbrasilescolacomquimicaprincipios-quimica-verdehtm
httpwwwsustentabilidaderesultadoscombrgreen-chemistry-a-sustainable-
opportunity
httpwwwgreenchemistrynetworkorg
httpwwwepagovgreenchemistry
PUBLICACcedilOtildeES E PERIOacuteDICOS
Renato Soares
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS
Base de Dados
Royal Society of Chemistry (30)
SpringerLink (MetaPress) (30)
Wiley Online Library (30)
ACS Journals Search (30)
Nature (NPG) (30)
Science (AAAS) (30)
IOPscience (Institute of Phsics) (30)
Oxford Journals (Oxford University Press) (30)
ScienceDirect (Elsevier) (30)
Annual Reviews (29)
AIP Scitation ndash American Institute of Physics (28)
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS
Annual Review of Biochemistry (6)
Scientific American (5)
Ecological Indicators (5)
Green Chemistry Educat (4)
Nature Chemistry (4)
J Chem Educ (3)
Autobiographies by Nob (3)
J Appl Phys (3)
Food Hydrocolloids (3)
Chem Soc Rev (2)
Annual Review of Environment and Resources (2)
J Am Chem Soc (2)
The Excitement and Fascination of Science (2)
Environmental Science and Pollution Research (2)
Universidade Federal do Rio de Janeiro
COLECcedilOtildeES E TEXTOS
Murilo Alves
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS REVISTAS E JORNAIS CIENTIacuteFICOS Revistas Cientiacuteficas com conteuacutedos sobre ensino de ciecircnciasquiacutemica e
quiacutemica verde
O primeiro artigo que atendeu aos criteacuterios adotados
neste trabalho e cujo tiacutetulo conteacutem a expressatildeo Green Chemistry (Quiacutemica Verde) - Design for the
environment and Green Chemistry the heart and soul
of industrial ecology - foi publicado em 1997
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS REVISTAS E JORNAIS CIENTIacuteFICOS Revistas Cientiacuteficas com conteuacutedos sobre ensino de ciecircnciasquiacutemica e
quiacutemica verde
Revista Quiacutemica Nova na Escola - QNEsc A Revista Quiacutemica Nova na Escola (QNEsc) com uma periodicidade trimestral propotildee-se a subsidiar o trabalho a formaccedilatildeo e a atualizaccedilatildeo da comunidade do Ensino de Quiacutemica brasileiro QNEsc integra-se agrave linha editorial da Sociedade Brasileira de Quiacutemica que publica tambeacutem a revista Quiacutemica Nova e o Journal of the Brazillian Chemical Society Quiacutemica Nova na Escola eacute um espaccedilo aberto ao educador suscitando debates e reflexotildees sobre o ensino e a aprendizagem de quiacutemica Assim contribui para a tarefa fundamental de formar verdadeiros cidadatildeos Nesse sentido a Divisatildeo de Ensino disponibiliza neste portal na iacutentegra e de forma totalmente gratuita todos os artigos publicados no formato PDF Estatildeo disponiacuteveis tambeacutem os Cadernos Temaacuteticos publicados desde 2001 pela Divisatildeo de Ensino
Green Chemistry - Journal Jornal publicado pela Royal Society of Chemistry - RCS que se apresenta como um espaccedilo para publicaccedilatildeo sobre
pesquisas de ponta no desenvolvimento de tecnologias alternativas sustentaacuteveis
Green Green - revista italiana do Consoacutercio Interuniversitaacuterio Quiacutemica Nacional do Meio Ambiente (INCA) em colaboraccedilatildeo com a Sociedade Quiacutemica Italiana (SCI) 1 5 ACS Publications A Divisatildeo de Publicaccedilotildees da Sociedade Americana de Quiacutemica (American Chemical Society - ACS) oferece a comunidade cientiacutefica mundial uma coleccedilatildeo abrangente dos perioacutedicos mais citados revisados por pares em ciecircncias quiacutemicas e afins
Universidade Federal do Rio de Janeiro
Universidade Federal do Rio de Janeiro
FONTES CONSULTADAS
httpwwwqmcufscbrgieqindexphplinkshtml
httpwwwperiodicoscapesgovbr
httpwwwscielocom
Organizaccediloes - 100 maiores empresas em Bioenergia 2011-12 Referencia Biofuels Digest online publication
November 9 2011 author Jim Lane
1 Solazyme
2 Amyris
3 Gevo
4 POET
5 LS9
6 Novozymes
7 Enerkem
8 LanzaTech
9 UOP
10 ZeaChem
11 Codexis
12 Abengoa Bioenergy
13 KiOR
14 Virent Energy Systems
15 Sapphire Energy
16 Ceres
17 Coskata
18 DuPont Cellulosic
19 Terrabon
20 Mascoma
21 Cobalt Technologies
22 Petrobras
23 Joule Unlimited
24 BP Biofuels
25 Neste
26 Waste Management
27 Rentech
28 Qteros
29 INEOS Bio
30 Genencor
31 Genomatica
32 Shell
33 Synthetic Genomics
34 Chemtex
100 maiores empresas em Bioenergia 2011-12 Referencia Biofuels Digest online publication November 9 2011
author Jim Lane
35 Algenol
36 Elevance Renewable Sciences
37 OriginOil
38 SG Biofuels
39 Cosan
40 HCL CleanTech
41 Fulcrum Bioenergy
42 Cargill
43 Chevron
44 Bluefire Renewables
45 Dynamic Fuels
46 Mendel
47 OPX Biotechnologies
48 Inbicon
49 Renmatix
50 Monsanto
51 Butamax
52 Iogen
53 DuPont
54 Verenium
55 PetroAlgae
56 DSM
57 ExxonMobil
58 Envergent
59 Aurora Algae
60 Syngenta
61 Praj Industries
62 Phycal
63 Renewable Energy Group
64 Clear Fuels Technology
65 ArborGen
66 KL Energy
67 Solix Biofuels
100 maiores empresas em Bioenergia 2011-12 Referencia Biofuels Digest online publication November 9 2011
author Jim Lane
68 Catchlight Energy
69 Dyadic
70 AE Biofuels
71 Myriant
72 EdeniQ
73 Avantium
74 Propel Fuels
75 GlycosBio
76 ETH Bioenergia
77 Chemrec
78 Ensyn
79 Green Plains Renewable Energy
80 Range Fuels
81 Bioprocess Algae
82 SynGest
83 TMO Renewables
84 Chromatin
85 Blue Marble Biomaterials
86 Genera Energy
87 ICM
88 Albemarle
89 Lignol
90 Raizen
91 Verdezyne
92 Greenfuel Ethanol
93 Atlantic Biomass Conversions
94 Pacific Ethanol
95 Dong Energy
96 SEKAB
97 Borregaard Industries
98 Dynamotive
99 Allard Research
100 Targeted Growth
CONGRESSOS E OUTROS SITES
Natasha Kelber
Universidade Federal do Rio de Janeiro
Universidade Federal do Rio de Janeiro
CONGRESSOS NACIONAIS
5ordm Simpoacutesio Nacional de Biocombustiacuteveis ndash BIOCOM ndash 14 a15Abril2012 ndash Canoas
RS
4ordf Escola de Quiacutemica Verde - JaneiroFevereiro2012 - Satildeo Paulo SP
VII Congresso Brasileiro de Biosseguranccedila - 19-23Setembro2011 - Joinville SC
II Semana de Biotecnologia Industrial - 20-22Outubro2010 - Lorena SP
5ordm Congresso Internacional de Bioenergia - 10-13Agosto2010 - Curitiba PR
II Semana de Biotecnologia Industrial - Julho2009 - Lorena SP
VI Congresso Brasileiro de Biosseguranccedila
VI Simpoacutesio Latino-Americano de Produtos Biotecnoloacutegicos
I Simpoacutesio Internacional de Biosseguridade e Pesquisa de Duplo Uso
I Feira de Equipamentos e Dispositivos de Biosseguranccedila ndash 22-25 Setembro2009 -
Rio de Janeiro RJ
1ordm Encontro Franco-Brasileiro de Quiacutemica Verde - 11 a 13Outubro2011
Universidade Federal do Rio de Janeiro
CONGRESSOS INTERNACIONAIS
3nd Brazilian Conference on Natural Products - 29Outubro-02Novembro2011 -
Ouro Preto MG
Biodiesel Congress - 27-29Julho2011 - Satildeo Paulo SP
IGCW 2011 Industrial Green Chemistry World Symposium amp Expo - December 4-6
2011 - Mumbai Iacutendia
3rd Asia-Oceania Conference on Green and Sustainable Chemistry (AOC-3) -
December 4-7 2011 - Melbourne Austraacutelia
3rd International Congress on Green Process Engineering - December 6-8 2011 -
Kuala Lumpur Malaysia
Minnesota Green Chemistry Conference - January 26 2012 - Minneapolis MN
The Asian Conference on Sustainability Energy amp the Environment - May 3-6 2012 -
Osaka Japan
16th Annual Green Chemistry amp Engineering Conference - June 18-20 2012 -
Washington DC
Gordon Research Seminar and Conference on Green Chemistry - July 21-27 2012 -
Lucca (Barga) Italy
4th International IUPAC Conference on Green Chemistry - August 25-29 2012 - Foz
do IguaccediluPR Brazil
Universidade Federal do Rio de Janeiro
OUTROS SITES
httpportalacsorgportalacscorgcontent_nfpb=trueamp_pageLabel=PP_SUPERAR
TICLEampnode_id=1401ampuse_sec=falseampsec_url_var=region1amp__uuid=6e2273c5-5e7f-
4c7b-8931-530d244f1650P15_704
httpwwwcleanproductionorgGreenphp
wwwrscorgMembershipNetworkingInternationalActivitiesPanAfricaindexasp
httpwwworganic-chemistryorgtopicsgreen-chemistryshtm
httpagenciafapespbr12992
httpacademicscrantonedufacultycannm1greenchemistryporthtml
httpwwwabqorgbrsimpequi2010trabalhos122-7744htm
httpbrlinkedincominquimicaverde
httpwwwcinprorgbrFreeComponent10435content149251shtml
httpquiverdeblogspotcom201006os-12-principios-da-quimica-verdehtml
httpwwwufpeltchebriqgwwverde
httpwwwbrasilescolacomquimicaprincipios-quimica-verdehtm
httpwwwsustentabilidaderesultadoscombrgreen-chemistry-a-sustainable-
opportunity
httpwwwgreenchemistrynetworkorg
httpwwwepagovgreenchemistry
PUBLICACcedilOtildeES E PERIOacuteDICOS
Renato Soares
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS
Base de Dados
Royal Society of Chemistry (30)
SpringerLink (MetaPress) (30)
Wiley Online Library (30)
ACS Journals Search (30)
Nature (NPG) (30)
Science (AAAS) (30)
IOPscience (Institute of Phsics) (30)
Oxford Journals (Oxford University Press) (30)
ScienceDirect (Elsevier) (30)
Annual Reviews (29)
AIP Scitation ndash American Institute of Physics (28)
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS
Annual Review of Biochemistry (6)
Scientific American (5)
Ecological Indicators (5)
Green Chemistry Educat (4)
Nature Chemistry (4)
J Chem Educ (3)
Autobiographies by Nob (3)
J Appl Phys (3)
Food Hydrocolloids (3)
Chem Soc Rev (2)
Annual Review of Environment and Resources (2)
J Am Chem Soc (2)
The Excitement and Fascination of Science (2)
Environmental Science and Pollution Research (2)
Universidade Federal do Rio de Janeiro
COLECcedilOtildeES E TEXTOS
Murilo Alves
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS REVISTAS E JORNAIS CIENTIacuteFICOS Revistas Cientiacuteficas com conteuacutedos sobre ensino de ciecircnciasquiacutemica e
quiacutemica verde
O primeiro artigo que atendeu aos criteacuterios adotados
neste trabalho e cujo tiacutetulo conteacutem a expressatildeo Green Chemistry (Quiacutemica Verde) - Design for the
environment and Green Chemistry the heart and soul
of industrial ecology - foi publicado em 1997
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS REVISTAS E JORNAIS CIENTIacuteFICOS Revistas Cientiacuteficas com conteuacutedos sobre ensino de ciecircnciasquiacutemica e
quiacutemica verde
Revista Quiacutemica Nova na Escola - QNEsc A Revista Quiacutemica Nova na Escola (QNEsc) com uma periodicidade trimestral propotildee-se a subsidiar o trabalho a formaccedilatildeo e a atualizaccedilatildeo da comunidade do Ensino de Quiacutemica brasileiro QNEsc integra-se agrave linha editorial da Sociedade Brasileira de Quiacutemica que publica tambeacutem a revista Quiacutemica Nova e o Journal of the Brazillian Chemical Society Quiacutemica Nova na Escola eacute um espaccedilo aberto ao educador suscitando debates e reflexotildees sobre o ensino e a aprendizagem de quiacutemica Assim contribui para a tarefa fundamental de formar verdadeiros cidadatildeos Nesse sentido a Divisatildeo de Ensino disponibiliza neste portal na iacutentegra e de forma totalmente gratuita todos os artigos publicados no formato PDF Estatildeo disponiacuteveis tambeacutem os Cadernos Temaacuteticos publicados desde 2001 pela Divisatildeo de Ensino
Green Chemistry - Journal Jornal publicado pela Royal Society of Chemistry - RCS que se apresenta como um espaccedilo para publicaccedilatildeo sobre
pesquisas de ponta no desenvolvimento de tecnologias alternativas sustentaacuteveis
Green Green - revista italiana do Consoacutercio Interuniversitaacuterio Quiacutemica Nacional do Meio Ambiente (INCA) em colaboraccedilatildeo com a Sociedade Quiacutemica Italiana (SCI) 1 5 ACS Publications A Divisatildeo de Publicaccedilotildees da Sociedade Americana de Quiacutemica (American Chemical Society - ACS) oferece a comunidade cientiacutefica mundial uma coleccedilatildeo abrangente dos perioacutedicos mais citados revisados por pares em ciecircncias quiacutemicas e afins
Universidade Federal do Rio de Janeiro
Universidade Federal do Rio de Janeiro
FONTES CONSULTADAS
httpwwwqmcufscbrgieqindexphplinkshtml
httpwwwperiodicoscapesgovbr
httpwwwscielocom
Organizaccediloes - 100 maiores empresas em Bioenergia 2011-12 Referencia Biofuels Digest online publication
November 9 2011 author Jim Lane
1 Solazyme
2 Amyris
3 Gevo
4 POET
5 LS9
6 Novozymes
7 Enerkem
8 LanzaTech
9 UOP
10 ZeaChem
11 Codexis
12 Abengoa Bioenergy
13 KiOR
14 Virent Energy Systems
15 Sapphire Energy
16 Ceres
17 Coskata
18 DuPont Cellulosic
19 Terrabon
20 Mascoma
21 Cobalt Technologies
22 Petrobras
23 Joule Unlimited
24 BP Biofuels
25 Neste
26 Waste Management
27 Rentech
28 Qteros
29 INEOS Bio
30 Genencor
31 Genomatica
32 Shell
33 Synthetic Genomics
34 Chemtex
100 maiores empresas em Bioenergia 2011-12 Referencia Biofuels Digest online publication November 9 2011
author Jim Lane
35 Algenol
36 Elevance Renewable Sciences
37 OriginOil
38 SG Biofuels
39 Cosan
40 HCL CleanTech
41 Fulcrum Bioenergy
42 Cargill
43 Chevron
44 Bluefire Renewables
45 Dynamic Fuels
46 Mendel
47 OPX Biotechnologies
48 Inbicon
49 Renmatix
50 Monsanto
51 Butamax
52 Iogen
53 DuPont
54 Verenium
55 PetroAlgae
56 DSM
57 ExxonMobil
58 Envergent
59 Aurora Algae
60 Syngenta
61 Praj Industries
62 Phycal
63 Renewable Energy Group
64 Clear Fuels Technology
65 ArborGen
66 KL Energy
67 Solix Biofuels
100 maiores empresas em Bioenergia 2011-12 Referencia Biofuels Digest online publication November 9 2011
author Jim Lane
68 Catchlight Energy
69 Dyadic
70 AE Biofuels
71 Myriant
72 EdeniQ
73 Avantium
74 Propel Fuels
75 GlycosBio
76 ETH Bioenergia
77 Chemrec
78 Ensyn
79 Green Plains Renewable Energy
80 Range Fuels
81 Bioprocess Algae
82 SynGest
83 TMO Renewables
84 Chromatin
85 Blue Marble Biomaterials
86 Genera Energy
87 ICM
88 Albemarle
89 Lignol
90 Raizen
91 Verdezyne
92 Greenfuel Ethanol
93 Atlantic Biomass Conversions
94 Pacific Ethanol
95 Dong Energy
96 SEKAB
97 Borregaard Industries
98 Dynamotive
99 Allard Research
100 Targeted Growth
Universidade Federal do Rio de Janeiro
CONGRESSOS NACIONAIS
5ordm Simpoacutesio Nacional de Biocombustiacuteveis ndash BIOCOM ndash 14 a15Abril2012 ndash Canoas
RS
4ordf Escola de Quiacutemica Verde - JaneiroFevereiro2012 - Satildeo Paulo SP
VII Congresso Brasileiro de Biosseguranccedila - 19-23Setembro2011 - Joinville SC
II Semana de Biotecnologia Industrial - 20-22Outubro2010 - Lorena SP
5ordm Congresso Internacional de Bioenergia - 10-13Agosto2010 - Curitiba PR
II Semana de Biotecnologia Industrial - Julho2009 - Lorena SP
VI Congresso Brasileiro de Biosseguranccedila
VI Simpoacutesio Latino-Americano de Produtos Biotecnoloacutegicos
I Simpoacutesio Internacional de Biosseguridade e Pesquisa de Duplo Uso
I Feira de Equipamentos e Dispositivos de Biosseguranccedila ndash 22-25 Setembro2009 -
Rio de Janeiro RJ
1ordm Encontro Franco-Brasileiro de Quiacutemica Verde - 11 a 13Outubro2011
Universidade Federal do Rio de Janeiro
CONGRESSOS INTERNACIONAIS
3nd Brazilian Conference on Natural Products - 29Outubro-02Novembro2011 -
Ouro Preto MG
Biodiesel Congress - 27-29Julho2011 - Satildeo Paulo SP
IGCW 2011 Industrial Green Chemistry World Symposium amp Expo - December 4-6
2011 - Mumbai Iacutendia
3rd Asia-Oceania Conference on Green and Sustainable Chemistry (AOC-3) -
December 4-7 2011 - Melbourne Austraacutelia
3rd International Congress on Green Process Engineering - December 6-8 2011 -
Kuala Lumpur Malaysia
Minnesota Green Chemistry Conference - January 26 2012 - Minneapolis MN
The Asian Conference on Sustainability Energy amp the Environment - May 3-6 2012 -
Osaka Japan
16th Annual Green Chemistry amp Engineering Conference - June 18-20 2012 -
Washington DC
Gordon Research Seminar and Conference on Green Chemistry - July 21-27 2012 -
Lucca (Barga) Italy
4th International IUPAC Conference on Green Chemistry - August 25-29 2012 - Foz
do IguaccediluPR Brazil
Universidade Federal do Rio de Janeiro
OUTROS SITES
httpportalacsorgportalacscorgcontent_nfpb=trueamp_pageLabel=PP_SUPERAR
TICLEampnode_id=1401ampuse_sec=falseampsec_url_var=region1amp__uuid=6e2273c5-5e7f-
4c7b-8931-530d244f1650P15_704
httpwwwcleanproductionorgGreenphp
wwwrscorgMembershipNetworkingInternationalActivitiesPanAfricaindexasp
httpwwworganic-chemistryorgtopicsgreen-chemistryshtm
httpagenciafapespbr12992
httpacademicscrantonedufacultycannm1greenchemistryporthtml
httpwwwabqorgbrsimpequi2010trabalhos122-7744htm
httpbrlinkedincominquimicaverde
httpwwwcinprorgbrFreeComponent10435content149251shtml
httpquiverdeblogspotcom201006os-12-principios-da-quimica-verdehtml
httpwwwufpeltchebriqgwwverde
httpwwwbrasilescolacomquimicaprincipios-quimica-verdehtm
httpwwwsustentabilidaderesultadoscombrgreen-chemistry-a-sustainable-
opportunity
httpwwwgreenchemistrynetworkorg
httpwwwepagovgreenchemistry
PUBLICACcedilOtildeES E PERIOacuteDICOS
Renato Soares
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS
Base de Dados
Royal Society of Chemistry (30)
SpringerLink (MetaPress) (30)
Wiley Online Library (30)
ACS Journals Search (30)
Nature (NPG) (30)
Science (AAAS) (30)
IOPscience (Institute of Phsics) (30)
Oxford Journals (Oxford University Press) (30)
ScienceDirect (Elsevier) (30)
Annual Reviews (29)
AIP Scitation ndash American Institute of Physics (28)
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS
Annual Review of Biochemistry (6)
Scientific American (5)
Ecological Indicators (5)
Green Chemistry Educat (4)
Nature Chemistry (4)
J Chem Educ (3)
Autobiographies by Nob (3)
J Appl Phys (3)
Food Hydrocolloids (3)
Chem Soc Rev (2)
Annual Review of Environment and Resources (2)
J Am Chem Soc (2)
The Excitement and Fascination of Science (2)
Environmental Science and Pollution Research (2)
Universidade Federal do Rio de Janeiro
COLECcedilOtildeES E TEXTOS
Murilo Alves
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS REVISTAS E JORNAIS CIENTIacuteFICOS Revistas Cientiacuteficas com conteuacutedos sobre ensino de ciecircnciasquiacutemica e
quiacutemica verde
O primeiro artigo que atendeu aos criteacuterios adotados
neste trabalho e cujo tiacutetulo conteacutem a expressatildeo Green Chemistry (Quiacutemica Verde) - Design for the
environment and Green Chemistry the heart and soul
of industrial ecology - foi publicado em 1997
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS REVISTAS E JORNAIS CIENTIacuteFICOS Revistas Cientiacuteficas com conteuacutedos sobre ensino de ciecircnciasquiacutemica e
quiacutemica verde
Revista Quiacutemica Nova na Escola - QNEsc A Revista Quiacutemica Nova na Escola (QNEsc) com uma periodicidade trimestral propotildee-se a subsidiar o trabalho a formaccedilatildeo e a atualizaccedilatildeo da comunidade do Ensino de Quiacutemica brasileiro QNEsc integra-se agrave linha editorial da Sociedade Brasileira de Quiacutemica que publica tambeacutem a revista Quiacutemica Nova e o Journal of the Brazillian Chemical Society Quiacutemica Nova na Escola eacute um espaccedilo aberto ao educador suscitando debates e reflexotildees sobre o ensino e a aprendizagem de quiacutemica Assim contribui para a tarefa fundamental de formar verdadeiros cidadatildeos Nesse sentido a Divisatildeo de Ensino disponibiliza neste portal na iacutentegra e de forma totalmente gratuita todos os artigos publicados no formato PDF Estatildeo disponiacuteveis tambeacutem os Cadernos Temaacuteticos publicados desde 2001 pela Divisatildeo de Ensino
Green Chemistry - Journal Jornal publicado pela Royal Society of Chemistry - RCS que se apresenta como um espaccedilo para publicaccedilatildeo sobre
pesquisas de ponta no desenvolvimento de tecnologias alternativas sustentaacuteveis
Green Green - revista italiana do Consoacutercio Interuniversitaacuterio Quiacutemica Nacional do Meio Ambiente (INCA) em colaboraccedilatildeo com a Sociedade Quiacutemica Italiana (SCI) 1 5 ACS Publications A Divisatildeo de Publicaccedilotildees da Sociedade Americana de Quiacutemica (American Chemical Society - ACS) oferece a comunidade cientiacutefica mundial uma coleccedilatildeo abrangente dos perioacutedicos mais citados revisados por pares em ciecircncias quiacutemicas e afins
Universidade Federal do Rio de Janeiro
Universidade Federal do Rio de Janeiro
FONTES CONSULTADAS
httpwwwqmcufscbrgieqindexphplinkshtml
httpwwwperiodicoscapesgovbr
httpwwwscielocom
Organizaccediloes - 100 maiores empresas em Bioenergia 2011-12 Referencia Biofuels Digest online publication
November 9 2011 author Jim Lane
1 Solazyme
2 Amyris
3 Gevo
4 POET
5 LS9
6 Novozymes
7 Enerkem
8 LanzaTech
9 UOP
10 ZeaChem
11 Codexis
12 Abengoa Bioenergy
13 KiOR
14 Virent Energy Systems
15 Sapphire Energy
16 Ceres
17 Coskata
18 DuPont Cellulosic
19 Terrabon
20 Mascoma
21 Cobalt Technologies
22 Petrobras
23 Joule Unlimited
24 BP Biofuels
25 Neste
26 Waste Management
27 Rentech
28 Qteros
29 INEOS Bio
30 Genencor
31 Genomatica
32 Shell
33 Synthetic Genomics
34 Chemtex
100 maiores empresas em Bioenergia 2011-12 Referencia Biofuels Digest online publication November 9 2011
author Jim Lane
35 Algenol
36 Elevance Renewable Sciences
37 OriginOil
38 SG Biofuels
39 Cosan
40 HCL CleanTech
41 Fulcrum Bioenergy
42 Cargill
43 Chevron
44 Bluefire Renewables
45 Dynamic Fuels
46 Mendel
47 OPX Biotechnologies
48 Inbicon
49 Renmatix
50 Monsanto
51 Butamax
52 Iogen
53 DuPont
54 Verenium
55 PetroAlgae
56 DSM
57 ExxonMobil
58 Envergent
59 Aurora Algae
60 Syngenta
61 Praj Industries
62 Phycal
63 Renewable Energy Group
64 Clear Fuels Technology
65 ArborGen
66 KL Energy
67 Solix Biofuels
100 maiores empresas em Bioenergia 2011-12 Referencia Biofuels Digest online publication November 9 2011
author Jim Lane
68 Catchlight Energy
69 Dyadic
70 AE Biofuels
71 Myriant
72 EdeniQ
73 Avantium
74 Propel Fuels
75 GlycosBio
76 ETH Bioenergia
77 Chemrec
78 Ensyn
79 Green Plains Renewable Energy
80 Range Fuels
81 Bioprocess Algae
82 SynGest
83 TMO Renewables
84 Chromatin
85 Blue Marble Biomaterials
86 Genera Energy
87 ICM
88 Albemarle
89 Lignol
90 Raizen
91 Verdezyne
92 Greenfuel Ethanol
93 Atlantic Biomass Conversions
94 Pacific Ethanol
95 Dong Energy
96 SEKAB
97 Borregaard Industries
98 Dynamotive
99 Allard Research
100 Targeted Growth
Universidade Federal do Rio de Janeiro
CONGRESSOS INTERNACIONAIS
3nd Brazilian Conference on Natural Products - 29Outubro-02Novembro2011 -
Ouro Preto MG
Biodiesel Congress - 27-29Julho2011 - Satildeo Paulo SP
IGCW 2011 Industrial Green Chemistry World Symposium amp Expo - December 4-6
2011 - Mumbai Iacutendia
3rd Asia-Oceania Conference on Green and Sustainable Chemistry (AOC-3) -
December 4-7 2011 - Melbourne Austraacutelia
3rd International Congress on Green Process Engineering - December 6-8 2011 -
Kuala Lumpur Malaysia
Minnesota Green Chemistry Conference - January 26 2012 - Minneapolis MN
The Asian Conference on Sustainability Energy amp the Environment - May 3-6 2012 -
Osaka Japan
16th Annual Green Chemistry amp Engineering Conference - June 18-20 2012 -
Washington DC
Gordon Research Seminar and Conference on Green Chemistry - July 21-27 2012 -
Lucca (Barga) Italy
4th International IUPAC Conference on Green Chemistry - August 25-29 2012 - Foz
do IguaccediluPR Brazil
Universidade Federal do Rio de Janeiro
OUTROS SITES
httpportalacsorgportalacscorgcontent_nfpb=trueamp_pageLabel=PP_SUPERAR
TICLEampnode_id=1401ampuse_sec=falseampsec_url_var=region1amp__uuid=6e2273c5-5e7f-
4c7b-8931-530d244f1650P15_704
httpwwwcleanproductionorgGreenphp
wwwrscorgMembershipNetworkingInternationalActivitiesPanAfricaindexasp
httpwwworganic-chemistryorgtopicsgreen-chemistryshtm
httpagenciafapespbr12992
httpacademicscrantonedufacultycannm1greenchemistryporthtml
httpwwwabqorgbrsimpequi2010trabalhos122-7744htm
httpbrlinkedincominquimicaverde
httpwwwcinprorgbrFreeComponent10435content149251shtml
httpquiverdeblogspotcom201006os-12-principios-da-quimica-verdehtml
httpwwwufpeltchebriqgwwverde
httpwwwbrasilescolacomquimicaprincipios-quimica-verdehtm
httpwwwsustentabilidaderesultadoscombrgreen-chemistry-a-sustainable-
opportunity
httpwwwgreenchemistrynetworkorg
httpwwwepagovgreenchemistry
PUBLICACcedilOtildeES E PERIOacuteDICOS
Renato Soares
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS
Base de Dados
Royal Society of Chemistry (30)
SpringerLink (MetaPress) (30)
Wiley Online Library (30)
ACS Journals Search (30)
Nature (NPG) (30)
Science (AAAS) (30)
IOPscience (Institute of Phsics) (30)
Oxford Journals (Oxford University Press) (30)
ScienceDirect (Elsevier) (30)
Annual Reviews (29)
AIP Scitation ndash American Institute of Physics (28)
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS
Annual Review of Biochemistry (6)
Scientific American (5)
Ecological Indicators (5)
Green Chemistry Educat (4)
Nature Chemistry (4)
J Chem Educ (3)
Autobiographies by Nob (3)
J Appl Phys (3)
Food Hydrocolloids (3)
Chem Soc Rev (2)
Annual Review of Environment and Resources (2)
J Am Chem Soc (2)
The Excitement and Fascination of Science (2)
Environmental Science and Pollution Research (2)
Universidade Federal do Rio de Janeiro
COLECcedilOtildeES E TEXTOS
Murilo Alves
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS REVISTAS E JORNAIS CIENTIacuteFICOS Revistas Cientiacuteficas com conteuacutedos sobre ensino de ciecircnciasquiacutemica e
quiacutemica verde
O primeiro artigo que atendeu aos criteacuterios adotados
neste trabalho e cujo tiacutetulo conteacutem a expressatildeo Green Chemistry (Quiacutemica Verde) - Design for the
environment and Green Chemistry the heart and soul
of industrial ecology - foi publicado em 1997
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS REVISTAS E JORNAIS CIENTIacuteFICOS Revistas Cientiacuteficas com conteuacutedos sobre ensino de ciecircnciasquiacutemica e
quiacutemica verde
Revista Quiacutemica Nova na Escola - QNEsc A Revista Quiacutemica Nova na Escola (QNEsc) com uma periodicidade trimestral propotildee-se a subsidiar o trabalho a formaccedilatildeo e a atualizaccedilatildeo da comunidade do Ensino de Quiacutemica brasileiro QNEsc integra-se agrave linha editorial da Sociedade Brasileira de Quiacutemica que publica tambeacutem a revista Quiacutemica Nova e o Journal of the Brazillian Chemical Society Quiacutemica Nova na Escola eacute um espaccedilo aberto ao educador suscitando debates e reflexotildees sobre o ensino e a aprendizagem de quiacutemica Assim contribui para a tarefa fundamental de formar verdadeiros cidadatildeos Nesse sentido a Divisatildeo de Ensino disponibiliza neste portal na iacutentegra e de forma totalmente gratuita todos os artigos publicados no formato PDF Estatildeo disponiacuteveis tambeacutem os Cadernos Temaacuteticos publicados desde 2001 pela Divisatildeo de Ensino
Green Chemistry - Journal Jornal publicado pela Royal Society of Chemistry - RCS que se apresenta como um espaccedilo para publicaccedilatildeo sobre
pesquisas de ponta no desenvolvimento de tecnologias alternativas sustentaacuteveis
Green Green - revista italiana do Consoacutercio Interuniversitaacuterio Quiacutemica Nacional do Meio Ambiente (INCA) em colaboraccedilatildeo com a Sociedade Quiacutemica Italiana (SCI) 1 5 ACS Publications A Divisatildeo de Publicaccedilotildees da Sociedade Americana de Quiacutemica (American Chemical Society - ACS) oferece a comunidade cientiacutefica mundial uma coleccedilatildeo abrangente dos perioacutedicos mais citados revisados por pares em ciecircncias quiacutemicas e afins
Universidade Federal do Rio de Janeiro
Universidade Federal do Rio de Janeiro
FONTES CONSULTADAS
httpwwwqmcufscbrgieqindexphplinkshtml
httpwwwperiodicoscapesgovbr
httpwwwscielocom
Organizaccediloes - 100 maiores empresas em Bioenergia 2011-12 Referencia Biofuels Digest online publication
November 9 2011 author Jim Lane
1 Solazyme
2 Amyris
3 Gevo
4 POET
5 LS9
6 Novozymes
7 Enerkem
8 LanzaTech
9 UOP
10 ZeaChem
11 Codexis
12 Abengoa Bioenergy
13 KiOR
14 Virent Energy Systems
15 Sapphire Energy
16 Ceres
17 Coskata
18 DuPont Cellulosic
19 Terrabon
20 Mascoma
21 Cobalt Technologies
22 Petrobras
23 Joule Unlimited
24 BP Biofuels
25 Neste
26 Waste Management
27 Rentech
28 Qteros
29 INEOS Bio
30 Genencor
31 Genomatica
32 Shell
33 Synthetic Genomics
34 Chemtex
100 maiores empresas em Bioenergia 2011-12 Referencia Biofuels Digest online publication November 9 2011
author Jim Lane
35 Algenol
36 Elevance Renewable Sciences
37 OriginOil
38 SG Biofuels
39 Cosan
40 HCL CleanTech
41 Fulcrum Bioenergy
42 Cargill
43 Chevron
44 Bluefire Renewables
45 Dynamic Fuels
46 Mendel
47 OPX Biotechnologies
48 Inbicon
49 Renmatix
50 Monsanto
51 Butamax
52 Iogen
53 DuPont
54 Verenium
55 PetroAlgae
56 DSM
57 ExxonMobil
58 Envergent
59 Aurora Algae
60 Syngenta
61 Praj Industries
62 Phycal
63 Renewable Energy Group
64 Clear Fuels Technology
65 ArborGen
66 KL Energy
67 Solix Biofuels
100 maiores empresas em Bioenergia 2011-12 Referencia Biofuels Digest online publication November 9 2011
author Jim Lane
68 Catchlight Energy
69 Dyadic
70 AE Biofuels
71 Myriant
72 EdeniQ
73 Avantium
74 Propel Fuels
75 GlycosBio
76 ETH Bioenergia
77 Chemrec
78 Ensyn
79 Green Plains Renewable Energy
80 Range Fuels
81 Bioprocess Algae
82 SynGest
83 TMO Renewables
84 Chromatin
85 Blue Marble Biomaterials
86 Genera Energy
87 ICM
88 Albemarle
89 Lignol
90 Raizen
91 Verdezyne
92 Greenfuel Ethanol
93 Atlantic Biomass Conversions
94 Pacific Ethanol
95 Dong Energy
96 SEKAB
97 Borregaard Industries
98 Dynamotive
99 Allard Research
100 Targeted Growth
Universidade Federal do Rio de Janeiro
OUTROS SITES
httpportalacsorgportalacscorgcontent_nfpb=trueamp_pageLabel=PP_SUPERAR
TICLEampnode_id=1401ampuse_sec=falseampsec_url_var=region1amp__uuid=6e2273c5-5e7f-
4c7b-8931-530d244f1650P15_704
httpwwwcleanproductionorgGreenphp
wwwrscorgMembershipNetworkingInternationalActivitiesPanAfricaindexasp
httpwwworganic-chemistryorgtopicsgreen-chemistryshtm
httpagenciafapespbr12992
httpacademicscrantonedufacultycannm1greenchemistryporthtml
httpwwwabqorgbrsimpequi2010trabalhos122-7744htm
httpbrlinkedincominquimicaverde
httpwwwcinprorgbrFreeComponent10435content149251shtml
httpquiverdeblogspotcom201006os-12-principios-da-quimica-verdehtml
httpwwwufpeltchebriqgwwverde
httpwwwbrasilescolacomquimicaprincipios-quimica-verdehtm
httpwwwsustentabilidaderesultadoscombrgreen-chemistry-a-sustainable-
opportunity
httpwwwgreenchemistrynetworkorg
httpwwwepagovgreenchemistry
PUBLICACcedilOtildeES E PERIOacuteDICOS
Renato Soares
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS
Base de Dados
Royal Society of Chemistry (30)
SpringerLink (MetaPress) (30)
Wiley Online Library (30)
ACS Journals Search (30)
Nature (NPG) (30)
Science (AAAS) (30)
IOPscience (Institute of Phsics) (30)
Oxford Journals (Oxford University Press) (30)
ScienceDirect (Elsevier) (30)
Annual Reviews (29)
AIP Scitation ndash American Institute of Physics (28)
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS
Annual Review of Biochemistry (6)
Scientific American (5)
Ecological Indicators (5)
Green Chemistry Educat (4)
Nature Chemistry (4)
J Chem Educ (3)
Autobiographies by Nob (3)
J Appl Phys (3)
Food Hydrocolloids (3)
Chem Soc Rev (2)
Annual Review of Environment and Resources (2)
J Am Chem Soc (2)
The Excitement and Fascination of Science (2)
Environmental Science and Pollution Research (2)
Universidade Federal do Rio de Janeiro
COLECcedilOtildeES E TEXTOS
Murilo Alves
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS REVISTAS E JORNAIS CIENTIacuteFICOS Revistas Cientiacuteficas com conteuacutedos sobre ensino de ciecircnciasquiacutemica e
quiacutemica verde
O primeiro artigo que atendeu aos criteacuterios adotados
neste trabalho e cujo tiacutetulo conteacutem a expressatildeo Green Chemistry (Quiacutemica Verde) - Design for the
environment and Green Chemistry the heart and soul
of industrial ecology - foi publicado em 1997
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS REVISTAS E JORNAIS CIENTIacuteFICOS Revistas Cientiacuteficas com conteuacutedos sobre ensino de ciecircnciasquiacutemica e
quiacutemica verde
Revista Quiacutemica Nova na Escola - QNEsc A Revista Quiacutemica Nova na Escola (QNEsc) com uma periodicidade trimestral propotildee-se a subsidiar o trabalho a formaccedilatildeo e a atualizaccedilatildeo da comunidade do Ensino de Quiacutemica brasileiro QNEsc integra-se agrave linha editorial da Sociedade Brasileira de Quiacutemica que publica tambeacutem a revista Quiacutemica Nova e o Journal of the Brazillian Chemical Society Quiacutemica Nova na Escola eacute um espaccedilo aberto ao educador suscitando debates e reflexotildees sobre o ensino e a aprendizagem de quiacutemica Assim contribui para a tarefa fundamental de formar verdadeiros cidadatildeos Nesse sentido a Divisatildeo de Ensino disponibiliza neste portal na iacutentegra e de forma totalmente gratuita todos os artigos publicados no formato PDF Estatildeo disponiacuteveis tambeacutem os Cadernos Temaacuteticos publicados desde 2001 pela Divisatildeo de Ensino
Green Chemistry - Journal Jornal publicado pela Royal Society of Chemistry - RCS que se apresenta como um espaccedilo para publicaccedilatildeo sobre
pesquisas de ponta no desenvolvimento de tecnologias alternativas sustentaacuteveis
Green Green - revista italiana do Consoacutercio Interuniversitaacuterio Quiacutemica Nacional do Meio Ambiente (INCA) em colaboraccedilatildeo com a Sociedade Quiacutemica Italiana (SCI) 1 5 ACS Publications A Divisatildeo de Publicaccedilotildees da Sociedade Americana de Quiacutemica (American Chemical Society - ACS) oferece a comunidade cientiacutefica mundial uma coleccedilatildeo abrangente dos perioacutedicos mais citados revisados por pares em ciecircncias quiacutemicas e afins
Universidade Federal do Rio de Janeiro
Universidade Federal do Rio de Janeiro
FONTES CONSULTADAS
httpwwwqmcufscbrgieqindexphplinkshtml
httpwwwperiodicoscapesgovbr
httpwwwscielocom
Organizaccediloes - 100 maiores empresas em Bioenergia 2011-12 Referencia Biofuels Digest online publication
November 9 2011 author Jim Lane
1 Solazyme
2 Amyris
3 Gevo
4 POET
5 LS9
6 Novozymes
7 Enerkem
8 LanzaTech
9 UOP
10 ZeaChem
11 Codexis
12 Abengoa Bioenergy
13 KiOR
14 Virent Energy Systems
15 Sapphire Energy
16 Ceres
17 Coskata
18 DuPont Cellulosic
19 Terrabon
20 Mascoma
21 Cobalt Technologies
22 Petrobras
23 Joule Unlimited
24 BP Biofuels
25 Neste
26 Waste Management
27 Rentech
28 Qteros
29 INEOS Bio
30 Genencor
31 Genomatica
32 Shell
33 Synthetic Genomics
34 Chemtex
100 maiores empresas em Bioenergia 2011-12 Referencia Biofuels Digest online publication November 9 2011
author Jim Lane
35 Algenol
36 Elevance Renewable Sciences
37 OriginOil
38 SG Biofuels
39 Cosan
40 HCL CleanTech
41 Fulcrum Bioenergy
42 Cargill
43 Chevron
44 Bluefire Renewables
45 Dynamic Fuels
46 Mendel
47 OPX Biotechnologies
48 Inbicon
49 Renmatix
50 Monsanto
51 Butamax
52 Iogen
53 DuPont
54 Verenium
55 PetroAlgae
56 DSM
57 ExxonMobil
58 Envergent
59 Aurora Algae
60 Syngenta
61 Praj Industries
62 Phycal
63 Renewable Energy Group
64 Clear Fuels Technology
65 ArborGen
66 KL Energy
67 Solix Biofuels
100 maiores empresas em Bioenergia 2011-12 Referencia Biofuels Digest online publication November 9 2011
author Jim Lane
68 Catchlight Energy
69 Dyadic
70 AE Biofuels
71 Myriant
72 EdeniQ
73 Avantium
74 Propel Fuels
75 GlycosBio
76 ETH Bioenergia
77 Chemrec
78 Ensyn
79 Green Plains Renewable Energy
80 Range Fuels
81 Bioprocess Algae
82 SynGest
83 TMO Renewables
84 Chromatin
85 Blue Marble Biomaterials
86 Genera Energy
87 ICM
88 Albemarle
89 Lignol
90 Raizen
91 Verdezyne
92 Greenfuel Ethanol
93 Atlantic Biomass Conversions
94 Pacific Ethanol
95 Dong Energy
96 SEKAB
97 Borregaard Industries
98 Dynamotive
99 Allard Research
100 Targeted Growth
PUBLICACcedilOtildeES E PERIOacuteDICOS
Renato Soares
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS
Base de Dados
Royal Society of Chemistry (30)
SpringerLink (MetaPress) (30)
Wiley Online Library (30)
ACS Journals Search (30)
Nature (NPG) (30)
Science (AAAS) (30)
IOPscience (Institute of Phsics) (30)
Oxford Journals (Oxford University Press) (30)
ScienceDirect (Elsevier) (30)
Annual Reviews (29)
AIP Scitation ndash American Institute of Physics (28)
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS
Annual Review of Biochemistry (6)
Scientific American (5)
Ecological Indicators (5)
Green Chemistry Educat (4)
Nature Chemistry (4)
J Chem Educ (3)
Autobiographies by Nob (3)
J Appl Phys (3)
Food Hydrocolloids (3)
Chem Soc Rev (2)
Annual Review of Environment and Resources (2)
J Am Chem Soc (2)
The Excitement and Fascination of Science (2)
Environmental Science and Pollution Research (2)
Universidade Federal do Rio de Janeiro
COLECcedilOtildeES E TEXTOS
Murilo Alves
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS REVISTAS E JORNAIS CIENTIacuteFICOS Revistas Cientiacuteficas com conteuacutedos sobre ensino de ciecircnciasquiacutemica e
quiacutemica verde
O primeiro artigo que atendeu aos criteacuterios adotados
neste trabalho e cujo tiacutetulo conteacutem a expressatildeo Green Chemistry (Quiacutemica Verde) - Design for the
environment and Green Chemistry the heart and soul
of industrial ecology - foi publicado em 1997
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS REVISTAS E JORNAIS CIENTIacuteFICOS Revistas Cientiacuteficas com conteuacutedos sobre ensino de ciecircnciasquiacutemica e
quiacutemica verde
Revista Quiacutemica Nova na Escola - QNEsc A Revista Quiacutemica Nova na Escola (QNEsc) com uma periodicidade trimestral propotildee-se a subsidiar o trabalho a formaccedilatildeo e a atualizaccedilatildeo da comunidade do Ensino de Quiacutemica brasileiro QNEsc integra-se agrave linha editorial da Sociedade Brasileira de Quiacutemica que publica tambeacutem a revista Quiacutemica Nova e o Journal of the Brazillian Chemical Society Quiacutemica Nova na Escola eacute um espaccedilo aberto ao educador suscitando debates e reflexotildees sobre o ensino e a aprendizagem de quiacutemica Assim contribui para a tarefa fundamental de formar verdadeiros cidadatildeos Nesse sentido a Divisatildeo de Ensino disponibiliza neste portal na iacutentegra e de forma totalmente gratuita todos os artigos publicados no formato PDF Estatildeo disponiacuteveis tambeacutem os Cadernos Temaacuteticos publicados desde 2001 pela Divisatildeo de Ensino
Green Chemistry - Journal Jornal publicado pela Royal Society of Chemistry - RCS que se apresenta como um espaccedilo para publicaccedilatildeo sobre
pesquisas de ponta no desenvolvimento de tecnologias alternativas sustentaacuteveis
Green Green - revista italiana do Consoacutercio Interuniversitaacuterio Quiacutemica Nacional do Meio Ambiente (INCA) em colaboraccedilatildeo com a Sociedade Quiacutemica Italiana (SCI) 1 5 ACS Publications A Divisatildeo de Publicaccedilotildees da Sociedade Americana de Quiacutemica (American Chemical Society - ACS) oferece a comunidade cientiacutefica mundial uma coleccedilatildeo abrangente dos perioacutedicos mais citados revisados por pares em ciecircncias quiacutemicas e afins
Universidade Federal do Rio de Janeiro
Universidade Federal do Rio de Janeiro
FONTES CONSULTADAS
httpwwwqmcufscbrgieqindexphplinkshtml
httpwwwperiodicoscapesgovbr
httpwwwscielocom
Organizaccediloes - 100 maiores empresas em Bioenergia 2011-12 Referencia Biofuels Digest online publication
November 9 2011 author Jim Lane
1 Solazyme
2 Amyris
3 Gevo
4 POET
5 LS9
6 Novozymes
7 Enerkem
8 LanzaTech
9 UOP
10 ZeaChem
11 Codexis
12 Abengoa Bioenergy
13 KiOR
14 Virent Energy Systems
15 Sapphire Energy
16 Ceres
17 Coskata
18 DuPont Cellulosic
19 Terrabon
20 Mascoma
21 Cobalt Technologies
22 Petrobras
23 Joule Unlimited
24 BP Biofuels
25 Neste
26 Waste Management
27 Rentech
28 Qteros
29 INEOS Bio
30 Genencor
31 Genomatica
32 Shell
33 Synthetic Genomics
34 Chemtex
100 maiores empresas em Bioenergia 2011-12 Referencia Biofuels Digest online publication November 9 2011
author Jim Lane
35 Algenol
36 Elevance Renewable Sciences
37 OriginOil
38 SG Biofuels
39 Cosan
40 HCL CleanTech
41 Fulcrum Bioenergy
42 Cargill
43 Chevron
44 Bluefire Renewables
45 Dynamic Fuels
46 Mendel
47 OPX Biotechnologies
48 Inbicon
49 Renmatix
50 Monsanto
51 Butamax
52 Iogen
53 DuPont
54 Verenium
55 PetroAlgae
56 DSM
57 ExxonMobil
58 Envergent
59 Aurora Algae
60 Syngenta
61 Praj Industries
62 Phycal
63 Renewable Energy Group
64 Clear Fuels Technology
65 ArborGen
66 KL Energy
67 Solix Biofuels
100 maiores empresas em Bioenergia 2011-12 Referencia Biofuels Digest online publication November 9 2011
author Jim Lane
68 Catchlight Energy
69 Dyadic
70 AE Biofuels
71 Myriant
72 EdeniQ
73 Avantium
74 Propel Fuels
75 GlycosBio
76 ETH Bioenergia
77 Chemrec
78 Ensyn
79 Green Plains Renewable Energy
80 Range Fuels
81 Bioprocess Algae
82 SynGest
83 TMO Renewables
84 Chromatin
85 Blue Marble Biomaterials
86 Genera Energy
87 ICM
88 Albemarle
89 Lignol
90 Raizen
91 Verdezyne
92 Greenfuel Ethanol
93 Atlantic Biomass Conversions
94 Pacific Ethanol
95 Dong Energy
96 SEKAB
97 Borregaard Industries
98 Dynamotive
99 Allard Research
100 Targeted Growth
PERIOacuteDICOS
Base de Dados
Royal Society of Chemistry (30)
SpringerLink (MetaPress) (30)
Wiley Online Library (30)
ACS Journals Search (30)
Nature (NPG) (30)
Science (AAAS) (30)
IOPscience (Institute of Phsics) (30)
Oxford Journals (Oxford University Press) (30)
ScienceDirect (Elsevier) (30)
Annual Reviews (29)
AIP Scitation ndash American Institute of Physics (28)
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS
Annual Review of Biochemistry (6)
Scientific American (5)
Ecological Indicators (5)
Green Chemistry Educat (4)
Nature Chemistry (4)
J Chem Educ (3)
Autobiographies by Nob (3)
J Appl Phys (3)
Food Hydrocolloids (3)
Chem Soc Rev (2)
Annual Review of Environment and Resources (2)
J Am Chem Soc (2)
The Excitement and Fascination of Science (2)
Environmental Science and Pollution Research (2)
Universidade Federal do Rio de Janeiro
COLECcedilOtildeES E TEXTOS
Murilo Alves
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS REVISTAS E JORNAIS CIENTIacuteFICOS Revistas Cientiacuteficas com conteuacutedos sobre ensino de ciecircnciasquiacutemica e
quiacutemica verde
O primeiro artigo que atendeu aos criteacuterios adotados
neste trabalho e cujo tiacutetulo conteacutem a expressatildeo Green Chemistry (Quiacutemica Verde) - Design for the
environment and Green Chemistry the heart and soul
of industrial ecology - foi publicado em 1997
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS REVISTAS E JORNAIS CIENTIacuteFICOS Revistas Cientiacuteficas com conteuacutedos sobre ensino de ciecircnciasquiacutemica e
quiacutemica verde
Revista Quiacutemica Nova na Escola - QNEsc A Revista Quiacutemica Nova na Escola (QNEsc) com uma periodicidade trimestral propotildee-se a subsidiar o trabalho a formaccedilatildeo e a atualizaccedilatildeo da comunidade do Ensino de Quiacutemica brasileiro QNEsc integra-se agrave linha editorial da Sociedade Brasileira de Quiacutemica que publica tambeacutem a revista Quiacutemica Nova e o Journal of the Brazillian Chemical Society Quiacutemica Nova na Escola eacute um espaccedilo aberto ao educador suscitando debates e reflexotildees sobre o ensino e a aprendizagem de quiacutemica Assim contribui para a tarefa fundamental de formar verdadeiros cidadatildeos Nesse sentido a Divisatildeo de Ensino disponibiliza neste portal na iacutentegra e de forma totalmente gratuita todos os artigos publicados no formato PDF Estatildeo disponiacuteveis tambeacutem os Cadernos Temaacuteticos publicados desde 2001 pela Divisatildeo de Ensino
Green Chemistry - Journal Jornal publicado pela Royal Society of Chemistry - RCS que se apresenta como um espaccedilo para publicaccedilatildeo sobre
pesquisas de ponta no desenvolvimento de tecnologias alternativas sustentaacuteveis
Green Green - revista italiana do Consoacutercio Interuniversitaacuterio Quiacutemica Nacional do Meio Ambiente (INCA) em colaboraccedilatildeo com a Sociedade Quiacutemica Italiana (SCI) 1 5 ACS Publications A Divisatildeo de Publicaccedilotildees da Sociedade Americana de Quiacutemica (American Chemical Society - ACS) oferece a comunidade cientiacutefica mundial uma coleccedilatildeo abrangente dos perioacutedicos mais citados revisados por pares em ciecircncias quiacutemicas e afins
Universidade Federal do Rio de Janeiro
Universidade Federal do Rio de Janeiro
FONTES CONSULTADAS
httpwwwqmcufscbrgieqindexphplinkshtml
httpwwwperiodicoscapesgovbr
httpwwwscielocom
Organizaccediloes - 100 maiores empresas em Bioenergia 2011-12 Referencia Biofuels Digest online publication
November 9 2011 author Jim Lane
1 Solazyme
2 Amyris
3 Gevo
4 POET
5 LS9
6 Novozymes
7 Enerkem
8 LanzaTech
9 UOP
10 ZeaChem
11 Codexis
12 Abengoa Bioenergy
13 KiOR
14 Virent Energy Systems
15 Sapphire Energy
16 Ceres
17 Coskata
18 DuPont Cellulosic
19 Terrabon
20 Mascoma
21 Cobalt Technologies
22 Petrobras
23 Joule Unlimited
24 BP Biofuels
25 Neste
26 Waste Management
27 Rentech
28 Qteros
29 INEOS Bio
30 Genencor
31 Genomatica
32 Shell
33 Synthetic Genomics
34 Chemtex
100 maiores empresas em Bioenergia 2011-12 Referencia Biofuels Digest online publication November 9 2011
author Jim Lane
35 Algenol
36 Elevance Renewable Sciences
37 OriginOil
38 SG Biofuels
39 Cosan
40 HCL CleanTech
41 Fulcrum Bioenergy
42 Cargill
43 Chevron
44 Bluefire Renewables
45 Dynamic Fuels
46 Mendel
47 OPX Biotechnologies
48 Inbicon
49 Renmatix
50 Monsanto
51 Butamax
52 Iogen
53 DuPont
54 Verenium
55 PetroAlgae
56 DSM
57 ExxonMobil
58 Envergent
59 Aurora Algae
60 Syngenta
61 Praj Industries
62 Phycal
63 Renewable Energy Group
64 Clear Fuels Technology
65 ArborGen
66 KL Energy
67 Solix Biofuels
100 maiores empresas em Bioenergia 2011-12 Referencia Biofuels Digest online publication November 9 2011
author Jim Lane
68 Catchlight Energy
69 Dyadic
70 AE Biofuels
71 Myriant
72 EdeniQ
73 Avantium
74 Propel Fuels
75 GlycosBio
76 ETH Bioenergia
77 Chemrec
78 Ensyn
79 Green Plains Renewable Energy
80 Range Fuels
81 Bioprocess Algae
82 SynGest
83 TMO Renewables
84 Chromatin
85 Blue Marble Biomaterials
86 Genera Energy
87 ICM
88 Albemarle
89 Lignol
90 Raizen
91 Verdezyne
92 Greenfuel Ethanol
93 Atlantic Biomass Conversions
94 Pacific Ethanol
95 Dong Energy
96 SEKAB
97 Borregaard Industries
98 Dynamotive
99 Allard Research
100 Targeted Growth
PERIOacuteDICOS
Annual Review of Biochemistry (6)
Scientific American (5)
Ecological Indicators (5)
Green Chemistry Educat (4)
Nature Chemistry (4)
J Chem Educ (3)
Autobiographies by Nob (3)
J Appl Phys (3)
Food Hydrocolloids (3)
Chem Soc Rev (2)
Annual Review of Environment and Resources (2)
J Am Chem Soc (2)
The Excitement and Fascination of Science (2)
Environmental Science and Pollution Research (2)
Universidade Federal do Rio de Janeiro
COLECcedilOtildeES E TEXTOS
Murilo Alves
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS REVISTAS E JORNAIS CIENTIacuteFICOS Revistas Cientiacuteficas com conteuacutedos sobre ensino de ciecircnciasquiacutemica e
quiacutemica verde
O primeiro artigo que atendeu aos criteacuterios adotados
neste trabalho e cujo tiacutetulo conteacutem a expressatildeo Green Chemistry (Quiacutemica Verde) - Design for the
environment and Green Chemistry the heart and soul
of industrial ecology - foi publicado em 1997
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS REVISTAS E JORNAIS CIENTIacuteFICOS Revistas Cientiacuteficas com conteuacutedos sobre ensino de ciecircnciasquiacutemica e
quiacutemica verde
Revista Quiacutemica Nova na Escola - QNEsc A Revista Quiacutemica Nova na Escola (QNEsc) com uma periodicidade trimestral propotildee-se a subsidiar o trabalho a formaccedilatildeo e a atualizaccedilatildeo da comunidade do Ensino de Quiacutemica brasileiro QNEsc integra-se agrave linha editorial da Sociedade Brasileira de Quiacutemica que publica tambeacutem a revista Quiacutemica Nova e o Journal of the Brazillian Chemical Society Quiacutemica Nova na Escola eacute um espaccedilo aberto ao educador suscitando debates e reflexotildees sobre o ensino e a aprendizagem de quiacutemica Assim contribui para a tarefa fundamental de formar verdadeiros cidadatildeos Nesse sentido a Divisatildeo de Ensino disponibiliza neste portal na iacutentegra e de forma totalmente gratuita todos os artigos publicados no formato PDF Estatildeo disponiacuteveis tambeacutem os Cadernos Temaacuteticos publicados desde 2001 pela Divisatildeo de Ensino
Green Chemistry - Journal Jornal publicado pela Royal Society of Chemistry - RCS que se apresenta como um espaccedilo para publicaccedilatildeo sobre
pesquisas de ponta no desenvolvimento de tecnologias alternativas sustentaacuteveis
Green Green - revista italiana do Consoacutercio Interuniversitaacuterio Quiacutemica Nacional do Meio Ambiente (INCA) em colaboraccedilatildeo com a Sociedade Quiacutemica Italiana (SCI) 1 5 ACS Publications A Divisatildeo de Publicaccedilotildees da Sociedade Americana de Quiacutemica (American Chemical Society - ACS) oferece a comunidade cientiacutefica mundial uma coleccedilatildeo abrangente dos perioacutedicos mais citados revisados por pares em ciecircncias quiacutemicas e afins
Universidade Federal do Rio de Janeiro
Universidade Federal do Rio de Janeiro
FONTES CONSULTADAS
httpwwwqmcufscbrgieqindexphplinkshtml
httpwwwperiodicoscapesgovbr
httpwwwscielocom
Organizaccediloes - 100 maiores empresas em Bioenergia 2011-12 Referencia Biofuels Digest online publication
November 9 2011 author Jim Lane
1 Solazyme
2 Amyris
3 Gevo
4 POET
5 LS9
6 Novozymes
7 Enerkem
8 LanzaTech
9 UOP
10 ZeaChem
11 Codexis
12 Abengoa Bioenergy
13 KiOR
14 Virent Energy Systems
15 Sapphire Energy
16 Ceres
17 Coskata
18 DuPont Cellulosic
19 Terrabon
20 Mascoma
21 Cobalt Technologies
22 Petrobras
23 Joule Unlimited
24 BP Biofuels
25 Neste
26 Waste Management
27 Rentech
28 Qteros
29 INEOS Bio
30 Genencor
31 Genomatica
32 Shell
33 Synthetic Genomics
34 Chemtex
100 maiores empresas em Bioenergia 2011-12 Referencia Biofuels Digest online publication November 9 2011
author Jim Lane
35 Algenol
36 Elevance Renewable Sciences
37 OriginOil
38 SG Biofuels
39 Cosan
40 HCL CleanTech
41 Fulcrum Bioenergy
42 Cargill
43 Chevron
44 Bluefire Renewables
45 Dynamic Fuels
46 Mendel
47 OPX Biotechnologies
48 Inbicon
49 Renmatix
50 Monsanto
51 Butamax
52 Iogen
53 DuPont
54 Verenium
55 PetroAlgae
56 DSM
57 ExxonMobil
58 Envergent
59 Aurora Algae
60 Syngenta
61 Praj Industries
62 Phycal
63 Renewable Energy Group
64 Clear Fuels Technology
65 ArborGen
66 KL Energy
67 Solix Biofuels
100 maiores empresas em Bioenergia 2011-12 Referencia Biofuels Digest online publication November 9 2011
author Jim Lane
68 Catchlight Energy
69 Dyadic
70 AE Biofuels
71 Myriant
72 EdeniQ
73 Avantium
74 Propel Fuels
75 GlycosBio
76 ETH Bioenergia
77 Chemrec
78 Ensyn
79 Green Plains Renewable Energy
80 Range Fuels
81 Bioprocess Algae
82 SynGest
83 TMO Renewables
84 Chromatin
85 Blue Marble Biomaterials
86 Genera Energy
87 ICM
88 Albemarle
89 Lignol
90 Raizen
91 Verdezyne
92 Greenfuel Ethanol
93 Atlantic Biomass Conversions
94 Pacific Ethanol
95 Dong Energy
96 SEKAB
97 Borregaard Industries
98 Dynamotive
99 Allard Research
100 Targeted Growth
COLECcedilOtildeES E TEXTOS
Murilo Alves
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS REVISTAS E JORNAIS CIENTIacuteFICOS Revistas Cientiacuteficas com conteuacutedos sobre ensino de ciecircnciasquiacutemica e
quiacutemica verde
O primeiro artigo que atendeu aos criteacuterios adotados
neste trabalho e cujo tiacutetulo conteacutem a expressatildeo Green Chemistry (Quiacutemica Verde) - Design for the
environment and Green Chemistry the heart and soul
of industrial ecology - foi publicado em 1997
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS REVISTAS E JORNAIS CIENTIacuteFICOS Revistas Cientiacuteficas com conteuacutedos sobre ensino de ciecircnciasquiacutemica e
quiacutemica verde
Revista Quiacutemica Nova na Escola - QNEsc A Revista Quiacutemica Nova na Escola (QNEsc) com uma periodicidade trimestral propotildee-se a subsidiar o trabalho a formaccedilatildeo e a atualizaccedilatildeo da comunidade do Ensino de Quiacutemica brasileiro QNEsc integra-se agrave linha editorial da Sociedade Brasileira de Quiacutemica que publica tambeacutem a revista Quiacutemica Nova e o Journal of the Brazillian Chemical Society Quiacutemica Nova na Escola eacute um espaccedilo aberto ao educador suscitando debates e reflexotildees sobre o ensino e a aprendizagem de quiacutemica Assim contribui para a tarefa fundamental de formar verdadeiros cidadatildeos Nesse sentido a Divisatildeo de Ensino disponibiliza neste portal na iacutentegra e de forma totalmente gratuita todos os artigos publicados no formato PDF Estatildeo disponiacuteveis tambeacutem os Cadernos Temaacuteticos publicados desde 2001 pela Divisatildeo de Ensino
Green Chemistry - Journal Jornal publicado pela Royal Society of Chemistry - RCS que se apresenta como um espaccedilo para publicaccedilatildeo sobre
pesquisas de ponta no desenvolvimento de tecnologias alternativas sustentaacuteveis
Green Green - revista italiana do Consoacutercio Interuniversitaacuterio Quiacutemica Nacional do Meio Ambiente (INCA) em colaboraccedilatildeo com a Sociedade Quiacutemica Italiana (SCI) 1 5 ACS Publications A Divisatildeo de Publicaccedilotildees da Sociedade Americana de Quiacutemica (American Chemical Society - ACS) oferece a comunidade cientiacutefica mundial uma coleccedilatildeo abrangente dos perioacutedicos mais citados revisados por pares em ciecircncias quiacutemicas e afins
Universidade Federal do Rio de Janeiro
Universidade Federal do Rio de Janeiro
FONTES CONSULTADAS
httpwwwqmcufscbrgieqindexphplinkshtml
httpwwwperiodicoscapesgovbr
httpwwwscielocom
Organizaccediloes - 100 maiores empresas em Bioenergia 2011-12 Referencia Biofuels Digest online publication
November 9 2011 author Jim Lane
1 Solazyme
2 Amyris
3 Gevo
4 POET
5 LS9
6 Novozymes
7 Enerkem
8 LanzaTech
9 UOP
10 ZeaChem
11 Codexis
12 Abengoa Bioenergy
13 KiOR
14 Virent Energy Systems
15 Sapphire Energy
16 Ceres
17 Coskata
18 DuPont Cellulosic
19 Terrabon
20 Mascoma
21 Cobalt Technologies
22 Petrobras
23 Joule Unlimited
24 BP Biofuels
25 Neste
26 Waste Management
27 Rentech
28 Qteros
29 INEOS Bio
30 Genencor
31 Genomatica
32 Shell
33 Synthetic Genomics
34 Chemtex
100 maiores empresas em Bioenergia 2011-12 Referencia Biofuels Digest online publication November 9 2011
author Jim Lane
35 Algenol
36 Elevance Renewable Sciences
37 OriginOil
38 SG Biofuels
39 Cosan
40 HCL CleanTech
41 Fulcrum Bioenergy
42 Cargill
43 Chevron
44 Bluefire Renewables
45 Dynamic Fuels
46 Mendel
47 OPX Biotechnologies
48 Inbicon
49 Renmatix
50 Monsanto
51 Butamax
52 Iogen
53 DuPont
54 Verenium
55 PetroAlgae
56 DSM
57 ExxonMobil
58 Envergent
59 Aurora Algae
60 Syngenta
61 Praj Industries
62 Phycal
63 Renewable Energy Group
64 Clear Fuels Technology
65 ArborGen
66 KL Energy
67 Solix Biofuels
100 maiores empresas em Bioenergia 2011-12 Referencia Biofuels Digest online publication November 9 2011
author Jim Lane
68 Catchlight Energy
69 Dyadic
70 AE Biofuels
71 Myriant
72 EdeniQ
73 Avantium
74 Propel Fuels
75 GlycosBio
76 ETH Bioenergia
77 Chemrec
78 Ensyn
79 Green Plains Renewable Energy
80 Range Fuels
81 Bioprocess Algae
82 SynGest
83 TMO Renewables
84 Chromatin
85 Blue Marble Biomaterials
86 Genera Energy
87 ICM
88 Albemarle
89 Lignol
90 Raizen
91 Verdezyne
92 Greenfuel Ethanol
93 Atlantic Biomass Conversions
94 Pacific Ethanol
95 Dong Energy
96 SEKAB
97 Borregaard Industries
98 Dynamotive
99 Allard Research
100 Targeted Growth
PERIOacuteDICOS REVISTAS E JORNAIS CIENTIacuteFICOS Revistas Cientiacuteficas com conteuacutedos sobre ensino de ciecircnciasquiacutemica e
quiacutemica verde
O primeiro artigo que atendeu aos criteacuterios adotados
neste trabalho e cujo tiacutetulo conteacutem a expressatildeo Green Chemistry (Quiacutemica Verde) - Design for the
environment and Green Chemistry the heart and soul
of industrial ecology - foi publicado em 1997
Universidade Federal do Rio de Janeiro
PERIOacuteDICOS REVISTAS E JORNAIS CIENTIacuteFICOS Revistas Cientiacuteficas com conteuacutedos sobre ensino de ciecircnciasquiacutemica e
quiacutemica verde
Revista Quiacutemica Nova na Escola - QNEsc A Revista Quiacutemica Nova na Escola (QNEsc) com uma periodicidade trimestral propotildee-se a subsidiar o trabalho a formaccedilatildeo e a atualizaccedilatildeo da comunidade do Ensino de Quiacutemica brasileiro QNEsc integra-se agrave linha editorial da Sociedade Brasileira de Quiacutemica que publica tambeacutem a revista Quiacutemica Nova e o Journal of the Brazillian Chemical Society Quiacutemica Nova na Escola eacute um espaccedilo aberto ao educador suscitando debates e reflexotildees sobre o ensino e a aprendizagem de quiacutemica Assim contribui para a tarefa fundamental de formar verdadeiros cidadatildeos Nesse sentido a Divisatildeo de Ensino disponibiliza neste portal na iacutentegra e de forma totalmente gratuita todos os artigos publicados no formato PDF Estatildeo disponiacuteveis tambeacutem os Cadernos Temaacuteticos publicados desde 2001 pela Divisatildeo de Ensino
Green Chemistry - Journal Jornal publicado pela Royal Society of Chemistry - RCS que se apresenta como um espaccedilo para publicaccedilatildeo sobre
pesquisas de ponta no desenvolvimento de tecnologias alternativas sustentaacuteveis
Green Green - revista italiana do Consoacutercio Interuniversitaacuterio Quiacutemica Nacional do Meio Ambiente (INCA) em colaboraccedilatildeo com a Sociedade Quiacutemica Italiana (SCI) 1 5 ACS Publications A Divisatildeo de Publicaccedilotildees da Sociedade Americana de Quiacutemica (American Chemical Society - ACS) oferece a comunidade cientiacutefica mundial uma coleccedilatildeo abrangente dos perioacutedicos mais citados revisados por pares em ciecircncias quiacutemicas e afins
Universidade Federal do Rio de Janeiro
Universidade Federal do Rio de Janeiro
FONTES CONSULTADAS
httpwwwqmcufscbrgieqindexphplinkshtml
httpwwwperiodicoscapesgovbr
httpwwwscielocom
Organizaccediloes - 100 maiores empresas em Bioenergia 2011-12 Referencia Biofuels Digest online publication
November 9 2011 author Jim Lane
1 Solazyme
2 Amyris
3 Gevo
4 POET
5 LS9
6 Novozymes
7 Enerkem
8 LanzaTech
9 UOP
10 ZeaChem
11 Codexis
12 Abengoa Bioenergy
13 KiOR
14 Virent Energy Systems
15 Sapphire Energy
16 Ceres
17 Coskata
18 DuPont Cellulosic
19 Terrabon
20 Mascoma
21 Cobalt Technologies
22 Petrobras
23 Joule Unlimited
24 BP Biofuels
25 Neste
26 Waste Management
27 Rentech
28 Qteros
29 INEOS Bio
30 Genencor
31 Genomatica
32 Shell
33 Synthetic Genomics
34 Chemtex
100 maiores empresas em Bioenergia 2011-12 Referencia Biofuels Digest online publication November 9 2011
author Jim Lane
35 Algenol
36 Elevance Renewable Sciences
37 OriginOil
38 SG Biofuels
39 Cosan
40 HCL CleanTech
41 Fulcrum Bioenergy
42 Cargill
43 Chevron
44 Bluefire Renewables
45 Dynamic Fuels
46 Mendel
47 OPX Biotechnologies
48 Inbicon
49 Renmatix
50 Monsanto
51 Butamax
52 Iogen
53 DuPont
54 Verenium
55 PetroAlgae
56 DSM
57 ExxonMobil
58 Envergent
59 Aurora Algae
60 Syngenta
61 Praj Industries
62 Phycal
63 Renewable Energy Group
64 Clear Fuels Technology
65 ArborGen
66 KL Energy
67 Solix Biofuels
100 maiores empresas em Bioenergia 2011-12 Referencia Biofuels Digest online publication November 9 2011
author Jim Lane
68 Catchlight Energy
69 Dyadic
70 AE Biofuels
71 Myriant
72 EdeniQ
73 Avantium
74 Propel Fuels
75 GlycosBio
76 ETH Bioenergia
77 Chemrec
78 Ensyn
79 Green Plains Renewable Energy
80 Range Fuels
81 Bioprocess Algae
82 SynGest
83 TMO Renewables
84 Chromatin
85 Blue Marble Biomaterials
86 Genera Energy
87 ICM
88 Albemarle
89 Lignol
90 Raizen
91 Verdezyne
92 Greenfuel Ethanol
93 Atlantic Biomass Conversions
94 Pacific Ethanol
95 Dong Energy
96 SEKAB
97 Borregaard Industries
98 Dynamotive
99 Allard Research
100 Targeted Growth
PERIOacuteDICOS REVISTAS E JORNAIS CIENTIacuteFICOS Revistas Cientiacuteficas com conteuacutedos sobre ensino de ciecircnciasquiacutemica e
quiacutemica verde
Revista Quiacutemica Nova na Escola - QNEsc A Revista Quiacutemica Nova na Escola (QNEsc) com uma periodicidade trimestral propotildee-se a subsidiar o trabalho a formaccedilatildeo e a atualizaccedilatildeo da comunidade do Ensino de Quiacutemica brasileiro QNEsc integra-se agrave linha editorial da Sociedade Brasileira de Quiacutemica que publica tambeacutem a revista Quiacutemica Nova e o Journal of the Brazillian Chemical Society Quiacutemica Nova na Escola eacute um espaccedilo aberto ao educador suscitando debates e reflexotildees sobre o ensino e a aprendizagem de quiacutemica Assim contribui para a tarefa fundamental de formar verdadeiros cidadatildeos Nesse sentido a Divisatildeo de Ensino disponibiliza neste portal na iacutentegra e de forma totalmente gratuita todos os artigos publicados no formato PDF Estatildeo disponiacuteveis tambeacutem os Cadernos Temaacuteticos publicados desde 2001 pela Divisatildeo de Ensino
Green Chemistry - Journal Jornal publicado pela Royal Society of Chemistry - RCS que se apresenta como um espaccedilo para publicaccedilatildeo sobre
pesquisas de ponta no desenvolvimento de tecnologias alternativas sustentaacuteveis
Green Green - revista italiana do Consoacutercio Interuniversitaacuterio Quiacutemica Nacional do Meio Ambiente (INCA) em colaboraccedilatildeo com a Sociedade Quiacutemica Italiana (SCI) 1 5 ACS Publications A Divisatildeo de Publicaccedilotildees da Sociedade Americana de Quiacutemica (American Chemical Society - ACS) oferece a comunidade cientiacutefica mundial uma coleccedilatildeo abrangente dos perioacutedicos mais citados revisados por pares em ciecircncias quiacutemicas e afins
Universidade Federal do Rio de Janeiro
Universidade Federal do Rio de Janeiro
FONTES CONSULTADAS
httpwwwqmcufscbrgieqindexphplinkshtml
httpwwwperiodicoscapesgovbr
httpwwwscielocom
Organizaccediloes - 100 maiores empresas em Bioenergia 2011-12 Referencia Biofuels Digest online publication
November 9 2011 author Jim Lane
1 Solazyme
2 Amyris
3 Gevo
4 POET
5 LS9
6 Novozymes
7 Enerkem
8 LanzaTech
9 UOP
10 ZeaChem
11 Codexis
12 Abengoa Bioenergy
13 KiOR
14 Virent Energy Systems
15 Sapphire Energy
16 Ceres
17 Coskata
18 DuPont Cellulosic
19 Terrabon
20 Mascoma
21 Cobalt Technologies
22 Petrobras
23 Joule Unlimited
24 BP Biofuels
25 Neste
26 Waste Management
27 Rentech
28 Qteros
29 INEOS Bio
30 Genencor
31 Genomatica
32 Shell
33 Synthetic Genomics
34 Chemtex
100 maiores empresas em Bioenergia 2011-12 Referencia Biofuels Digest online publication November 9 2011
author Jim Lane
35 Algenol
36 Elevance Renewable Sciences
37 OriginOil
38 SG Biofuels
39 Cosan
40 HCL CleanTech
41 Fulcrum Bioenergy
42 Cargill
43 Chevron
44 Bluefire Renewables
45 Dynamic Fuels
46 Mendel
47 OPX Biotechnologies
48 Inbicon
49 Renmatix
50 Monsanto
51 Butamax
52 Iogen
53 DuPont
54 Verenium
55 PetroAlgae
56 DSM
57 ExxonMobil
58 Envergent
59 Aurora Algae
60 Syngenta
61 Praj Industries
62 Phycal
63 Renewable Energy Group
64 Clear Fuels Technology
65 ArborGen
66 KL Energy
67 Solix Biofuels
100 maiores empresas em Bioenergia 2011-12 Referencia Biofuels Digest online publication November 9 2011
author Jim Lane
68 Catchlight Energy
69 Dyadic
70 AE Biofuels
71 Myriant
72 EdeniQ
73 Avantium
74 Propel Fuels
75 GlycosBio
76 ETH Bioenergia
77 Chemrec
78 Ensyn
79 Green Plains Renewable Energy
80 Range Fuels
81 Bioprocess Algae
82 SynGest
83 TMO Renewables
84 Chromatin
85 Blue Marble Biomaterials
86 Genera Energy
87 ICM
88 Albemarle
89 Lignol
90 Raizen
91 Verdezyne
92 Greenfuel Ethanol
93 Atlantic Biomass Conversions
94 Pacific Ethanol
95 Dong Energy
96 SEKAB
97 Borregaard Industries
98 Dynamotive
99 Allard Research
100 Targeted Growth
Universidade Federal do Rio de Janeiro
FONTES CONSULTADAS
httpwwwqmcufscbrgieqindexphplinkshtml
httpwwwperiodicoscapesgovbr
httpwwwscielocom
Organizaccediloes - 100 maiores empresas em Bioenergia 2011-12 Referencia Biofuels Digest online publication
November 9 2011 author Jim Lane
1 Solazyme
2 Amyris
3 Gevo
4 POET
5 LS9
6 Novozymes
7 Enerkem
8 LanzaTech
9 UOP
10 ZeaChem
11 Codexis
12 Abengoa Bioenergy
13 KiOR
14 Virent Energy Systems
15 Sapphire Energy
16 Ceres
17 Coskata
18 DuPont Cellulosic
19 Terrabon
20 Mascoma
21 Cobalt Technologies
22 Petrobras
23 Joule Unlimited
24 BP Biofuels
25 Neste
26 Waste Management
27 Rentech
28 Qteros
29 INEOS Bio
30 Genencor
31 Genomatica
32 Shell
33 Synthetic Genomics
34 Chemtex
100 maiores empresas em Bioenergia 2011-12 Referencia Biofuels Digest online publication November 9 2011
author Jim Lane
35 Algenol
36 Elevance Renewable Sciences
37 OriginOil
38 SG Biofuels
39 Cosan
40 HCL CleanTech
41 Fulcrum Bioenergy
42 Cargill
43 Chevron
44 Bluefire Renewables
45 Dynamic Fuels
46 Mendel
47 OPX Biotechnologies
48 Inbicon
49 Renmatix
50 Monsanto
51 Butamax
52 Iogen
53 DuPont
54 Verenium
55 PetroAlgae
56 DSM
57 ExxonMobil
58 Envergent
59 Aurora Algae
60 Syngenta
61 Praj Industries
62 Phycal
63 Renewable Energy Group
64 Clear Fuels Technology
65 ArborGen
66 KL Energy
67 Solix Biofuels
100 maiores empresas em Bioenergia 2011-12 Referencia Biofuels Digest online publication November 9 2011
author Jim Lane
68 Catchlight Energy
69 Dyadic
70 AE Biofuels
71 Myriant
72 EdeniQ
73 Avantium
74 Propel Fuels
75 GlycosBio
76 ETH Bioenergia
77 Chemrec
78 Ensyn
79 Green Plains Renewable Energy
80 Range Fuels
81 Bioprocess Algae
82 SynGest
83 TMO Renewables
84 Chromatin
85 Blue Marble Biomaterials
86 Genera Energy
87 ICM
88 Albemarle
89 Lignol
90 Raizen
91 Verdezyne
92 Greenfuel Ethanol
93 Atlantic Biomass Conversions
94 Pacific Ethanol
95 Dong Energy
96 SEKAB
97 Borregaard Industries
98 Dynamotive
99 Allard Research
100 Targeted Growth
Organizaccediloes - 100 maiores empresas em Bioenergia 2011-12 Referencia Biofuels Digest online publication
November 9 2011 author Jim Lane
1 Solazyme
2 Amyris
3 Gevo
4 POET
5 LS9
6 Novozymes
7 Enerkem
8 LanzaTech
9 UOP
10 ZeaChem
11 Codexis
12 Abengoa Bioenergy
13 KiOR
14 Virent Energy Systems
15 Sapphire Energy
16 Ceres
17 Coskata
18 DuPont Cellulosic
19 Terrabon
20 Mascoma
21 Cobalt Technologies
22 Petrobras
23 Joule Unlimited
24 BP Biofuels
25 Neste
26 Waste Management
27 Rentech
28 Qteros
29 INEOS Bio
30 Genencor
31 Genomatica
32 Shell
33 Synthetic Genomics
34 Chemtex
100 maiores empresas em Bioenergia 2011-12 Referencia Biofuels Digest online publication November 9 2011
author Jim Lane
35 Algenol
36 Elevance Renewable Sciences
37 OriginOil
38 SG Biofuels
39 Cosan
40 HCL CleanTech
41 Fulcrum Bioenergy
42 Cargill
43 Chevron
44 Bluefire Renewables
45 Dynamic Fuels
46 Mendel
47 OPX Biotechnologies
48 Inbicon
49 Renmatix
50 Monsanto
51 Butamax
52 Iogen
53 DuPont
54 Verenium
55 PetroAlgae
56 DSM
57 ExxonMobil
58 Envergent
59 Aurora Algae
60 Syngenta
61 Praj Industries
62 Phycal
63 Renewable Energy Group
64 Clear Fuels Technology
65 ArborGen
66 KL Energy
67 Solix Biofuels
100 maiores empresas em Bioenergia 2011-12 Referencia Biofuels Digest online publication November 9 2011
author Jim Lane
68 Catchlight Energy
69 Dyadic
70 AE Biofuels
71 Myriant
72 EdeniQ
73 Avantium
74 Propel Fuels
75 GlycosBio
76 ETH Bioenergia
77 Chemrec
78 Ensyn
79 Green Plains Renewable Energy
80 Range Fuels
81 Bioprocess Algae
82 SynGest
83 TMO Renewables
84 Chromatin
85 Blue Marble Biomaterials
86 Genera Energy
87 ICM
88 Albemarle
89 Lignol
90 Raizen
91 Verdezyne
92 Greenfuel Ethanol
93 Atlantic Biomass Conversions
94 Pacific Ethanol
95 Dong Energy
96 SEKAB
97 Borregaard Industries
98 Dynamotive
99 Allard Research
100 Targeted Growth
100 maiores empresas em Bioenergia 2011-12 Referencia Biofuels Digest online publication November 9 2011
author Jim Lane
35 Algenol
36 Elevance Renewable Sciences
37 OriginOil
38 SG Biofuels
39 Cosan
40 HCL CleanTech
41 Fulcrum Bioenergy
42 Cargill
43 Chevron
44 Bluefire Renewables
45 Dynamic Fuels
46 Mendel
47 OPX Biotechnologies
48 Inbicon
49 Renmatix
50 Monsanto
51 Butamax
52 Iogen
53 DuPont
54 Verenium
55 PetroAlgae
56 DSM
57 ExxonMobil
58 Envergent
59 Aurora Algae
60 Syngenta
61 Praj Industries
62 Phycal
63 Renewable Energy Group
64 Clear Fuels Technology
65 ArborGen
66 KL Energy
67 Solix Biofuels
100 maiores empresas em Bioenergia 2011-12 Referencia Biofuels Digest online publication November 9 2011
author Jim Lane
68 Catchlight Energy
69 Dyadic
70 AE Biofuels
71 Myriant
72 EdeniQ
73 Avantium
74 Propel Fuels
75 GlycosBio
76 ETH Bioenergia
77 Chemrec
78 Ensyn
79 Green Plains Renewable Energy
80 Range Fuels
81 Bioprocess Algae
82 SynGest
83 TMO Renewables
84 Chromatin
85 Blue Marble Biomaterials
86 Genera Energy
87 ICM
88 Albemarle
89 Lignol
90 Raizen
91 Verdezyne
92 Greenfuel Ethanol
93 Atlantic Biomass Conversions
94 Pacific Ethanol
95 Dong Energy
96 SEKAB
97 Borregaard Industries
98 Dynamotive
99 Allard Research
100 Targeted Growth
100 maiores empresas em Bioenergia 2011-12 Referencia Biofuels Digest online publication November 9 2011
author Jim Lane
68 Catchlight Energy
69 Dyadic
70 AE Biofuels
71 Myriant
72 EdeniQ
73 Avantium
74 Propel Fuels
75 GlycosBio
76 ETH Bioenergia
77 Chemrec
78 Ensyn
79 Green Plains Renewable Energy
80 Range Fuels
81 Bioprocess Algae
82 SynGest
83 TMO Renewables
84 Chromatin
85 Blue Marble Biomaterials
86 Genera Energy
87 ICM
88 Albemarle
89 Lignol
90 Raizen
91 Verdezyne
92 Greenfuel Ethanol
93 Atlantic Biomass Conversions
94 Pacific Ethanol
95 Dong Energy
96 SEKAB
97 Borregaard Industries
98 Dynamotive
99 Allard Research
100 Targeted Growth