World Bank Loan Project Environment Management Program (EMP) of Urban

Centralized Heating Supply Engineering (Heating Exchange Station and Piping

Network) for Ling Yuan City

凌 源 市 城 市 集 中 供 热 工 程 （ 换 热站 和 供 热 管 网 ） 世 行 贷 款 项 目 环

境 管 理 计 划 （ EMP ）

E1714 V17 REV

Prepared by: Environment Science Academy of Chaoyang City

Nov. 2013

CONTENTS 1 INTRODUCTION ……..………………………………………………………2

1.1 PROJECT BACKGROUND........................................................................21.2 NAME, NATURE AND LOCATION OF THE PROJECT.................................31.3 CONSTRUCTION ITEMS OF THE PROJECT................................................3

2 BASIS OF COMPILATION……………………………………………………...4

2.1 EXECUTIVE STANDARD...........................................................................42.2 BASIS OF COMPILATION........................................................................5

3 ． POLLUTANT

DISCHARGE…………………………………………………….63.1 WASTE WATER.......................................................................................63.2 SOLID WASTE..........................................................................................63.3 REPLACEMENT OF POLLUTANT DISCHARGE AND AREA POLLUTANT INCREASE/DECREASE SITUATION..................................................................6

4 ANALYSIS OF ENVIRONMENT IMPACT……………………………………. 7

4.1 CURRENT ENVIRONMENT QUALITY......................................................74.2ANALYSIS OF ENVIRONMENT IMPACT IN OPERATION PERIOD..................74.3 ANALYSIS OF ENVIRONMENT IMPACT IN CONSTRUCTION.....................8

5 RELIEVING MEASURES FOR ENVIRONMENT IMPACT ………………………… 96 ORGANIZATION ARRANGEMENT……………………………………………. 137. MORNITORING SCHEDULE…………………………………………………. 148 REPORT POLICY………………………………………………………… 16

8.1MORNITOR REPORT..............................................................................168.2 RECORDAND EMP OPERATION YEARLY REPORT.................................17

9 TRAINING SCHEDULE……………………………………………………..18

10 PUBLIC INVOLVEMENT IN THE IMPLEMENTATION OF THE PROJECT………… 18

10.1 PUBLIC PARTICIPATION PLAN............................................................1810.2 DISPUTE AND COMPLAIN CHANNEL...................................................19

11 COST OF IMPLEMENTING THE MANAGEMENT PLAN……………………… 20

1 Introduction

1.1 Project Background

Ling Yuan City is located in the western border of Liaoning Province. Connecting to the north are Jian Ping County and Ning Cheng County, Inner Mongolia, to the northeast and east is Kazuo county, to the west and northwest is Ping Quan County of Hebei Province, to the southwest connects with Kuan Cheng County and Pingquan County of Hebei Province, to the south is connected with Jian Chang County and Qing Long County in Hebei Province, to the southeast is connected with Jianchang and Kazuo the two counties. The Geographical coordinates of Ling Yuan City is northern latitude 40° 35'50"~ 41° 26'6", east longitude 118°50'20"~ 119°37'40". The north and south inclined length is 93.3 kilometers long. The east and west width is 66.1 km, accounts for about 2.2% of the total area of the whole Province.

The heating supply facility of Hong Ling Thermo Power Plant, the main heating resource of Ling Yuan City, has been in operation for many years and out of repair. The service of heating supply can’t guarantee a normal operation for the past few years. The effect of heating supply from Hong Ling Power Plant is from bad to worse. In winter, the temperature in the most household is only about 12℃ and under 15℃ to the maximum. People’s complains are heard everywhere with lots of unsatisfactory which influenced the people’s livelihood of Ling Yuan City.

And the urban construction area has been increasing with the continuing development of Ling Yuan City construction. The heating supply facility of Hong Ling Thermo Power Plant is aged that can’t satisfy the increasing demand. New heating supply plant shall be urgently located and constructed somewhere at the circumference of Ling Yuan city center area as well as to construct heating supply piping network.

Ling Yuan Antai Heating Supply Limited Liability Company was established in 2011 by the investment from municipal government with a main purpose of basically solving the heating supply problem in Ling Yuan City. After the establishment, Antai Heating Supply Company rented Hong Ling Thermal Power

Plant to provide heating to the city. Later a 2x29mw and 3x70mw heating source plant was built at the location of the old stadium of Ling Yuan City, and the company is responsible for the implementation of Ling Yuan City urban centralized heating supply engineering project which can remove 25 small boiler houses and improving an area of 3.75 million square meters of heating supply condition. This project finally can realize central heating supply capacity of 7 million m2. The project is divided into two phases. The first phase of a 2x29MW reciprocating grate boiler is already in production in November 2011 and the second phase of 3x70MW reciprocating grate boiler shall be in operation in November 2012.

At present, most of the buildings in Ling Yuan City are heating supplied by dispersed small and medium-sized boiler houses which are low efficient in heating supply with more chimneys. Most of the dust removal equipment are ceramic multi-tube dust cleaners with low efficient dust removal and without desulfurization function. It is heavily polluted. Those boiler houses intermittently provide heating supply wasting lots of energy. It not only causes heavy pollution to the urban environment and increases the transportation of coal, ash and slag amount which imposes pressure to the municipal traffic and pollution from the transport vehicle emission, but also it occupies a lot of land and urban green areas for construction which seriously affects the city landscape and environmental quality of Ling Yuan City.

In the presence of the above-mentioned problems, the construction of thermo power co-generation heating supply or large heating source plant for central heating supply to replace the dispersed heating boiler houses is the inevitable choice for the development of the city. After the implementation of this project, the paid heating source from the plant for centralized heating supply can replace the dispersed small coal-fired boiler houses, It can greatly improve heating efficiency and save energy, to reduce land occupation and solve problems of pipeline corrosion by unsatisfied water quality requirements, to limit water leakage rate in the reasonable range, to reduce dust, SO2, NOx, CO2 emissions. At the same time it also reduces the quantity of coal, slag transportation, traffic pressure and automobile exhaust. Thus it can improve the urban environment conditions.

1.2 Name, nature and location of the project

Project name：Centralized heating supply engineering project of Ling Yuan City

Location of construction：Planning area of Ling Yuan City

Nature of construction：New construction

1.3 Construction items of the project

The area of the engineering project includes 31.03 km of the first-class heating water network and 57 heating exchanger stations, out of which 23 stations were modified from the old heat-exchange stations, 31 newly-built stations and 3 new building heating supply stations within the urban overall plan boundary of the east of Hong Shan Road (101 national highway) in Ling Yuan city, west of Gao-Lian route, south of Ling Gang steel, and north of Dalinghe River. Ling Yuan Xin-xing complex building, 37213㎡, is selected as the building heating supply exchange station test point as the heat meter installation area. The environment protection equipment of Antai Lingbei Thermo Power plant and Antai Heating Source plant shall be up-grade constructed. This project can realize a 7 million square meters of central heating supply area including the current heating supply area of 3.75 million square meters.

The total investment of the project is 252 million yuan of which $20 million (about 131.05 million yuan) will be financiered from the World Bank loan.

See the project contents in Table 1-1.

Table 1-1 Engineering items and scale

No. Items Nature Scale Notes

1

1m outside the thermo power plant wall to the 1st stage network of all the heat exchange stations

New 31.03km Heating capacity to 7 million m2

2

New construct 31 big heat exchange stations, 3 building exchange stations，modify 23 exchange stations.

New31 big heat exchange stations, 3 building heat stations Standard set up for big

station is 3 circulation pumps (2 in operation, 1 standby) water supply pressure pumps 2 (1 in operation, 1 standby).

Modify 23 big heat exchange stations

Antai heating source

Install dust remover and de-sulfur device

There are 23 big heating exchange station use original or heating exchange station buildings and 4 stations use the original boiler houses in the construction of 57 big heating exchange stations.

2 Basis of compilation

2.1 Executive standard

2.1.1 Standard of environment quality standard

（1）Ambient air quality standard

Common pollutants in the ambient air, the quality shall follow grade 2 standard regulated in the national “Ambient air quality standard”（ GB3095-1996）.

Table 2-1 Ambient Air Quality Standard

Standard ContentsPollutant density value limitation（ mg/m3 ）Hour average Day average Year average

GB3095-1996

SO2 0.50 0.15 0.06

PM10 0.15 0.10

NO2 0.24 0.12 0.08

（2）Environment quality standard for noise

Grade 2 standard in “Environmental quality standard for noise” （GB3096-2008） shall be implemented according to the functioning location of the heating exchange station: daytime 60dB(A)，night time 50dB(A). 2.1.2 Standard for pollutant discharge

（1）Waste water

Table 2 “Integrated Waste Water Discharge Standard” (DB21/1627-2008) of Liaoning Province shall be followed when waste water is discharged into the city sewage network.

Table 2-2 “Integrated Waste Water Discharge Standard” (DB21/1627-2008) of Liaoning Province

Unit mg/L

CODcr Ammonia nitrogen SS 300 30 300

（2）Noise

“Construction Site Environmental Noise Emission Standard” （ GB12523-2011）shall be followed during the site construction noise control.

Table 2-3 Construction Noise Level Limits

Construction stage Main noise sourceNoise limits

Daytime Nighttime

Earth and stone work Bulldozer, excavator, loader 75 55

“Environment Noise Emission Standard for Industrial Enterprise Site（GB12348-2008）Category 2 shall be observed according to the location of the heating exchange stations.

（3）Solid waste disposal Solid waste disposal shall follow “Industrial solid waste pollution control

standard of Liaoning Province”（DB21-777-94）and “General industrial waste storage, disposal site pollution control standard”（GB18599-2001）。2.2 Basis of Compilation

The environmental management plan is compiled according to the environmental protection laws and regulations of People's Republic of China, the security policy of the World Bank, relevant environmental protection rules and planning documents of Liaoning Province and Chaoyang City, design document of the project, the environmental protection department of the People's Republic of China construction project environmental impact assessment technical documents and the International Environment Agreement signed by China.

3．Pollutant discharge behavior3.1 Waste water

The waste water produced from the heating supply network engineering operation period is mainly the sewage discharge from the operation operators and staff. The sewage water is discharged to Ling Yuan City sewage treatment plant through the municipal sewage pipe network.

Table 3-1 Quantity of waste water produced in the operation period

Emission source

Waste water

quantity（t/a）Pollutant

name

Emission concentration（mg/L）

Discharge load（t/a） Discharge

to

Softened water prep operator

800

CODCr 210 0.168 Municipal pipe

network

SS 140 0.112Ammonia nitrogen 11 0.009

The discharged waste water can meet the requirements in table 2 of “Integrated Waste Water Discharge Standard” of Liaoning Province (DB21/1627-2008).

3.2 Solid waste

The engineering project employs 61 personnel, and the domestic garbage discharge amount is calculated at 1.5kg per day/man. That is 14.1t/a of garbage amount discharged. The solid waste is collected by environment sanitation department and be sent to refuse landfill site for treatment.

3.3 Waste gas

After implementation, this project can realize central heating supply to 7 million square meters of building area. This combined heating and power generation, and large heating source plant can replace the scattered small coal-fired boiler houses. It can save energy greatly. According to the documents provided by the construction companies, and after implementation and operation, the engineering project can replace 25 dispersed small boiler houses. The total load capacity is 69.16 MW. See table 3-2, and see table 3-1 for location. See table 3-3 for replace boiler fuel consumption and pollutant emission conditions in the heating supply area.

Table 3-2 Replacement of boiler houses and boiler equipment survey

No. Heating supply Boiler house（set）

Capacity（MW） Total area （㎡）1 Passenger station 1 7 997822 House administration 1 5.6 573983 Ling Yuan hotel 1 1.4 97004 Water resources bureau 1 4.2 37975

5 Power supply bureau residence community 1 4.2 50777

6 Finance bureau 1 7 56495

7 Power supply bureau Beijie residence community 1 1.4 10000

8 Construction bank 1 2.8 226509 Netcom company 1 2.8 1814210 Court residence building 1 1.4 1346811 Bank of China 1 1.4 1520012 Commercial building 1 2.8 58835

13 Chinese medicine hospital residence building 1 1.4 12912

14 Chinese medicine hospital , 2nd department 1 1.4 17055

15 Zhenbei 2 Construction company building 1 0.35 3700

16 Commercial corporation 1 0.7 1079717 City and marketing 1 4.2 36400

cooperative18 Hongjian community 1 12.6 152309

19 Zhenbei 1 Construction company building 1 1.4 5100

20 Hualin building 1 1.75 1974221 Tobacco company 1 0.56 460022 Urban management bureau 1 0.35 400023 Hui primary school 1 0.7 570024 Liangshi primary school 1 0.7 960025 Central plazza 1 1.05 16000Total 25 69.16 748337

Table 3-1

Table 3-3 Replace boiler fuel consumption and pollutant emission conditions in the heating supply area

No. Boiler houses

Tonnage（MW）

Sulfur（％）

Ash（％）

Coal（t/a）

Chimney（m）

Inner diamet

er（m）

Dust remove（％）

SO2（t/a）

NO2（t/a）

Smoke（t/a）

1 Passenger station 7 0.45 18.24 5594 18 1.2 60 40.3 16.4 54.42 House administration 5.6 0.45 18.24 3218 21 1.5 40 23.2 9.5 47.03 Ling Yuan hotel 1.4 0.72 16.67 544 18 0.3 20 6.3 1.6 9.74 Water resources bureau 4.2 0.43 15.99 2129 18 1.2 40 14.6 6.3 27.2

5 Power supply bureau residence community 4.2 0.45 18.24 2846 18 1.2 40 20.5 8.4 41.5

6 Finance bureau 7 0.45 18.24 3167 18 1.2 60 22.8 9.3 30.8

7 Power supply bureau Beijie residence community 1.4 0.85 18.24 561 15 1 20 7.6 1.6 10.9

8 Construction bank 2.8 0.72 16.67 1270 20 0.4 40 14.6 3.7 16.99 Netcom company 2.8 0.72 16.67 1017 24 1.5 40 11.7 3.0 13.610 Court residence building 1.4 0.43 15.99 755 21 1.2 20 5.2 2.2 12.911 Bank of China 1.4 0.43 15.99 852 21 0.3 20 5.9 2.5 14.512 Commercial building 2.8 0.45 16.67 3298 21 1.2 40 23.7 9.7 44.0

13 Chinese medicine hospital residence building 1.4 0.65 16.23 724 21 1.2 20 7.5 2.1 12.5

14 Chinese medicine hospital , 2nd department 1.4 0.85 18.24 956 21 0.4 20 13.0 2.8 18.6

15 Zhenbei 2 Construction company building 0.35 0.65 16.23 207 18 1 20 2.2 0.6 3.6

No. Boiler houses

Tonnage（MW）

Sulfur（％）

Ash（％）

Coal（t/a）

Chimney（m）

Inner diamet

er（m）

Dust remove（％）

SO2（t/a）

NO2（t/a）

Smoke（t/a）

16 Commercial corporation 0.7 0.65 16.23 605 21 0.4 20 6.3 1.8 10.5

17 City and marketing cooperative 4.2 0.65 16.23 2040 21 1.2 40 21.2 6.0 26.5

18 Hongjian community 12.6 0.43 15.99 8538 20 0.5 60 58.7 25.1 72.8

19 Zhenbei 1 Construction company building 1.4 0.43 15.99 286 18 0.3 20 2.0 0.8 4.9

20 Hualin building 1.75 0.72 16.67 1107 36 0.3 20 12.8 3.3 19.721 Tobacco company 0.56 0.85 18.24 258 21 1.2 20 3.5 0.8 5.022 Urban management bureau 0.35 0.85 18.24 224 20 0.3 20 3.0 0.7 4.423 Hui primary school 0.7 0.65 16.23 320 18 1 20 3.3 0.9 5.524 Liangshi primary school 0.7 0.65 16.23 538 18 1 20 5.6 1.6 9.325 Central plazza 1.05 0.85 18.24 897 18 0.4 20 12.2 2.6 17.5

Total 347.8 123.3 534.2

1

4 Environmental impact analyses

4.1 Current environment quality condition

（1）Ambient air

According to the monitoring report of Ling Yuan City environment monitoring station, SO2 and NO2 daily value in the atmosphere in the evaluation area during the heating supply period at every point satisfies the standard requirements. The maximum values are 0.048mg/m3 and 0.048 mg/m3 respectively. The maximum standard rate respectively is; 32.0%, 40.0%; TSP and PM10. The maximum over rate daily value is 100%. The maximum values are 0.37 mg/m3, 0.21 mg/m3 and the maximum occupation rate respectively is; 123.3%, 140.0%; SO2 and NO2 hours mean rate at every monitoring point reaches to standard. The maximum value is 0.078 mg/m3, 0.068 mg/m3 respectively. Standard occupation rate is respectively; 15.6%, 28.3% which meets the class 2 standard requirements of “Environmental Air Quality Standard "(3095-1996).

（2）Noise environment

Noise level at the sensitive points around the heat-exchange station can meet the requirements of category 2 of “Noise Environment Quality Standard”（GB3096-2008）.

Noise level at the monitoring points of the pipe network along the both sides of the main lines of communication can meet the requirements of category 4a of “Noise Environment Quality Standard”（GB3096-2008）.

4.2 Analysis of environment impact in operation period

（1）Noise Most of the proposed construction of the heating exchange stations is

located in residence areas. The machine noise produced by the heat exchange station might have certain influence to the surrounding residence.（2）Waste water

After completion of the engineering, the maintenance technicians, heat exchange station on duty operators shall produce domestic sewage. If not properly treated, it shall constitute certain influence to the local water environment. （3）Solid waste

The engineering project employs 61 personnel, and the domestic

garbage discharge amount is calculated at 1.5kg per day/man. That is 14.1t/a of garbage amount discharged. The domestic garbage is collected by environment sanitation department and be sent to refuse landfill site for treatment.

4.3 Analysis of environment impact in construction

4.3.1 Analysis of atmosphere influence

The construction scope of the project includes laying the first stage heat supply network (31.03 km), new construction of 900000㎡ area of secondary stage pipe network, new construction of 31 big heating exchange stations, 3 building heating exchange stations. Flying dust produced from the construction is the main environment air pollution problem which shall impose some bad influence to the residents along the pipe network and surrounding the heating exchange stations.

4.3.2Analysis of water environment influence

Domestic sewage water produced from the site construction workers is the main water pollution source in the project construction period. The number of construction workers is varied depending on different stages of construction period. Normally there are dozens of construction people. If the daily water consumption by construction personnel is calculated as 50 L/person, and the domestic sewage water quantity produced is calculated at 85% of the water used, the average daily sewage discharge per person is at 42.5 L/person. By analogy, SS produced is 182 mg/l, CODcr is 173 mg/l, ammonia nitrogen is 9 mg/l. If the above said domestic sewage water is discharged directly, it will cause water pollution to the regional water environment.

4.3.3 Analysis of solid waste influence to environment

Domestic and construction garbage produced from construction worker enclave and from construction process at site, such as packing bag, building leftover material. If not treated properly, they shall cause certain influence to the environment.

4.3.4 Analysis of noise environment influenceMain equipment used in the construction period are loaders, road rollers

and heavy duty trucks with loud noise. See the noises of the main

1

construction equipment in table 4-1.

Table 4-1 Main construction equipment noiseConstruction

machine Loader Roller Truck

Noise dB(A) 80 75 78Noise from engineering construction will influence the neighboring

residence or schools near the heating exchange stations, more influence to the first row buildings along the pipe line networks. 4.3.5 Analysis of the influence to traffic

The influence to traffic by the processing of the project is mainly for the piping engineering which has 3 aspects：

Road opening for pipe engineering hampers the traffic；Piling of earthwork and road excavation hampers the traffic；The increasing of transportation vehicles makes more traffic flow on the roads.

4.3.6 Analysis influence to ecological environment

The excavation of the engineering pipeline shall produce certain effect to the ecological environment. The construction constitutes no damage to green plantation, but the process of pipeline construction shall damage some of the vegetation on both sides of the roads.

5 Relieving measures for environment impactBased on environmental impact assessment documents, combined with

the project characteristics, on the analysis of pollutant discharge during project construction and operation period, based on different types of pollutants and in different time to use relieving measures for environmental impact, see table 5-1 ~ table 5-2.

The planned commencement date is in April 2012 to complete it in November.

2

Table 5-1 List of relieving measures for pipe network impact to environmentStage

Problems Relieving measuresReduce

cost(10,000)

Responsible Supervision

Pipingstage

Noise

1．Proper construction time arrangement without nighttime working，only starts from 6am. to 10pm.2．Use low noise machine for construction. Pile foundation construction uses hydraulic piling, static pressure piling and excavation piling. Construction equipment is deployed near the center of the site.3．Noise of the construction equipment must meet the requirements of “Noise Limitation for Construction Site”（GB12523-90） . These requirements shall be included in the bidding documents of construction company.4．Follow-up supervision.

1 Construction company

LingyuanCity environment bureau

Dust

1． Set up water spray, dust quenching system, spray water at regular time everyday to prevent dust flying. Spray more water under strong wind and dry conditions.

2．Washing truck wheels facility shall be set up at site exit area to prevent vehicles bringing earth out of site 3．Loose material transportation shall be covered or in containers. 4．Timely clean construction wastes and move out of the site without burning it at site.

5 Construction company

Traffic Interruption

1. This project pipeline excavation on pavement shall be closed in, and do not take carriage way.

2. Control the construction period of crossing road construction within 4 days.3. Place a notice board in the construction site, state project content and construction time,

ask for excuse from public for the inconvenience that the construction brings in, and contains contact person and contact method as well.

4. Construct around schools and hospitals, will need to build up temporary bridge, and setup construction baffle, to ensure the safety of pedestrian.

5

Construction Unit

Construction channels/usag

eUse existing road, without build new transport channels. 2 Construction Unit

Vegetation Damage

The vegetation quantity and category will be recovered to the original appearance, after construction completion. 10

Ling Yuan Antai heating supply company

Cultural Heritage

Any cultural heritages discovered during the construction period, will stop the construction and need to inform the related department. 2 Construction Unit

Insulating Tube

The bidding documents must clarify that the used insulating tube must not contain the vesicant that does not qualify with the <Montreal Protocol>, which China promised. 1

Ling Yuan Antai heating supply company

Solid Waste Collect home scrap in time and deliver to refuse landfill of development zone. Asbestos will be collected and processed by Shenyang ZhenXing Solid Waste Processing Ltd. 3 Construction Unit

Waste Water Mainly is sanitary waste water from construction staff, and will be discharged into urban sewage treatment plant. 3 Construction Unit

3

Table 5-2 List of relieving measures for heating supply station (including new construction and modification) impact to environment

Stage Problems Relieving measures Reduce

cost(10,000)Responsibl

e Supervision

New construction of heat exchange

station phase

Noise With the piping network construction

1Constructi

on company

Ling Yuan City environment bureau

Dust

1．Set up water spray, dust quenching system, spray water at regular time everyday to prevent dust flying. Spray more water under strong wind and dry conditions.2． Surrounding fence enclosure shall be set up no lower than the construction material piling yard height.3．Washing truck wheels facility shall be set up at site exit area to prevent vehicles bringing earth out of site 4. Loose material transportation shall be covered or in containers. 5. Set temporary warehouse to store loose materials or cover them with dust prevention net. It is not allowed to store loose materials in the open. 6．Timely clean construction wastes and move out of the site without burning it at site。7．Fence must be set around the construction site to reduce dust spread out of the site.

3

Construction

companySewage water Discharge into city sewage pipe network 3

Domestic garbage Timely collection send to Ling Yuan City garbage filling site 2

Road construction/u

seUse existing roads, no new road construction. 2

Culture assets If any culture assets were discovered, stop construction and notify relative department 2Heating exchange stations built on original boiler houses phase

Brick, concrete, metal scraps

Timely clean and remove scraps to Lingyuan City garbage landfill site, metal scraps shall be collected by category for sale. 3

Dangerous scraps removal (asbestos）

All dangerous scraps will be sent to Liaoning Mucang disposals treatment company. 5

Ling Yuan Antai

heating supply

company

Operational period of the heating supply stations

Noise

（1）Select high quality and low noise pumps, noise of a single unit shall be less than 80 decibel.（2）Damping foundation shall be well prepared to install shock absorber to reduce vibration noise. Soft rubber hose shall be connected to the pump outlet and inlet. Concrete foundation shall be under the base of the water pump and add dampers between the base and the ground and walls to reduce structural low frequency transmission to the outside（3）If noise to residents is still over the standard requirements after the above measures, noise shield shall be mounted..

2

Individuals domestic sewage water

Discharge into city drainage network. 2

Garbage Transport to garbage land fill site 1

4

6 Organization structureIn order to ensure effective control and reduce various adverse

environmental impact, whole process of the engineering shall be scientifically tracked with standardized environment management and environmental monitoring. Monitoring and monitoring management organization is shown as the following.

1．Compilation of site monitoring, data analyses and statistics, monitor report shall be the responsibility of qualified organization trusted by Ling Yuan Antai Heating Supply Co., Ltd.

2．World Bank environment officers, foreign fund office of Liaoning development and reform committee, employer (Ling Yuan Antai Heating Supply Co., Ltd) is responsible to receive the monitoring reports.

3. Hierarchy bureaus are responsible for supervision.

4．Pollution reduction measure is the responsibility of Ling Yuan Antai Heating Supply Co., Ltd. in the heating operation period, to be implemented by the construction company， and be supervised by the qualified environmental supervision company(Consultant company employed) trusted by Ling Yuan Antai Heating Supply Co., Ltd.

National environment commission

Liaoning environment ministry

Environment bureau of Chaoyang city

World bank environment office

Liaoning development and reform ministry

Introduce foreign fund project officeM

onito

r sta

tion

监测站

Envm

t sup

vsn

com

pany

Proj

ect C

ontra

ctor

Mon

itor s

tn

Ling Yuan Antai Heating supply Co., Ltd.

5

7Monitor Plan

Stage Monitor Monitoring location

Monitor method Monitor frequency Cost

10,000Responsible Organiz

ation

Construction stage of heating supply

network and exchange stations

NoiseRoad near

pipelines, and crowded area

Noise meter

One time per week at daytime or monitor it

after received complains

0.3 Construction unit

Ling Yuan city environment bureauDust Pipe crossing

roads VisualOne time per week in

dry and windy weather

0.05 Construction unit

Stop traffic(Pedistrain to business center）

Pipe crossing road and along business center

Visual Every week 0.05 Construction unit

Road construction and usage

Along the pipe ways Visual

One time per week when at construction and usage. One time

after finished

0.05 Construction unit

Bare land/erosion

Pipe cross road and along the pipe network construction

Visual In the storm or after it 0.02 Construction unit

Table 7-1 Environment monitor plan during construction phase

6

Discovery of culture remains

Pipe cross roads, any location of excavation

Visual Continuous monitoring 0.02 Constructio

n unit

Domestic and construction

garbageDump at site Visual 2 or 3 times in

removal period 0.02 Construction unit

Chemical specifications of pipe insulation foam confirms with the China commitment in Montreal agreement”

When insulation pipe arrive to site

Review tech

specifications in

the documen

t at material reception

One time at insulation pipe receiving 0.02 Constructio

n unit

Solid waste Construction site Visual Construction site 0.02 Constructio

n unit

7

Table 7-2 Environment monitor plan in operation period

Stage Monitoring Location Method Frequency Cost (10,000)

Responsible unit Organization

Heat exchange station in operation

Noise

Wall of heat

exchange station or

neighboring residence

(complains)

Noise meter

One time in heating supply period or after receiving complains

0.05 Monitor station

Ling Yuan city

environment bureau

Domestic garbage of workers

Heat exchange

station areaVisual One time per week 0.05 Monitor

station

8

8 Report system

8.1 Monitor report

8.1.1 Kinds and contents of monitor reportThe monitor reports are divided into monitoring reports in construction

period and operational period. Explanation of monitoring location, sampling time, monitor factors

shall be compared with relative standards, and to analyze, evaluate the monitoring results in construction and operational period.

Evaluate the implementation effect of environment relieving measures according to the monitored results.

Talk and discuss with the environment monitor organization and environment influence evaluation team on the improvement or change non effective relieving measures.8.1.2 Time of monitoring report submission and receiving department

（1）Submission of the monitoring report：Stage monitoring report shall be submitted once a month according to

the progress in the construction period and submit final integrated report after the completion of the project；

Seasoning report shall be submitted in the operational period and submit an annual report yearly；（2）Monitoring report receiving department：

Monitoring report receiving departments：Environment Protection Bureau of Ling Yuan City, Environment Protection Bureau of Chao Yang City, Ling Yuan Antai Heating Supply Liability Co. Ltd. and the World Bank.

8.1.3 Suggestion feedback requirements to the monitoring reports

Suggestion feedback shall be provided within one month after receiving the monitoring reports by the departments.

In the feedback period, the receiving department shall analysis and evaluates the contents of the monitoring report, to confirm the effectiveness of the environment relieving measures and make next step arrangement with corresponding requirements.

(If necessary), in the suggestion feedback period, the reports receiving

9

departments shall propose suggestions and adjustment scheme for environment relieving measures.

8.2 Records and annual report of EMP implementation

8.2.1 Record system

In order to have an effective operation of the environmental management system, the owner, Ling Yuan Antai Heating Supply Liability Limited Company, must establish a perfect record system, and keeps records of the following aspects: Law and regulations requirements; License; Environmental factors and the relevant environmental impacts; Training; Inspection, Check and maintenance activities; Monitoring data; None conformities, Corrective and preventive measure validity; Related party information; Audit and review. In addition, all the said above records shall be controlled, including: record identifications, collection, cataloging, filing, storage, management, maintenance, enquire, retention time, disposal and other steps.8.2.2 Implementation report of EMP

The owner, Ling Yuan Antai Heating Supply Liability Limited Company, shall make detailed records to the EMP implementation situation and timely reports to the project office；Project progress reports (monthly, quarterly and yearly reports) prepared by the project office shall include items of EMP progress and effects, etc；Annual EMP implementation report must be submitted to the World Bank with in the regulated time.

The EMP implementation report shall include the following items Implementation situation of the training schedule； Project progress； Any public complains，if any，record the main contents of the

complains, solving method and public satisfaction； Next year EMP implementation schedule.

9 Training Plan In order to have a smooth and effective implementation of the project, it

is necessary to conduct environmental protection knowledge and skills training to all employees, especially to the construction workers. In addition to the explanation of the importance of the proposed construction project and the significance of implementation to all the employees, different emphasis training shall be conducted to different post employees. Specific training method shall be conducted to different management levels and different

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environmental important working post. See the specific training plan in table 9-1.Table 9-1 Training plan for environment protection technicians

Employee Training items Method No. Time（day）

Cost （ 10,000）Local currency

Environment protection technicians

Basic theory of environment protection, monitor method, prepare monitor report and post training.

Domestic training 4 2 2

Project supervisor, contractor,

team leader, environment protection

management staff in

construction

Environment regulations, construction plan environment monitor rules and specifications, noise monitor and control technology

Domestic training 4 3 5

Total - - - 5 7

10 Public participation in the implementation of the project

Public participation in environmental impact assessment report is an important part of decision making is crucial to improve. It can direct response public opinion, make the decision department to identify potential problems in time, in a timely manner to amend and perfect the design scheme, make public reflect problems fundamentally solved, and construction projects in the planning, design and environmental monitoring and management tend to be more perfect and reasonable, and strive to the construction of the project in the environmental benefits, social benefits and economic benefits have the unity of the optimization.

Public participation is an important part in environmental impact assessment report. It is crucial for improving decision making which can direct reflect public opinions, to help the decision department to identify potential problems in time and timely modify and perfect the design scheme and fundamentally solve problems raised by the public. Further more, to make the construction project planning, designing and environmental

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monitoring of the construction and management more perfect and reasonable, striving to achieve optimized integration of environment, social and economic benefits in the project construction.

According to the “Interim Measures Public Participation in Environmental Impact Assessment”, the project makes a public notification in Ling Yuan City newspaper and at the sites. The publication date in Ling Yuan City newspaper is on February1, 2012, lasting for ten days. See the picture of publication in Ling Yuan City newspaper in the following Figure 10-1; See site announcement photo in Figure 10-2. During the public notification, to further obtain suggestions to the project construction from the general public. Questionnaire form is issued to the surrounding public during the publication, asking for public opinions.

Figure 10-1 Publications on Ling Yuan City Newspaper

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Figure 10-2 Publications

In the public participation, interview and issuing 30 questionnaires for public suggestions, all the 30 copies are recovered with 100%. Statistics are made to every copy recovered. See the results in Table 10-1.

Table 10-1 Statistic results from the public questionnairesConstruction Project Opinions and numbers

Do you agree for and support this engineering construction or not?

Agree Yes No30 0 0

From the public survey statistical results, we can see the public support

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attitude opinion to this heating engineering construction accounts for 100%. Thus we can see, all the surveyed public supports the construction of this project which shows that the supportive public considers that the heating engineering construction is beneficial to the economic development of Ling Yuan City and heating supply to the residents in winter time.

In addition, no complain feedbacks from the Ling Yuan City newspaper publication. The conclusion is that the public has no objection to the construction of this project.

11 Cost of implementing the management planThe implementation cost of the project environment management plan

mainly includes training to employees, environment supervision in the construction period and environment monitoring in the construction. See details in table 11-1 and11-2.Table 11-1 Budget and financial table of environment management

implementation cost Unit：10,000yuan RMB

ItemsOne year budget in

construction period

One year budget in operation

periodFinancing

Salary 15 36

Domestic funds

Office expenses 8 5Traffic cost 8 5

Monitoring cost 10 8Supervision engineer

budget 6 -Total budget for

environment management planning

47 54

Table 11-2 Employee training expenses Unit：10,000yuan RMB

Items No. of employee Cost Financing

Environment staff in construction 4 2

Domestic funds

Engineering supervisor, contractor,

team leader, environment

managerial staff in operation

4 5

Total - 7

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12 Analyses of alternative solutionAccording to the piping network laying of urban centralized heating

supply engineering and constructions of heating exchange stations, preferred and alternative schemes are proposed as the following respectively;

12.1 Laying of the heating pipe network

The mode of this heating network engineering uses treelike, closed double piping high temperature of hot water circulation system.

The principle of laying the heating pipe network: The main and branch lines of the heating pipe network only run along one side of the street. Locations of heating supply and water return network, according to the reversed direction to heating supply source: the water supply pipe layout is on the right side and water return pipe layout is on the left side.

1. Preferred layout arrangement of the heating network

The route of the heat pipeline shall be chosen at the secondary roads, pedestrian sidewalks and green belts as far as possible to reduce the influence of the urban traffic, and at the same time to reduce the cost of open roads and restore the pavement.

2. Alternative layout arrangement of the heating network

If the rout of the heat pipeline cannot be chosen on the secondary roads of the communication, sidewalks or green belts, etc, the construction has to be on the main road side. Though the main road width is broad and convenient for layout construction, but it will influence greatly to urban traffic flow and even at times to close road traffic for construction. And at the same time, the cost of open roads and restore the roads surface is greatly increased. Therefore, the construction of the network on the main trunk route shall be reduced as far as possible.

12.2 Construction of the heating exchange stations

1. The preferred scheme of heating exchange stations

The construction of the heating exchange stations shall be as far as possible in the basement rooms of the new set up communities or build basement structure under the concentrated green land areas, as far as possible to occupy less land or green land. Though the heating exchange stations are set in the rooms under the ground which is difficult for humidity ventilation and operators rest, but it can reduce the occupation of the surface land which saves the land acquisition costs.

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2. Alternative scheme for the heating exchange station construction

If there is not enough space available underground, the heat exchange stations have to be built on the ground. Even built on the ground, the stations should be away from the residence buildings to prevent the equipment operation noise affects the surrounding resident rest. It is better to set the station inside the green land of the residence communities. The construction pattern of the heat exchange stations shall be matched with the surrounding environment and at the same time to take safety measures for waterproof, fire prevention, guard against theft, and against electric shock.

There are certain difficulties to …….

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Attached Close plan of small boiler houses for central heating supply in Ling Yuan city

No. Boiler houses

Construction

Nature Current boilers Current heating area(㎡)Heatin

g load（MW）

If contain asbestos

demolition plan

colle

ctiv

e

ente

rpris

e

Publ

ic o

ffic

e

Qty tonnage

Coal consumpti

on Public building

Resident Total（year

）（set）

（t／h） （t／h）

Total           27 99 16.85 327341 420996 748337 41.16    

1 Bus station 2003   √   1 10 2.25 42786 56996 99782 5.49 yes 20142 Housing dept 1995     √ 1 8 1.29 28285 29113 57398 3.16 yes 20153 Lingyuan hotel 2010 √     1 2 0.22 8100 1600 9700 0.53 no 20154 Water bureau 2003     √ 1 6 0.86 16518 21457 37975 2.09 no 2014

5 Power supply residence 2001   √   1 6 1.14 4054 46723 50777 2.79 yes 2014

6 Financial bureau 2009     √ 1 10 1.27 12000 44495 56495 3.11 no 2015

7 Power supply company residence 1992   √   1 2 0.23 0 10000 10000 0.55 yest 2013

8 Construction bank 1994   √   1 4 0.51 7680 14970 22650 1.25 yes 20159 Netcom company 1995   √   1 4 0.41 12318 5824 18142 1.00 yes 2015

10 Court residence building 2000     √ 1 2 0.30 6754 6714 13468 0.74 yes 2014

11 Bank of China 1998   √   1 2 0.34 9300 5900 15200 0.84 no 2012

12 Commercial building 1996 √     1 4 1.32 46197 12638 58835 3.24 yes 2014

13 Chinese hospital residence 2001     √ 1 2 0.29 5860 7052 12912 0.71 yes 2014

14 Chinese hospital 2 section 1994 √     1 2 0.38 8840 8215 17055 0.94 no 2013

15Zhenbei 2

construction building

1992 √     10.5

0.08 0 37003700

0.20 no 2012

16 Commercial company 1994 √     1 1 0.24 6566 4231 10797 0.59 no 2012

17 City supply and marketing office 1999     √ 1 6 0.82 6350 30050 36400 2.00 yes 2014

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18 Hongjian communitee 2007 √     3 18 3.43 48993 103316 15230

9 8.38 no 2015

19Zhenbei 1

construction building

1994 √     12

0.11 0 51005100

0.28 no 2012

20 Hualin building 2004 √     1 2.5 0.44 16840 2902 19742 1.09 yes 201521 Tobacco company 1988   √   1 1 0.10 4600   4600 0.25 no 2014

22 City management bureau 1999     √ 1 0.5 0.09 4000   4000 0.22 no 2014

23 Hui primary school 2002     √ 1 1 0.13 5700   5700 0.31 yes 2015

24 Liangshi primary school 1996     √ 1 1 0.22 9600   9600 0.53 no 2012

25 Central market 2008 √     1 1.5 0.36 16000   16000 0.88 no 2014

Dangerous scrap removal (small boilers with asbestos) and treatment method：1. Operators cam only start working on removal of asbestos after verified with the prevention requirements.2. Waning posters set up at the construction area.3. Spray water before removing.4. Dust mast and uniform shall be ready before removal operators start to work.5. Prepare specific plan to use whole peeling working method.6. Set fence around working area, other people are restricted to enter. Special technicians are designated to

control the site operation.7. The removed asbestos shall be collected in sealed bags, then put into special closed asbestos cement

containers, pour cement and seal the cement container, transport to the qualified dangerous scrap treatment landfill site for permanent bury treatment.

After the removal of the asbestos, environment cleaning department of Ling Yuan city is responsible to collect it and treat it. The company is qualified to deal with the dangerous materials. For other project construction, if any asbestos is found in the construction period, it is also the responsibility of the Ling Yuan City environment cleaning department for collection and treatment.

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