mht global utilities presentation v2 jk

Water, Wastewater and Environment

2

Introduction to the Meinhardt Group and our capabilities

Overview of water, wastewater and environmental capabilities

Highlight our experience and track record

Introduction

3

Meinhardt Group Profile

4

Our Vision

To be the leading global provider of integrated planning, design, engineering and management services.

Our Mission

To provide innovative and cost effective designs based on state of the art technology, setting a new standard in the delivery of client-focused powerful solutions which will benefit our clients, users and the community at large.

Vision & Mission

5

Resources of a Global Company

Meinhardt is the leading project management and multi-disciplinary engineering practice in the Asia Pacific and MENA regions with a track record of more than 50 years

Established in 1955 in Australia and since 1973 in Asia

Providing integrated PM / CM, Façade, Infrastructure & Engineering services delivered seamlessly

Successfully completed some of the tallest & largest buildings and infrastructure projects globally

We carry out activities from Feasibility Studies to the Final Delivery of Projects

The Meinhardt Group undertakes projects worth US$10bn annually

33 offices worldwide

3,000+ professional staff

Centralized R&D and resource sharing across the Group

6

Part of a Global Network

Over 3,000 employeesworldwide

USA Dallas Miami

MENA Abu Dhabi Doha Dubai Jeddah Kuwait City Manama Muscat Riyadh Tripoli

Australia Adelaide Brisbane Melbourne Sydney

South Asia Chennai Karachi Lahore New DelhiEurope

London

South East Asia

Singapore (HQ)

Bangkok Beijing Da Nang Hanoi Ho Chi Minh Hong Kong Jakarta Kuala Lumpur Macau Manila Shanghai Shenzhen

7

Built Environment

Principal / Lead Consultancy

Master Planning & Land-use Planning

Environmental Sustainability

Structural / Civil Engineering

Electrical Engineering

Mechanical Engineering

Architectural Engineering

Fire Performance Engineering

Hydraulic Engineering

Communications Engineering

Specialist Lighting Design

Vertical Transportation Engineering

Geotechnical Engineering

Seismic Engineering

Integrated Engineering Services

PM / CM Services

Project Management

Construction Management

Design Management

Contract Management

Site Supervision

Value Engineering

Cost Control

Project Planning

Programme Management

Testing & Commissioning

Infrastructure

Water Engineering

Wastewater Engineering

Irrigation and Wastewater reuse

Rail Engineering

Aviation Planning

Roads & Highways Engineering

Bridge Engineering

Marine Engineering

Power Distribution

Environment Engineering

Infrastructure Master Planning

Implementation

Downstream Oil & Gas Services

8

Integrated Services

We provide the majority of all key services in-house reducing the need to go to a number of consultants, from project management to full engineering and construction supervision

Group Wide Technology and Innovations

Each of our offices are linked by common systems, sharing innovation and technological advances

Quality Control

Group wide integrated quality assurance system

Collaboration

Culture of working with the best in the industry, whether consultants, developers, operators

One Stop Shop for Engineering Services

9

Water, Wastewater and Environment

10

Solutions for the Water Cycle

Our knowledge, experience and expertise spans the entire water cycle from ‘cloud to coast’ including domestic, municipal, commercial and industrial applications.

Design & Engineering Services

Master Planning Demand forecasting Source Selection Options and solutions Process selection Outline /Detailed design Tender Management

Services Construction supervision Commissioning, Adoption

& Handover

Operational Services Operational strategy development Procedure (SOP) development O&M planning Asset condition & performance

surveys Non revenue water strategy

development and implementation Workforce performance

management; and Contract and contractor

management

Contracts & Procurement Services Consultancy Service

Agreements Design and Build Turnkey Works EPC BOT BOOT DBFO

Asset Management Services Organizational support PAS-55 preparation & accreditation Asset design standards development Materials and fittings standards Whole life cost management Asset handover and adoption Investment management optimization Vulnerability assessments and

contingency planning Asset Data Capture and Condition

Assessment Network Modelling; and Environmental Inspection & Surveys

11

Deane EllwoodDirector (Infrastructure &Environment), Australia

Helen CochraneDirector (Environment), Honk Kong

Arsad HossainDirector (Environment), Singapore

Lokanathan GaneshanOperations Director, India

Kamlakar SadavarteGeneral Manager (Public Health Engineering), India

Meinhardt – Key People

Jan KamerTechnical Director (Environment), Singapore

Paul PoréeBusiness Development Director (Water & Wastewater) MENA

12

Our Projects

13

Multi-Utility

14

Multi-utility Ma Wan Island Residential DevelopmentHong Kong

Year: Completed 2002

Client: Sun Hung Kai Real Estate Agency Ltd

Size: 260 properties

Description:

Design and Construction Supervision

Provision of full MEP consulting services for the Ma Wan Island - Infrastructural Facilities for Commercial/ Residential Development & Village Housing, development for 260 village houses (each with 3-storey) and associated community facilities.

Provision of M&E services for the infrastructural facilities to support the development including; reservoir, sewage treatment plant, ferry piers, refuse collection, water supplies, LP gas storage and distribution, Tsing Ma Bridge connection roads - Toll Plaza and Administration Building, Police Station, Fire Station etc.

15

District Cooling Phoenix District Cooling Plant, Abu Dhabi, UAE

Year: 2004

Client: Samsung / Tabreed

Size: 22,500 TPA

Description:

Principal Consultant

Meinhardt was the Principal Consultant for the Design and Build Contractor, Samsung Corporation for the Phoenix District Cooling Plant 1 & 2 at Abu Dhabi, UAE. The project comprised of two district cooling plants providing chilled water supply to surrounding buildings with a total capacity of 15,000 and 7,500 refrigeration tonnes respectively. The two central cooling plants use water cooled electric driven centrifugal chillers and associated auxiliary equipment like cooling towers and pumps for production and distribution of chilled water to various buildings via a network of underground piping system. Plant 1 and 2 will have 8x1875RT and 6x1250RT chillers respectively with a supply and return chilled water temperature of 4.4ºC and 13ºC. On site power generation using natural gas engine driven generators was provided for the primary electrical supply to both plants with peak period backup from the utility company (ADDC). A chilled water thermal storage tank with capacity of 15,000 ton-hours will be installed for Plant No. 1 for load levelling purpose as well as reducing the capacity of the chiller plant.

16

Multi-utility Essendon Airport Urban RegenerationMelbourne, Australia

Year: Ongoing to 2011

Client: Essendon Airport Pty Ltd

Size: 70 Ha

Description:

Master Planning

Provision of: Environmental monitoring and management strategies; Civil engineering for pavements, sewer, water and storm water management; water sensitive urban design and implementation; structural engineering; power and gas network design; and construction management.

Significant issues have arisen during the master planning and detailed design phases due to the age of the site and lack of accurate infrastructure asset records. Extensive investigations to establish existing infrastructure capabilities and allow for the design of upgrades to meet projected demands was undertaken.

Storm water management strategies have been developed and implemented to attenuate flood flows within the site and to treat runoff prior to discharge into the watercourse.

17

Multi-utility Jakarta International SchoolJakarta, Indonesia

Year: 2006

Client: Jakarta International School

Description:

MEP Consultancy

Provision of Mechanical, Electrical, and Plumbing consultancy services to replace the infrastructure services to 22 main buildings serving 2,000 students and staff including; strategic plan development, detailed design and project phasing.

The MEP scope included replacement of; underground water and fire mains, air conditioning and septic tanks for each building. The solution delivered a new centralized chilled water plant and sewage treatment plant, underground ring main pipes for chilled water, fire services, a separate drinking water supply, sewerage network, electrical conduits and a building management system. The new services include recycling of the treated sewage effluent for make up water to the cooling towers to minimize water usage on the site. Drinking water treatment included micron and activated carbon filters, and disinfection using ozone and chlorine.

18

Multi-utility MBI Brewery UpgradeTangerang, West Java, Indonesia


Client: PT Multi Bintang Indonesia

Description:

Lead Consultant

Lead Consultant for the provision of architectural and structural design for all new buildings, plus designs for all non process related services including; power distribution, industrial and architectural lighting, water and wastewater storage and treatment, air conditioning/ventilation, plumbing and piping.

Utility components include: Wastewater buffer tank treatment; New transformer room and LVDB room; Water storage tanks and treatment plant; and Control room. Provision of Project Management, Construction Management, Architectural, Civil, Structural, MEP and QS Engineering consultancy services.

19

Multi-utility Western Water, Australia

Year: 2000

Client: Western Water

Description:

Asset Management Consultancy

Provision of specialised audit services for the internal audit carried out at Western Water. Issues addressed in the three-year program included water quality and quantity, dam safety, asset management, capital works and contract management.

Services provided included: • Assessment of water quality treatment programs against Australian standards;• Examination of dam safety protocol;• Monitoring progress against asset maintenance programme; • Appraisal of demand management strategy;• Consideration of performance of reticulation system

Features of the project included inspections of water treatment plants, dams and lagoons to ensure procedures conformed to Western Water’s management systems. Areas for improvement in procedures and management systems were also identified.

20

Multi-utilityWater Supply, Sewerage and Drainage System for Development for 9* Residential Townships,

India

Year: Complete (2005-2009)

Client: Director General, Married Accommodation Project

Size: 7,049 properties

Description:

Design, Audit and Advisory

Meinhardt is providing Peer Review of DPR and Quality Audit Services including; Architectural Design, Engineering Design (Civil, Structural, Mechanical, Electrical) prepared by CPWD, as well as quality audit during the construction period for the township of the North-Western Command.

The work also includes review of Detailed Project Report (DPR), Detailed Design of Buildings & Infrastructure Facilities such as roads, water supply distribution system, sewerage collection and disposal system, OHTs, WTP’s, STP’s, Sewerage Pumping Station, drainage system, power supply & distribution, communication systems etc.

* Mamun, Sanjuwan, Patiala, Bikaner, Jammu, Suratgarh, Sriganganagar, Janglot, Pathankot

21

Multi-utilityWater Supply, Sewerage and Drainage System for Development for 5* Residential Townships,

India

Year: Current (2004-2010)

Client: Director General, Married Accommodation Project

Size: 3 STPs (2,000, 1,950 and 500m³/day) Fluidized Aerobic Bio-reactor (FAB) technology)6,884 properties

Description:


The project envisaged development of 5 townships of 6,884 properties to provide accommodation to defence personnel. The proposed network comprised of: 83.5 km of sewer network (150-450 mm Ø); three small STP’s (2,000, 1,950 and 500 m³/day); and 76.5 km of rectangular, open channel masonry surface water drains.

The scope of work included; Topographical Survey, Geo-technical Investigations, Master Planning, Architectural Design, Detailed Engineering Design & Detailed Project Report (Civil, Structural, Infrastructure facilities, Mechanical and Electrical), Bid Process Management, Project Management, Construction Supervision, Defects liability services and assistance to client during arbitration for buildings, internal roads, water supply, sewerage conveyance network & drainage and preparation of O&M manuals.

* Faridkot, Ferozepur, Hissar, Chandimandir, Lucknow

22

Wastewater

23

Wastewater Wu Correctional FacilityHong Kong


Client: Yau Lee Construction Co Ltd

Size: 775m³/day Membrane Bioreactor STP

Description:

Design and Construction Supervision of Redevelopment

Membrane Bio-Reactor (MBR) type sewage treatment plant has adopted as the sewage treatment facilities for the redeveloped Lo Wu Correctional Institution. The membrane type is flat-sheet.

Part of the treated effluent will be recycled following disinfection for toilet flushing within the institution.

The level of control and automation means that the STP will be unmanned apart from planned inspection and maintenance visits.

24

Wastewater 5 Sewage Treatment Plants, Hong Kong Hei Ling Chau Island, Sha Tsui and O Pui Shan


Client: Hong Kong Drainage Services Department

Size: 5 STPs ‘Unitank’ and DAF systems

Description:


Sewage treatment plant improvements and new facilities at each of 5 correctional facilities associated with correctional institutions in Hong Kong.

New treatment facilities are of the "Unitank System", the first installation of this technology in Hong Kong and the Dissolved Air Flotation system.

The Contract No. DE 2000/04 was undertaken under Government's Conditions of Contract for Design and Build Contracts.

25

Wastewater Condition Assessment Sewerage Hong Kong


Client:

Location:

Jardine Matheson Limited

Big Wave Bay Road, Shek O, Hong Kong

Size:

Description:


Meinhardt conducted a survey (including CCTV) to indentify the extend and nature of the defects of their external sewer system in Shek O, Hong Kong.

This was supported by options (which included a septic tank proposal as an alternative) and recommendations on the rectification works required that were followed by detailed design of the approved solution.

Post contract construction supervision services were also provided during the delivery of the remedial works.

26

Wastewater Chua Chu Kang Pumping Station, Singapore


Client: Public Utilities Board (PUB)

Size: 3 Km, Ø 300-1,200 mm

Description:

Design and Project Management

Provision of integrated engineering consultancy services for the design and construction supervision of sewerage facilities for a new development at Chua Chu Kang Road.

The project comprised of 3 km of sewers of diameter ranging from 300-1,200 mm and a new sewerage pumping station. The sewers were constructed using pipe-jacking techniques and the scope of works include topographical surveys, soil and services investigations, engineering design of link sewers and ancillary structures such as manholes, vortex chamber and overflow structures as well as cost estimates; specification and tender preparation; calling and evaluation of tender, construction supervision and finalisation of maintenance manual.

27

Wastewater Pulau Saigon Pumping Station, Singapore



Description:

Engineering design services

Provision of integrated engineering consultancy services for the upgrade of the sewerage pumping station including mechanical & electrical engineering design services.

28

Wastewater Clementi Park, Wholesale Centre & Bah Soon Pah Pumping Stations, Singapore



Description:

Mechanical & Electrical Engineering

Providing mechanical & electrical engineering consultancy services for the upgrading of Clementi Park, Wholesale Centre and Bah Soon Pah sewerage pumping stations.

The project included upgrading the existing pump sumps at Clementi Park and Wholesale Centre to cater for the increase of flow capacity that projected for the next 20 years - mainly involving replacement of existing pumps with bigger capacity pumps. A new pumping main was introduced at Wholesale Centre sump. Conversion of the existing Boh Soon Pah Solid Divertor into a sump to meet the projected flow for the next 20 years.

29

WastewaterKovan Estate - Roadside Drainage

Upgrading Project, Singapore



Description:

Mechanical & Electrical Engineering

Meinhardt provided Civil and Structural engineering consultancy services directly to PUB – Drainage Department for the upgrading of roadside drains for Kovan Estate.

The scope of works include topographical surveys, soil and services investigations, engineering design of box drains, slab over existing main drains and ancillary structures such as manholes as well as cost estimates; specification and tender preparation; calling and evaluation of tender, construction supervision and contract administration.

30

Wastewater Kim Chuan Sewerage Treatment Plant, Singapore



Description:

Design and Inspection services

Provision of design and periodic inspection services for the construction of three egg-shaped digesters plant for existing Kim Chuan Sewerage Treatment Plant.

31

Wastewater Deep Tunnel Sewerage System (DTSS)Queensway Tunnel, Singapore


Client: Ministry of the Environment

Size: 9.7 km Ø 3,300 mm 30-45 m depth

Description:

Deep Tunnel Sewerage System Contract T-06

Provision of Civil & Structural Engineering Services for the deep bored tunnel including; drop shaft, access shafts, work shafts and other underground wastewater structures. Ground material was generally of rock, soil and/or mixed-face conditions.

32

Wastewater Deep Tunnel Sewerage System (DTSS)Ang Mo Kio Tunnel, Singapore


Client: Ministry of the Environment

Size: 7.2 Km, Ø 4,300 mm,35-40 m depth

Description:

Deep Tunnel Sewerage System Contract T-04

Meinhardt provided Civil & Structural Engineering Services for the deep bored tunnel including; drop shafts, access shafts, work shafts, odour control facilities, 800 m long lateral connector and other underground wastewater structures. Ground material is generally of old alluvium.

33

Wastewater Deep Tunnel Sewerage System (DTSS)Ang Mo Kio Link Sewer, Singapore



Size: 7 Km, Ø 800-1,800 mm

Description:

DTSS Link Sewer Package F

The sewers divert flows from 4 existing pumping stations via a drop-shaft. All sewers were constructed using pipe-jacking techniques.

Provision of Civil and Structural engineering consultancy services including topographical surveys, soil and services investigations, engineering design of link sewers and ancillary structures such as manholes, vortex chamber and overflow structures. The scope also included; cost estimation, specification and tender preparation, calling for and evaluation of tenders, construction supervision and finalisation of maintenance manual.

34

Wastewater Deep Tunnel Sewerage System (DTSS)Kolam Ayer, Town Link Sewer, Singapore



Size: 5.8 Km, Ø 750-3,000 mm

Description:

DTSS Link Sewer Package D

These sewers diverted flows from the existing Cavenagh, Lorong Gelang and Towner pumping stations via a drop-shaft. All sewers were constructed using pipe-jacking techniques.

Provision of Civil and Structural engineering consultancy services including topographical surveys, soil and services investigations, engineering design of link sewers and ancillary structures such as manholes, vortex chamber and overflow structures.

The scope also included; cost estimation, specification and tender preparation, calling for and evaluation of tenders, construction supervision and finalisation of maintenance manual.

35

India Summary

Area (km²)

Population (million)

Treatment (ml/d)

Sewers (km)

Storm water (km) City

100 1.6 269 7501,50

0Patna

145 3.7245135

72783 900 Ranchi

235 0.65 - -1,10

0Bhubaneswar

30 0.856923

267 - Bilaspur

142 2.4140120

40

1,050

1,640

Raipur

85 1.1 - 160 - Jabalpur

134 1.6 - 430 - Indore

285 1.4 - - 840 Bhopal

1,156

13.3 1,1133,44

0598

0Total

- - - 120 -Bangalore(Water) Main WW Projects

Small Projects

Water Projects

36

Wastewater Sewerage and DrainagePatna, Bihar, India


Client: Patna Municipal Corporation (PMC)

Size: 3 x STPs (193,000, 134,000 and 86,000 m³/day) activated sludge STPs with power generation and TSE reuse.

1,050 km of sewers Ø 150-1,600 mm and 1,500 km of surface water drains.

Description:

Design and Construction Management

Preparation of Detailed Project Report (DPR’s) and Bid Documents, Tendering for Execution; Construction Supervision & Quality Control of Sewerage and Drainage Projects.

37

Wastewater Drainage System and Sewage TreatmentRanchi, Jharkhand, India


Client: Ranchi Municipal Corporation

Size: 3 STPs (245,000, 135,000 and 72,000 m³/day); 14,500 Ha, population 3.75 m750 km of sewers and 900 km of surface water culverts

Description:

EIA, Design and Construction Management

Provision of EIA consultancy services for the installation of sewerage conveyance network, treatment plants and storm water drainage for Ranchi City.

Provision of project management consultancy services for planning, design, bid process management and construction supervision of the storm water drainage system for Ranchi City including topographic surveys, geo-technical investigations, environment impact statement and migration of design output to GIS.

The proposals comprised of: 750 km of sewers (Ø 150–1,600 mm ); 900 km of storm drains and culverts; 17 rain water retention structures; 3 conventional activated sludge process STPs with screens, grit removal, primary settling, aeration tank, secondary settling, sludge thickeners, digesters and drying beds.

38

Wastewater Master plan for Storm Water Drainage SystemBhubaneshwar City, Orissa , India

Year: Complete (2008-2009)

Client: Water Resources Department, Government of Orissa

Size: 23,500 Ha

Description:

Master Plan

Provision of Consultancy Services for preparation of Master Plan and Detailed Project Report for implementation of comprehensive Storm Water Urban Drainage System at Bhubaneshwar City.

The project includes:• Survey and Investigation;• Master Plan for Comprehensive Storm Water

Drainage Network;• Detailed Engineering Design for primary,

secondary and tertiary drains;• Preparation of drawings; and• Preparation of BoQ and cost estimates.

39

Wastewater Storm Water Drainage Bhubaneshwar City, Orissa, India


Client: Water Resources Department, Government of Orissa

Size: 23,500 Ha, 0.65 m population

Description:

Design, Procurement and Construction Supervision

Phase I: Design and Procurement Services:Design of Sewerage System including: Review Concept Plans and Design of Sewerage Infrastructure; Surveys, Investigations and Mapping of Sewerage Infrastructure; Detailed Engineering and Design, Drawings (Civil, Electrical & Mechanical, Hydraulic, Treatment, Process) and Cost Estimates; and Implementation Planning. Phase II: Bid Process Management for Identification of Contractors Phase II: Contract Monitoring, Construction Supervision and Inspection of Materials/Machineries and Equipments including: Contract and Programme management; Inspection of Materials, Plant and Equipment; Review and Approval; Quality control and assurance; Supervision of Construction; Valuation, Certification Settlement of Claims and Financial Control; O&M manuals; and Training of Operators

40

Wastewater Drainage System and Sewage TreatmentBilaspur, Chhattisgarh, India


Client: Bilaspur Municipal Corporation

Size: 2 STPs (69,000 and 23,000 m³/day) Extended Aeration process30,420 Ha, population 0.85 m, 267 km

Description:

Design & Construction Management Consultancy

Provision of Design, Procurement, Contract Administration and Construction Supervision Services including: Detailed Engineering Design including Topographical Survey, Geotechnical Investigation, Condition Assessment, Assessment of Techno-economic Feasibility, Sewerage System Master Plan, Detailed Design of Sewerage Network, Pumping Stations, STP’s. Preparation of BOQ, Specification, Detailed Cost Estimates. Preparation of Inception Report, Preparation of Preliminary Project Report and Preparation of Detailed Project Report, Operation & Maintenance (O&M), Environmental Impact Assessment (EIA);

Bids Process Management including Preparation of Tender Documents, Evaluation of Tender Documents & assistance in contract award, Institutional Strengthening and Capacity Building; and

Construction Supervision and Management, Site Supervision, Monitoring Progress, Quality Assurance & Control, Contract Management, Contract Administration, Cost Control and Final Commissioning.

41

Wastewater Sewerage, Drainage and Lake Protection Raipur, Chhattisgarh, India


Client: Raipur Municipal Council (RMC)

Size: 3 x STPs (193,000, 134,000 and 86,000 m³/day) activated sludge STPs with power generation and TSE reuse.

1,050 km of sewers Ø 150-1,600 mm and 1,500 km of surface water drains.

Description:

Project Management

Appointed as Project Management Consultant for preparation of DPR and Construction Supervision for wastewater treatment, reuse, sewerage, drainage and lake protection works. The scope of work includes providing support to RMC for the development and construction of the entire project. The scope includes supervision of all construction activities related to storm water drainage and sewerage systems.

42

WastewaterSewerage System

Jabalpur City, Madhya Pradesh, India


Client: Jabalpur Municipal Corporation

Size: 3 x waste stabilization ponds (51,000, 43,000 and 25,000 m³/day) 7 sewage pumping stations160 km of sewers Ø 150-350 mm

Description:

Design and Project Management

Appointed as Project Management Consultant for preparation of DPR and Construction Supervision for wastewater treatment, reuse, sewerage, drainage and lake protection works. The scope of work includes: Topographic surveys; geo-technical investigations; design of sewers, sewage pumping stations and sewage treatment plants; preparation of construction drawings; and assistance in procurement.

43

Wastewater Indore SewerageMadhya Pradesh, India


Client: Indore Municipal Corporation

Size: 13,400 Ha, population 1.6 million165 km (Ø 400-2,200 mm)265 km (Ø 150-350 mm)

Description:

Design & Supervision

Provision of design and supervision consultancy for the construction work of Indore Sewerage Project and assisting IMC during the entire period of construction and further as required.

The project is being undertaken to improve the delivery of urban services through enhancing the quality of urban infrastructure and strengthening the institutional and financial frameworks for urban services at the Urban Local Bodies and State Level as an initiative to the Municipal Reforms Project under the Jawaharlal Nehru National Urban Renewal Mission (JNNURM) programme.

44

Wastewater Storm Water DrainageBhopal City, Madhya Pradesh State, India


Client: Bhopal Municipal Corporation

Size: 285 km²

Description:

Master Plan and DPR

Provision of Master Planning and Detailed Project Report for Storm Water Drainage for Bhopal city.

The main objective of the project was to extend, augment and rehabilitate the existing network to match the community needs and desired targets by 2015, implementing the flood protection scheme by 2010 and taking up new capital works and de-silting of nallahs and open roadside drains

45

Wastewater Industrial Effluent Treatment PlantKarachi, Pakistan


Client: Pakistan Tanners Association - Environmental Society

Size: 16,500 (extendable to 27,600) m³/day

Description:

Engineering Design Services

The project was initiated by Pakistan Tanners Association in Korangi Industrial Area at Karachi. It is spread over an area of about 15 acres.

The purpose of the project is to treat the effluent from 170 tanneries of Korangi Industrial Area and the treatment plant will utilise anaerobic technology with aerobic post treatment.

The scope of services for the project includes Structural Engineering Design.

46

Water

47

Water Saigon River Water Supply (Stage 1), Vietnam


Client: HCMC Water Supply Company

Size: 300,000 m³/day

Description:

Project Management Consultant

Provision of Project Management Consultancy services to: review all design work by the Engineering design, Procurement and Construction (EPC) Contractor; assess the condition of the existing structures and M&E equipment and determine which items must be repaired and replaced; prepare equipment repair practice notes; supervise all repair work; and undertake all Construction Management responsibilities for the Raw Water Pump Station, pipelines and Water Treatment Plant. Water is drawn from the Saigon River approximately 23 Km north of Ho Chi Minh City, pumped 9.2 Km via a 1,500 mm pipeline to the Water Treatment Plant, and then pumped 11 Km via a 1,500 mm trunk main into the existing Ho Chi Minh City water distribution system.

48

Water Thu Duc BOT Water Supply Ho Chi Minh City, Vietnam


Client: Lyonnaise Vietnam Water Company (now Suez Environment)


Description:

Construction Management

Provision of Independent Owner’s Engineer services for design review, construction management, commissioning and testing of the US$ 185 m construction by GTM Dumez (Now Vinci).

49

Water Replacement & Rehabilitation of Water Mains Stage 2, Hong Kong


Client: Water Supply Department

Size: 700 km

Description:

Feasibility Study

Provision of consultancy services for the planned replacement and rehabilitation of 700 km of Hong Kong's existing water distribution assets by preparing layout drawings, a study report, land requirements plans and completing the Preliminary Project Feasibility Study to enable the implementation of the works.

The project included: Feasibility study, drawing preparation, liaison with other utility companies, environmental review , costing, cost-benefit analyses, annual expenditure forecast, implementation strategy and programme of works.

50

Water Greater Bangalore Water Supply (Part-I)Bangalore City (Bangalore), India


Client: Bangalore Water Supply & Sewerage Board (BWSSB)

Size: 1,915 Km

Description:

Project Management Consultancy

Provision of project management consultancy and construction supervision services for the construction of water distribution network comprising; 115 km of trunk mains over 600 mm, 1,800 km of water mains and 120,000 house connections.

The project is implemented under Cauvery Water Supply Scheme (CWSS) Stage–IV, Phase – II programme and aims to pride services to 2.7 million people by year 2021.

51

Water Central Water Treatment Plant, Bangkok, Thailand


Client: Royal Thai Police


Description:

Process design and re-engineering

Provision of process re-design and major equipment re-engineering works.

The WWTP is one of largest plants of its kind in Bangkok and is owned and run by the Royal Thai Police.

52

Water CBD Pluit Water ConcessionJakarta, Indonesia

Year: 2008 - Perpetual

Client: DKI Jakarta

Size: 600-4,000 m³/day

Description:

BOT Concession

Located in North Jakarta, the Central Pluit Water Treatment Plant was established to treat and sell potable water to major developments in the area. This surface water WTP is the first international standard water treatment plant in Indonesia & an icon for DKI Jakarta (Jakarta local government) who are a minority stakeholder in the concession.

Constructed in 2008, the plant was developed with an initial capacity of 600 m³/day and is modular expandable to 4,000 m³/day without requiring an increase in land area or upgrading of the civil infrastructure.

ATC International Holdings Pte Ltd, a wholly owned subsidiary of Meinhardt is the majority (85%) shareholder in the concession company.

53

Water Industrial Water TreatmentSarawak, Malaysia


Client: Petronas Carigali Sdn Bhd


Description:

Engineering Design Services

Contracted to design and carry out the engineering works of the corrugated plate interceptors for a crude oil terminal to handle a flow of 57,600 m³/day.

54

Environmental

55

Environment Dilmunia Health CityKingdom of Bahrain


Client: Ithmaar Development Company

Size: 125 Ha

Description:

Feasibility & Environmental Study

The island of Dilmunia is located in the Kingdom of Bahrain, inspired by the legends of Dilmun. It is envisaged to be a lush green island filled with an abundance of flowering trees and shrubs amidst calm pools of water that inspire senses of beauty and delight.

Meinhardt provide feasibility and environmental studies to the Client for the development of the canal waterway.

56

Environmental Bio-solids Reuse & Land Leasing ReviewVictoria, Australia

Year: 2000

Client: Yarra Valley Water Authority

Description:

Project Management and Technical

The Project involved an assessment and comparative analysis of the submissions received for the leasing of land at the treatment plant for biosolids treatment.

Services provided included: Development of a selection criteria; Identification of all regulatory approval requirements Preparation of an issues paper on key issues related to the lease of land; Assessment and comparative analysis of the relevant experience, technical and operational capabilities; Assessment of the viability of commercial proposals including risk management and financial performance; Recommendations to Yarra Valley Water on the preferred proponents.

Features of the project included the development of an assessment criterion and scoring system to enable comparative analysis.

57

Environmental Shanghai Tianma Golf & Country ClubChina

Year: 2008

Client: Shanghai Tianma Country Club Co. Ltd

Description:

Lake Water Quality Improvements

The project involved assessment of the water quality of the canals expected to feed the lake system at the new resort and determining appropriate management responses. Services provided by Meinhardt included:

• Identification of water quality parameters for testing• Analysis of laboratory results of sampling• Recommendation of infrastructure such as floating

booms, aeration devices and baffles to optimise lake water quality

• Irrigation management techniques to minimise public health concerns and land degradation after consideration of relevant guidelines

• Chemical and environmental engineering skills

Features of the project included determining the degree of sewage contamination within the canals and the expected nutrient concentration levels within the future lake system.

58

Environment Other Project Examples

Title: Aviation Fuel Facility

Location: Chek Lap Kok, Hong Kong

Services: Environment Impact Assessment (EIA)

Title: Hong Kong International Airport

Location: Hong Kong

Services: Marine Environment Monitoring & Audit

Title: Pak Shek Kok Reclamation

Location: Tai Po, Hong Kong

Services: IEC for Pak Shek Kok Reclamation

Title: Contaminated Mud Pits

Location: East Sha Chau, Hong Kong

Services: Inspection & Assessment

59

Waste Management

60

Waste Management SAWT FacilitySidney, NSW, Australia


Client: SITA Environmental Solutions

Size: 140,000 tonnes per annum

Description:

Project Management

Appointed by the Client as principal consulting engineers to project manage and supervise the construction of it’s Advanced Waste Treatment facility in Western Sydney.

This was a flagship project for SITA built to reinforce its state-of-the-art SAWT and BioWise landfill-reduction technologies in the Australian marketplace.

The 140,000 tpa facility will service contracts that SITA has won to treat a wide range of inorganic and organic wastes from Liverpool and Penrith City Councils.

Grindley Construction was the design and construction contractor.

61

Waste Management Other Project Examples

Title: Organic Waste Management Strategy, Western District Meat Packing Co.

Location: Australia

Services: Waste Management Strategy, Assessment of Operation, Analysis of Equipment Performance

Title: Waste Management Strategy, Qantas Maintenance Base

Location: Australia

Services: Soil Contamination Survey, Waste Stream Minimization

Title: Midfield Meats

Location: Warnambool, Australia

Services: Preparation of Management Plan, Waste Diagnostic Report

Thank You

Copyright © Meinhardt 2010. All rights reserved. No part of this publication may be reproduced by any means, whether graphically, electronically, mechanically or otherwise howsoever, including without limitation photocopying and recording on magnetic tape, or included in any information store and/or retrieval system without prior permission of Meinhardt Group.

P A PoréeOctober 2010