spe profile & project reference

PROFILE

&

PROJECT REFERENCE

SINOPEC PETROLEUM ENGINEERING CORPORATION

(Formerly Shengli Engineering & Consulting Co. Ltd. - SLECC)

中石化石油工程设计有限公司

Jan. 2016


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TABLE OF CONTENTS

1. NAME AND ADDRESS .......................................................................................................................................2

2. PROFILE ................................................................................................................................................................2

3. SPE REGISTRATION CERTIFICATES FOR QUALIFICATION...................................................................4

3.1 BUSINESS LICENSE ..............................................................................................................................................4

3.2 TAX IDENTIFICATION CERTIFICATE .....................................................................................................................6

3.3 CERTIFICATE OF ORGANIZATION CODE...............................................................................................................7

3.4 EPC QUALIFICATION CERTIFICATE .....................................................................................................................8

3.5 CLASS-A QUALIFICATION CERTIFICATE FOR ENGINEERING DESIGN .................................................................10

3.6 CLASS-A QUALIFICATION CERTIFICATE FOR GEOPHYSICAL & GEOTECHNICAL SURVEYS................................11

3.7 CLASS-A QUALIFICATION CERTIFICATE FOR SURVEYING & MAPPING..............................................................12

3.8 ENGINEERING DESIGN LICENSE FOR PRESSURE VESSEL & PIPELINE.................................................................13

3.10 CERTIFICATES OF QUALITY MANAGEMENT SYSTEM AND OHSMS.................................................................15

3.11 CERTIFICATES OF EMS AND HSE....................................................................................................................16

3.12 CERTIFICATE OF ENGINEERING COST ESTIMATE .............................................................................................17

3.13 CREDIT RATING CERTIFICATES..............................................................................................................18

3.14 FIDIC MEMBERSHIP CERTIFICATE.........................................................................................................20

3.15 IPLOCA 2013 MEMBERSHIP CERTIFICATE ............................................................................................20

4. HUMAN RESOURCES OF SPE.......................................................................................................................21

5. INFRASTRUCTURE...........................................................................................................................................22

5.1 BUILDINGS & OFFICES .....................................................................................................................................22

5.2 COMPUTER SYSTEMS & CAPABILITIES............................................................................................................24

5.3 MAJOR ENGINEERING SOFTWARE...................................................................................................................26

5.4 MAIN FACILITIES FOR GEOPHYSICAL & GEOTECHNICAL SURVEYS ................................................................27

5.5 COMMUNICATION SYSTEMS.............................................................................................................................28

6. ENGINEERING CAPABILITIES .......................................................................................................................28

6.1 PRODUCTION FACILITIES ENGINEERING CAPABILITIES ................................................................28

6.2 PIPELINE ENGINEERING CAPABILITIES ...............................................................................................31

7. EXPERIENCE OF ENGINEERING & CONSULTING SERVICE ................................................................37

7.1 SPE PIPELINE EXPERIENCE OF RECENT YEARS ............................................................................................37

7.2 SPE GAS PROCESSING EXPERIENCE OF RECENT YEARS.............................................................................63

7.3 EXPERIENCE OF GAS COMPRESSOR STATIONS .............................................................................................90

7.4 SPE’S OFFSHORE PROJECT EXPERIENCE .....................................................................................................98

7.5 SPE’S ENGINEERING EXPERIENCE FOR STORAGE TANK PROJECT ............................................................114

7.6 SPE’S OILFIELD DEVELOPMENT PROJECT EXPERIENCE .............................................................................118

7.7 SPE’S PRODUCE WATER TREATMENT PROJECT REFERENCE ....................................................................125

7.8 REFERENCE LIST OF EOR/IOR POLYMER INJECTION PROJECTS ...............................................................133


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SPE PROFILE & PROJECT REFERENCE

1. NAME AND ADDRESS

Company Name: SINOPEC PETROLEUM ENGINEERING CORPORATION (SPE)

(Formerly Shengli Engineering and Consulting Co., Ltd. – SLECC)

Address: No.49 JiNan Road, Dongying City, Shandong Prov. PR CHINA

Postal Code: 257026

Contact Person: Mr. Yong WANG, Overseas Marketing Manager

Tel.: +86-546-8551057; Fax: +86-546-8701153

E-mail: [email protected];

2. PROFILE

Sinopec Petroleum Engineering Corporation. (hereafter referred as “SPE”), who was re-incorporated

in July 2013 from Shengli Engineering and Consulting Co., Ltd. – SLECC, is a National Class A

Survey and Engineering Company. It is regarded as a leader in produced water treatment and

offshore oilfield engineering as well as being a leading company for water treatment center in China

petroleum industry. SPE also is a key science and technology research company within SINOPEC

and is one of the National Top One Hundred Survey and Engineering Companies in China since

1998.

Our name says it all. SPE means a service model of excellence and quality. WE continually

strive to meet or exceed our client’s requirements by providing the highest quality

professional services and always looking after the project’s best interest.

SPE is the member of International Pipeline and Offshore Contractor Association (IPLOCA), FIDIC

(International Federation of Consulting Engineers) and SPE.

At present, SPE has more than 1048 employees, of which 785 are qualified survey, engineering and

R&D staff including 5 senior professor-ranked engineers, 152 senior engineers, 283 engineers, 131

state-registered engineers, 30 supervisors and 6 government awarded specialists.

SPE has more than 30 disciplines including oil and gas gathering, processing, fuel gas delivering and

distributing, produced water treatment, water injection, water engineering, offshore oil engineering,

oilfield chemistry, automation, computer application, electricity, tele-communication, architecture,

thermal engineering, scientific & technological information, geo-technical engineering, engineering

survey tech-economy, archive etc.

SPE is ISO9001 certified and has 17 Class-A and 16 Class-B qualified certificates, including the


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Design Qualified Certificate for Pressure Pipeline, the Design Approved Certificate for Pressure

Vessel, and the Certificate for Pile Foundation Inspection & Measurement, and the State

Measurement Certificate for Oilfield Chemical Inspection.

SPE can undertake the survey and exploration, planning, and engineering and design for such

projects as the international oil and gas field development, either onshore or offshore, urban & rural

construction, electricity, communication, and municipality; the engineering consultation and project

cost estimate, EPC contract and supervision; the comprehensive technological research and

experiment on oilfield surface process technology, and municipal engineering technology; the design

and R&D of non-standard equipments and pressure vessels; the R&D, pilot-plant test and scale-up,

and production of oilfield chemical agents, and the performance test and evaluation of various

chemicals; the analysis and test of oil, gas and water, and some special analysis; the design, R&D,

installation of industrial automatic systems, and the development and manufacture of various

instruments. SPE obtained the business certificate for the foreign economic co-operation in 2002.

Since the establishment, SPE has finished the survey, design, planning and supervision activities for

more than 60 oilfield surface construction projects in the provinces of Shandong, Henan, Xinjiang,

and Qinghai, etc., the public architecture projects such as the China National Demonstration Zones

in the cities of Shandong’s Dongying and Xinjiang’s Ku Erle, and the municipal and the

environmental projects. SPE has conducted the extensive technological exchanges and cooperation

with U.S., Japan, Germany etc., as well as the Qinghua University, Petroleum University and China

Science Research Institute. The engineering & design that SPE furnished in the international market

include West Kuwait oilfield, Tarara field in Peru, Intercampo field in Venezuela, and seven

skid-mounted units for US EDC Company.

Since its establishment, SPE has won 313 achievement prizes in oil and gas exploration,

engineering & design and scientific research work, of which 21 prizes at national level and 110 in

provincial and ministerial level. Six scientific payoffs have been possessed as the proprietary

technologies by SINOPEC and 27 payoffs granted China’s state patents. The 100% contract

performance has come to the fruition of company honor of “Strictly abide by contracts with credit

observation” for years and the “Advance Unit of Chinese Project Construction Management”

awarded by the Ministry of Construction of China during the period of eighth five-year plan. SPE has

been evaluated as one of the Top One Hundred Survey and Engineering Enterprises for the 3

consecutive years since 1998 and awarded the “Provincial Civilization Enterprise” by Shandong

province since 1991.

It is the goal of SPE to establish an international engineering company with a top rated capability in

engineering, procurement and construction; a company capable of achieving international

recognition and featuring a diversified business scope, modernized technology and equipment and

scientific project management.


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3. SPE Registration Certificates For Qualification

3.1 Business License


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Translation for:

Business License

（COPY）

Series Reg. No.: 370500018046590 5-1

Company : Sinopec Petroleum Engineering Corporation

Nature of Enterprise: Limited Company (Exclusive venture by legal entity)

Address : No. 49 Jinan Road, Dongying City, Shandong Prov., P.R. China

Legal Person : ZHAO Shuai

Registered Capital: Sixty million three hundred twenty thousand Chinese Yuan

Date of Incorporation: 22 April 2003

Validity : From April 22, 2003 to April 21, 2023

Business Scope: EPC, Engineering, Consultation, Project Management, Engineering survey,

Geotechnical Engineering, Engineering Cost Consultation, Environment Pollution

Prevention and Fighting, Information Engineering, Business Cooperation with

Foreign Enterprise (with certificate), production and sales for Scientific Products,

Scientific Research and Scientific Service, Products and Technologies Import and

Export (within the scope of business approved by China government)

Approved by: Industrial & Commercial Administrative Bureau of DongYing, China

7th Nov. 2013 (stamped)


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3.2 Tax Identification Certificate

Translation for:

Tax Identification Certificate （COPY）

TIC No.: 370502749870972

Name of Tax Payment Enterprise: Sinopec Petroleum Engineering Corporation

Legal Person : ZHAO Shuai

Address : No. 49 Jinan Road, Dongying City, Shandong Prov., P.R. China

Nature of Enterprise: Limited Company

Business Scope: EPC, Engineering, Consultation, Project Management, Engineering survey,

Geotechnical Engineering, Engineering Cost Consultation, Environment Pollution

Prevention and Fighting, Information Engineering, Business Cooperation with

Foreign Enterprise (with certificate), production and sales for Scientific Products,

Scientific Research and Scientific Service, Products and Technologies Import and

Export (within the scope of business approved by China government)

Approved by: Industrial & Commercial Administrative Bureau of DongYing, China

Tax Rate Due: As per China Taxation Law & Code

Issued By:

DongYing Sub-Bureau of China State Administration of Taxation, Shandong Province

Date: Dec. 15, 2013; (Stamped)

SPE is the general VAT payer.


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3.3 Certificate of Organization Code


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3.4 EPC Qualification Certificate


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Translation for: EPC Qualification Certificate of P.R. CHINA

Certificate Number: 3700200100123

Herein is issued this Certificate to the enterprise for global EPC business activities upon the review

and approval in accordance with China state laws, regulations and codes.

Ministry of Commerce of the People’s Republic of China

(Seal)

Name of Enterprise: Sinopec Petroleum Engineering Corporation

Business License Registration No.: 370500018046590

Code of Enterprise: 3700749870972

Legal Person: ZHAO Shuai

Type of Enterprise: Engineering & Consulting Service, EPC

Address of Enterprise: #49 Jinan Road, DongYing City, Shandong Province, PR China

Registered Capital: Sixty million Three hundred and Twenty thousand Chinese Yuan

Scope of Business:

1. Worldwide Engineering & Consulting Services and EPC Service;

2. Labour necessary for the said projects.

Number of Approval: #638 (2001) Global Business

Issued by: Ministry of Commerce of the People’s Republic of China

Date of Issue: Jan. 6, 2014


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3.5 Class-A Qualification Certificate for Engineering Design

Translation for:

Qualification Certificate for Engineering & Design Grade A

Company Name: SINOPEC PETROLEUM ENGINEERING CORPORATION

Scope of Business: Oil & Gas Industries (offshore oil & gas engineering), Grade A; Municipal &

Public Industry (Thermal engineering), Grade A; Ocean Industry (offshore engineering), Grade A;

Architectural & Civil Industry, Grade A ; Tele-communication Industry (electronic systems

engineering), Grade B ; Water Conservancy Industry (Irrigation & drainage, and river training works),

Grage B.

Certificate No.: A1370004927

Validity: 25 Dec. 2014

Issued by:

Ministry of Construction, People’s Republic of China

Nov. 27, 2013

(Seal)


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3.6 Class-A Qualification Certificate for Geophysical & Geotechnical Surveys

Translation for:

Qualification Certificate for Geophysical & Geotechnical Surveys Grade A

Certificate No.: B137004927

Validity: Oct. 29, 2019

Company Name: Sinopec Petroleum Engineering Corporation

Company Nature: limited liability company (Sole Investment by Legal Entity)

Certificate Grade: Comprehensive Grade A

Scope of Business: Geophysical & Geotechnical Surveys, Comprehensive Classification,

Issued by:


Oct. 29, 2014


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3.7 Class-A Qualification Certificate for Surveying & Mapping

Translation in English:

QUALIFICATION CERTIFICATE FOR SURVEYING & MAPPING

Company’s Name:

Sinopec Petroleum Engineering

Corporation

Scope of Business:

Engineering Surveys, Topographical &

Geotechnical Surveys for Roads and Underground

Pipelines…..

Legal Representative: Sun YunShui

Grade & Number: Grade A for Surveying &

Mapping Qualification and No. 370002097

Issuance Authorities (Seal)

Validity: 31 Dec. 2014 11 Nov. 2012

ISSUED BY

THE NATIONAL ADMINISTRATION OF SURVEYING, MAPPING & GEOINFORMATION OF

PEOPLE’S REPUBLIC OF CHINA


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3.8 Engineering Design License for Pressure Vessel & Pipeline


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3.9 Class-A Certificate for Construction Supervision

Translation for:

Class-A Certificate for Construction Supervision

Herein is issued to SINOPEC PETROLEUM ENGINEERING CORPORATION the qualification

certificate as Grade A enterprise for construction supervision.

Certificate No.: [Construction] Project Supervision No. (031171)

Issued by:


21st November 2003


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3.10 Certificates of Quality Management System and OHSMS


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3.11 Certificates of EMS and HSE


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3.12 Certificate of Engineering Cost Estimate

Translation for:

Class-A Certificate of Engineering Cost Estimate

Herein is issued to SINOPEC PETROLEUM ENGINEERING CORPORATION the qualification

certificate as Grade A enterprise for ENGINEERING COST ESTIMATE.

Certificate No.: Class A-013725230

Issued by:


Validity: From Jan. 1, 2013 to Dec. 31, 2015


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3.13 CREDIT RATING CERTIFICATES

Translation for:

Credit Code Certificate

Code: G1037050200041550F

Name: Sinopec Petroleum Engineering Corporation

Address: No. 49 Jinan Road, Dongying City, Shandong Prov., P.R. China

Validity: 04 July. 2017

Credit Information Center of the People's Bank of China

Date: 05 July 2012; (Stamped)


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3.14 FIDIC MEMBERSHIP CERTIFICATE

3.15 IPLOCA 2013 MEMBERSHIP CERTIFICATE


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4. Human Resources of SPE

S. No.

Discipline Qualification

Class Total

Employees Technical Backbone

01 Senior Management Class A / B 15 10

02 Project & Construction Managers Class A / B 54 12

03 Engineering & Design

Oil-Gas Gathering and Fuel Gas Delivery & Distribution

Class A 70 13

Oil & Gas Processing Class A 20 11

Plot Plan Class A 29 5

Water Supply & Discharge Class A 19 10

Water Injection Class A 8 9

Mechanism Class B 37 17

Architecture* Class A 14 10

Structure** Class A 38 19

Thermal Engineering Class A 14 9

HVAC Class A 9 5 Water Supply and Discharge for Architecture Class A 5 4 Electricity Class B 41 16

Tele-communication Class B 19 4

Water Engineering Class B 14 4

Road Class B 19 3

Offshore Engineering Class A 32 3

Instrumentation Class A 41 7

Anti-Corrosion Class A 9 3

Tech-Economy Class A 31 9

Computer Class A 31 6

Topographical Survey Class A 61 6

Soil Investigations Class A 34 6 04 Project Controls (Planning / Scheduling) Class A/B 25 8 05 Procurement Class A/B 26 10

06 QA/QC/HSE 20 5 07 Commissioning, Start-up & Operations 20 8 08 Construction & Technical Services 51 9

09 Contract Administration, Sales & Marketing, Financial staff

38 18

10 Topographical & Geotechnical Survey Staff 98 20 TOTAL 942 281

Note: * 6 Registered Architecture Engineers in first class and 11 in second class ** 18 Registered Structure Engineers in first class


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5. INFRASTRUCTURE

5.1 Buildings & Offices

The modern office building of SPE is in DongYing City, Shandong Province of PR China, where SPE

holds other hardware for engineering design & consulting. In addition, SPE has many branches in

other places in China, including Beijing Branch, Chengdu Branch, Jidong oilfield Branch, Xinjiang

Branch, etc. All the buildings and offices are designed and constructed for contract projects

execution; and all employees have very good conditions to work in SPE.

SPE’s ENGINEERING BUILDINGS A & B

SPE’s ENGINEERING OFFICE (L) & ADMINISTRATION BUILDING (R)


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SPE’s R&D BUILDING (L) AND COMPUTATION BUILDING (R)

SPE’s PROJECT SUPERVISION BUILDING (L) AND GEOTECHNICAL SURVEY BUILDING (R)

SPE’s ARCHIVES STORAGE & PRINTING BUILDING (L) & CAFETERIA (R)


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5.2 Computer Systems & Capabilities

SPE owns perfect OAS, the level of computer popularization is very high, the working condition can

feed the demand of engineering design very well. In order to share the information, backup the data

and protect the proprietary technologies of SPE, SPE has constructed a powerful integrated

information platform and central database, which is equipped with the 4 TBs net storage system and

two (2) Sun VERITAS 890 Minicomputer and optical network storage systems, which takes backup

daily, weekly and monthly on the basis of different place backup strategy. The configuration of the

central workstation is very high, the entrance guard system works availably, the technical staffs are

strictly trained, all the projects are remote controlled and backup has been actualized.

SUN’s VERITAS BACKUP SYSTEM & SERVERS

SPE possesses the powerful computer and printing facilities as below:

S. No. Description for Printing Facilities Quantity

01 Computer at least Pentium IV or above 1200

02 Laser color printers (A4/A3, 10 papers per minute) 3

03 Laser copier/printer machines (A4/A3, 75 papers per minute) 4

04 Design Jet color plotters (A0) 2

05 Black/white scanners (A0) 2

06 Color scanner (A0) 1

07 Project drawing copy machines (A0) 3

08 Digital cameras in various brands and model numbers 20

09 LCD projectors in various brands and model numbers 10


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PLOTTER MACHINES

COPY/ PRINTER MACHINES

LASER COLOR COPY/PRINTER MACHINE


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5.3 Major Engineering Software

S. No. Name Main Function Developed by

01 P3E/C Project management U.S.A.

02 InControl Project management Worley Limited

03 SmartPlant P＆ID Process Design Intergraph Corporation

04 PIPEPHASE Pipeline Hydraulic Calculation SIMSCI (USA)

05 PIPELINE STUDIO Pipeline Hydraulic Calculation LIC (Denmark)

06 SP3D 3D DESIGN INTOOLS

07 PDS 6.0 3D Design Intergragh

08 AUTOPLANT 3D Design U.S.A.

09 MVM 3D Design Intergraph

10 REVIEW Design Review Intergraph

11 PDS Plant design Intergraph

12 ASHTECH SOLUTIONS ASHTECH, U.S.A.

13 Intools Instrumentation Design INTERGRAPH

14 AUTOPIPE Stress Analysis Rebis

15 JPKPipeCalc Stress Analysis for Subsea Pipeline JP Kenny Ltd, UK

16 SACS Structure Analysis for Offshore Engineering EDI, U.S.A.

17 HYSIM Oil & Gas Process Stimulation Calculation Canada

18 SPS (Stoner) Dynamic Calculation for Oil & gas Pipeline Advantica，U.S.A.

19 PROVISION ＆ PRO Oil & Gas, Chemical Process Stimulation

Calculation SIMSCI(USA)

20 HYSIS Process Stimulation Calculation Canada

21 OGE1.1 Oil & Gas Process Facility Calculation Beijing Design

Institute

22 CAESARII3.1 Thermal Stress Analysis for Pipeline COADE (USA)

23 Pressure Vessel

Calculation Software Equipment Calculation

Chemical Equipment

Plant

24 EDSA Electrical System Calculation U.S.A.

25 SAC, MORA Platform Design Calculation

26 DSS, AUTOPIPE PLUS Subsea Pipeline Design Calculation

27 Architecture Drafting and Forming Software

Architecture Design Intergragh

28 EMS Mechanical Design Intergragh

29 PE-PIPE Water Supply & Drainage Design Intergragh

30 EE-POWER Electricity Design Intergragh


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5.4 Main Facilities for Geophysical & Geotechnical Surveys

No. Description Specification &

Model No. Unit Qty.

Date of

Manufacture Manufacturer

1 Engineering Driller

(Truck-mounted) DPP100-3B Set 3 October 1997 Beijing Exploring Machinery Co.

2 Engineering Driller

(Stand-alone) -150, XY-100 Set 2 March 2003

Shandong Wendeng Exploring

Machinery Co.

3 Static Probe Detector TL-20A Set 1 October 1993 Shenyang Exploring Machinery

Co.

4 Static Probe Detector ZJYY-20A Set 1 June 2000 Ningbo Machinery Co.

5 Portable Penetrometer/

Four-bladed Vane WYC Set 2 June 2003

Nanguang Geological

Instrument Co.

6 Wave Velocity Tester WSP press type Set 1 October 2003 Nanguang Geological

7 Georadar RMKAC/GPR CUII Set 1 December 2002 MALA, Sweden

SWS Shallow

Seismometer Set 1 November 2005

High Density Resistivity

Tester Set 1 November 2005

8 Resistivity Tester ZC-8 Set 5 February 2003 Shanghai Instrument Co.

9 Duplex HP Compressor YS-II Set 8 May 2001 Nanjing Electro-automatic

Equipment Co.

10 Triplex MP Oedometer GJZ-1 Set 14 May 2001 Nanjing Electro-automatic

Equipment Co.

11 Triplex Oedometer WG-1 Set 7 June 1999 Nanjing Soil Instrument Co.

12 Triaxial Shear Apparatus SJ-1A.G Set 5 June 2000 Nanjing Electro-automatic

Equipment Co.

13 Quadruple Uniform

Strain Shear ApparatusDJY-4 Set 2 August 2002

Nanjing Electro-automatic

Equipment Co.

16 HP Compressometer YS-1 Set 5 October 1999 Nanjing Electro-automatic

Equipment Co.

17 Uniform Strain

unconfined Pressometer WW-2A Set 1 February 2002 Nanjing Soil Instrument Co.

18 Compactor DJS-4 Set 2 March 2001 Nanjing Electro-automatic

Equipment Co.

19 Sampling Screen

Vib

SZB-84A Set 1 May 2000 Nanjing Soil Instrument Co.

20 Stainless Steel Electric

Heating Still Pot YA.ZD.10 Set 1 June 2000

Shanghai Luda Laboratory

Apparatus Co., Ltd.

21 Vibration Screener YS-4 Set 1 March 2002 Nanjing Soil Instrument Co.


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No. Description Specification &

Model No. Unit Qty.

Date of

Manufacture Manufacturer

Automatic Acquisition

System for Oedometric Set 1 2006

22 Total Station TC1100 Set 1 May 1996 Leica Geosystems AG,

S it l d23 Total Station TC1100 Set 1 August 1998 Leica Geosystems AG,

S it l d24 Total Station GTS-211D Set 1 September 2000 Topcon Corporation, Japan

25 Total Station TC705 Set 2 July 2002 Leica Geosystems AG,

S it l d26 Dual frequency GPS Z_Xtreme Set 3 February 2001 ASHTECH,US

Dual frequency GPS Set 3 USA

Dual frequency GPS Set 8 December 2008 Trimble, USA

27 Electronic Level Guage DL102C Set 1 Sptember 2000 Topcon Corporation, Japan

28 Level Guage DS3 Set 2 April 1994 Suzhou Optical Instrument Co.

29 Level Guage 030 Set 2 June 1965 Zeiss, German

30 Automatic Level Guage DS24 Set 3 May 2002 Suzhou Optical Instrument Co.

5.5 Communication Systems

SPE owns kinds of communications systems, such as telephone (internal & external), fax, e-mail,

video-phone system. SPE can communicate with external with alternative ways. SPE holds about

200 phone lines of DongYing Municipal 7-digit telephone communication system. Each project task

force is provided with its own specialized telephone line and fax line, and each engineer is offered

with one extension phone set of SPE’s internal 4-digit phone system and email account, which make

each project task force and engineers convenient to communicate within inside and to the outside of

SPE.

6. Engineering Capabilities

6.1 PRODUCTION FACILITIES ENGINEERING CAPABILITIES

SPE has worldwide experience managing, engineering, designing, procuring and constructing

petroleum and gas production facilities. In the last ten years alone, SPE has executed projects

valued at over multi-billion dollars.

SPE has a highly professional technical and managerial staff, with a sizable percentage of engineers

and managers holding professional registrations and advanced degrees. Our project management

and engineering systems are powerful, state-of-the-art, yet flexible, incorporating many years of

experience in executing both large and small projects, grass roots projects, and renovation /

expansion projects. SPE has state-of-the-art systems for auto-CAD and computerized engineering

applications.

The broad experience of SPE personnel is best illustrated by projects completed by them during the

last ten years. These projects include more than 10 significant offshore projects involving over 100


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individual platform structures.

Most of the key personnel have over ten years of service with SPE and were heavily involved in

these projects. They were directly responsible for developing, cost effective designs and for

managing the construction services required to complete these projects.

CAPABILITIES

SPE has extensive capabilities in Project Management, Engineering and Construction Management

for:

Production Facilities

Offshore Field Development

Pipelines

Marine Terminals

Gas Plants

Environmental Services

The following is a summary describing the capabilities and responsibilities of various groups used in

SPE’s hydrocarbon project work.

Production Facility Engineering

The Production Facility Engineering Group includes engineers and designers whose experience and

skill includes all aspects of the analysis and design of production facilities. They have specialized

knowledge and experience in oil and gas production processes and equipment, design codes and

regulations, and standard practices within the oil and gas production industry. Their specialized

knowledge also includes design of personnel support systems and utility systems. They are

thoroughly familiar with the unique problems encountered related to environment, limited space,

logistics, etc.

Their responsibilities have included design of facilities around the world in the most harsh

environmental conditions. This group utilizes the latest analytical tools in the design of all facilities.

Pipeline Engineering

SPE’s Pipeline Engineering Group has extensive international experience on many diversified

onshore and offshore pipeline projects. SPE has been involved in more than 55,000 kilometers of oil

/ gas production gathering lines and more than 10,000 kilometers of long-distance pipelines in the

last twenty years. Project range from small diameter to DN1000/1016 diameter onshore and offshore

pipelines, from low pressure to 10MPa (gas) / 15MPa (liquids) design pressures, various sour and

sweet gases and liquids with wide ranges of temperatures.

Environmental Services

SPE has an experienced staff of qualified individuals providing environmental services for a wide

variety of SPE projects. SPE staff consists of environmental engineers, scientists, regulatory

specialists, planners, geologists. They have conducted a number of baseline studies, applied for and

obtained numerous permits, provided expert testimony, and developed and implemented public

participation / community relations programs.

Telecommunications

SPE includes a telecommunications services staff that is highly qualified and in the specific

disciplines to effective design, integrate, and specify complex network projects.

Highly-technology telecommunications system engineered or implemented by SPE have included:


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Centralized computer information management and data communication

Satellite, microwave radio, fiberoptic, and carrier transmission

UHF/VHF mobile, air-to-ground, ship-to-shore and paging radio

Central office and PABX voice switching

Telephone inside and outside plant

Supervisory control and data acquisition (SCADA)

Closed-circuit television (CCTV) security

Complete intra-city infrastructure communications network

Project Management

Project Management maintains a staff of qualified managers and engineers who are selected for their

experience and proven managerial abilities. The project manager is responsible for all aspects of the

project including seeing that all work is performed in an effective and timely manner, and meets the

quality requirements of the project. To accomplish these goals, the Project Manager builds a task

force team of specialists from engineering disciplines, cost and scheduling, procurement, and

construction departments and organizes them under his supervision and control. The project

manager is accountable to the client and to SPE senior management for all aspects of the project’s

execution.

Cost and Scheduling

The Cost and Scheduling Department consists of engineers skilled and experienced in cost

estimating, developing plans, schedules, and monitoring and reporting on these activities and the

project costs. Aided by SPE’s proven planning and control systems, these engineers provide the

information necessary to ensure each project is completed on time and within budget.

Procurement

Procurement consists of three general functions. The largest, purchasing, utilizes the commodity

buying system. Each buyer is a specialist in his field and has knowledge of the most dependable

sources of supplies, competitive prices levels, and current delivery conditions. The expediting

function monitors the progress of orders once they are placed and maintains up-to-date delivery

information. The traffic function makes all arrangements necessary for the efficient movement of

equipment, materials and personnel. These services include traffic activities with export packers and

custom brokers on import shipments. A fourth procurement function, inspection, provides quality

control services in vendors and fabricators facilities.

Construction Management

Over the past decase, SPE has managed construction projects worldwide. SPE’s construction

management organization’s primary responsibilities are to achieve project goals of schedule, quality,

and safety at minimum practical cost. Construction Management will assure that the materials

resources, and contractors are identified, selected, mobilized, and coordinated to achieve the

project’s goals. These responsibilities encompass the following areas:

Field Cost Control

Field Planning and Scheduling

Field Technical Services

Contract Management

Material Management


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Quality Assurance

Safety and Security

Computer Aided Design (CAD)

The various systems employed at SPE include:

Intergraph, Interactive Graphics Design System

PC CAD Enhanced with SPE-developed system for Intergraph and AutoCAD

PDS System

These systems are used in all areas of engineering from initial flow diagram preparation through

completion of detailed drawings such as instrument loop diagrams and piping isometrics.

SPE uses the CAD systems to integrate the total Project Productivity and accuracy by accessing the

database attributes inherent in a computer-based system.

A powerful tool available to SPE’s clients for reducing design and construction costs is the

three-dimentsional computer-aided Plant Design System (PDS).

Experience with PDS has demonstrated its ability to:

reduce home office manhours

shorten project schedules

reduce direct field labor manhours

provide immediate material information

reduce surplus bulk materials

These benefits are realized through PDS’s ability to create a full-scale 3D computer model of a

facility.

The 3D computer model provides a common database for all design disciplines and is the basis for

performing automatic interference checks, material take-offs, and drawing extractions.

6.2 PIPELINE ENGINEERING CAPABILITIES

INTRODUCTION

SPE has extensive experience in all areas of offshore and onshore pipeline design and construction,

including detailed designs for oil, gas, and petroleum product pipelines. SPE designs have included

pipeline diameter up to DN1016 and installation of diameters up to DN508.

SPE’s pipeline work has encompassed beach, river, road and pipeline crossings as well as marine

pipeline risers. Projects have included the evaluation of most types of subsea pipeline connectors,

underwater repairs of pipelines and risers, pipeline rupture contingency planning, and the design of

offshore pipelaying and pipeline burying equipment.

Our activities during the initial site investigation of a project include general reconnaissance surveys,

acquisition of basic site and environmental data, and liaison with appropriate governmental agencies

to obtain site investigation permits. Surface geology studies, soil boring programs, soils evaluations

of potential liquefaction, topographic and bathymetric surveys, and meteorological surveys can also

be performed. Geotechnic studies, including location of fault zones and determination of seismic

design factors, are often employed during evaluation and selection of pipeline routes and righ-of-way

acquisitions. SPE also gathers baseline data, prepares environmental impact assessments, and

assists clients in obtaining all required permits.

In the engineering and design phases of projects, SPE utilizes computer assisted technology to

determine pipe diameters and transmission pressures, using appropriate formulas such as the

Service Pipeline Formula, Darcey Weisback Formula, Hazen Williams Formula and American Gas


Page 32 of 137

Association Formula. For pipeline networks, the LIQSS (Liquid Steady State) and GASSS (Gas

Steady State) computer programs are used. The LIQT (Liquid Transient) and CASUS (Gas Unsteady

State) programs for NCSS have been used for transient conditions.

The calculation of pump or compressor horsepower is made with standard formulas. The location,

size, and number of booster stations is optimized, along with pipeline diameter, by minimizing the

combination of capital and operating costs.

In analyses involving two phase flow systems, SPE has designed vapor-liquid separation facilities,

triethylene glycol dehydration units, gas reheaters and refrigeration units to lower the dew point of

gas streams by extracting condensate.

In engineering and designing pipelines, we analyze pipe stress and flexibility due to thermal,

pressure and seismic effects. Pipeline anchors and guides are then designed on the basis of the

analysis.

For offshore pipelines, a stability analysis is made to determine if concrete weight coating is needed

to ensure that the pipeline is negatively buoyant and does not move when exposed to bottom

currents and waves. From this analysis, a pipeline weight coating is selected which maximizes

pipeline stability and minimizes stress during installation. A proprietary computer program is used to

make stability analyses in open water and in any surf zone.

For short lines, pulling techniques are considered. With most pipeline pulling techniques, the

submerged weight of the pipeline must be small and carefully controlled so that the pipe pulling load

is relatively low.

For long pipelines, and those in deep water, barges are generally used for installing the line. In such

cases, laying stress must be analyzed. SPE uses a proprietary static program to evaluate

combinations of stinger length, pipeline tension, water depth and submerged weight. Commercial

programs are also available for analysis of dynamic conditions due to barge motion. The results of

the stability analysis are carefully reviewed after the pipeline laying stresses are determined.

SPE has evaluated the use of insulated coatings for applications such as cold propane lines and

heated oil pipelines. An in-house computer program was used to calculate insulation requirements

for such projects.

For heated pipelines carrying high pour point crude oil, the effect of the change in viscosity due to

change in temperature and length of the pipeline has been investigated by SPE.

Our pipeline activity has included engineering / design of pipeline projects in many parts of the world.

This experience in pipeline design and construction management is a significant aid in the

preparation of bid documents in evaluating proposed coating and installation techniques in

establishing material control systems.

PIPELINE ENGINEERING CAPABILITIES

The Pipeline Division’s engineering organization is strong, in all major facets of pipeline design as

well as structural, civil, mechanical, electrical, instrument and SCADA system engineering. In

addition to their experience at SPE, many engineers have had broad experience working with major

oil and gas companies and other consulting and construction firms. Consequently, design

approaches and criteria from many diverse sources are considered in the continuing re-evaluation

process within the division to provide our clients with optimum designs.

The Pipeline Engineering Department places strong emphasis on this ongoing review of detail design

techniques to assure clients of current state-of-the-art design in all specialized areas of engineering,

including:


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Steady State and Transient Hydraulic Analysis

Metallurgy

Fatigue analysis

Pipe stress analysis

Two-phase flow

Dewpoint, stabilizing stations

Compressor, pump and metering stations

Slug catchers and flare pits

Corrosion mitigation and cathodic protection

Environmental impact studies and reports

Pipeline risers (shallow water)

River, water and beach crossings

Offshore tie-ins and manifolds

SCADA, communications and control facilities

Risk evaluation

Maintenance and operations engineering

Pipeline pipe mill certifications and inspection

Construction and laying method evaluation and logistics planning

The full range of engineering, design and construction management services is provided on an

as-required basis to pipeline transportation projects and operators. The innovative spirit of SPE

engineers is an asset on these projects.

PIPELINE EXPERIENCE

Some specific activities performed by the Pipeline Engineering Department include:

Studies to evaluate technical and economic feasibility of proposed projects

Conceptual design of the facilities required by a project

Specifications, performance and management of surveys and the collection of soils,

meteorological and hydrographic data for design and construction

Development of preliminary design criteria

Process optimization studies

Assistance in obtaining permit approvals

Detailed engineering design, including material and equipment specifications

Preparation of job books and maintenance and operating manuals

Training of the operating company’s engineers, managers and operators

Field engineering during construction

Start-up and commissioning assistance

Maintenance advisory services during pipeline operation

Each major pipeline project is executed by a separate task force under the direction of a qualified

manager. SPE operates as a matrix type organization with the task force personnel assigned from

our various departments. Thus, the task force is uniquely structured to accomplish the various

engineering design activities required for successful execution of the total pipeline project scope of

work.

The Pipeline Engineering Department is responsible for assigning engineers to manage the

engineering effort and to complete the pipeline design. Other engineering departments provide

qualified engineers in each of the disciplines required for a specific project. Project management


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provides cost engineers as well as project managers for larger jobs. Specialists are available to

augment client and operator engineering groups, as required.

The Procurement Department is available to assist in preliminary and detailed engineering by

obtaining quotations, pricing information and expediting vendor’s design data.

The Construction Management Department provides construction personnel to the engineering task

force, who then lead the development of the construction plan, assist in right-of-way selection, cost

estimate development, and help resolve any construction questions.

Flexibility of project organization and open lines of communication enable our personnel to readily

achieve time and cost objectives.

GENERAL PIPELINE DESIGN

The Pipeline Engineering Department activities during the initial phase of a pipeline project include:

General reconnaissance surveys

Selection of pipeline route and pump or compressor stations sites

Acquisition of basic site and environmental data

Liaison with governmental agencies to obtain site investigation permits

Surface geology studies

Soil boring programs

Evaluations of potential soil liquefaction

Topographic and bathymetric surveys

Mteorological surveys, including current and wave tabulations obtained from historical data

or hindcasting

Geotechnical studies, including location of fault zones and determination of seismic design

factors

Detailed right-of-way surveys

Right-of-way acquisition

Preparation of environmental impact assessments

Also, SPE has negotiated with local authorities concerning location of pipeline rights-of-way and

crossings. Detailed surveys have been made in arid and remote areas for well sites to obtain

hydrostatic test water.

SYSTEM OPTIMIZATION AND HYDRAULICS

SPE has developed optimum designs for many pipeline systems. Optimization includes searching for

a design which ideally combines minimum capital and operating costs with maximum reliability and

safety. The initial optimization involves the selection of the number and location of compressor or

pump stations. This study required consideration of such items as:

Design criteria, such as varying flow rates over the life of the project

The route topography and thermohydraulic conditions

The suitability of site conditions with respect to flood plan, active fault zone, and other

environmental and geophysical conditions

Access to station sites

Capital and operating costs are developed for many combinations of pipe diameter, grade and wall

thickness and station power requirements. An analysis of these costs are made to determine the

configuration of the optimum system. The results of this analysis will include the selection of pipe

diameter, material grade and wall thickness, the number of stations, and the power or fuel


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requirements at each station.

SPE has designed pipelines which operate in two-phase flow. This work on two-phase flow systems

has also included vapor-liquid separation facilities, triethylene glycol dehydration units, refrigeration

units for lowering the dew point of gas streams to extract condensate, gas reheaters, vessel type

slug catchers and pipe type slug catchers.

During the start-up, shutdown, and changes in flow rate, the effects of unsteady-state and transient

conditions upon the system are considered. SPE can model steady state processes, and has

developed a strong capability for modeling dynamic effects on pipeline systems. In a number of

instances, we have analyzed the effects of rate changes, process variable disturbances and

equipment failures.

Hydrogen sulfide (H2S) in oil or gas crates a serious design problem because of its corrosiveness

and highly toxic nature. SPE has been involved in the design of several sour gas systems, including

production facilities, pipelines and a gas plant for the PuGuang Gas Field in SiChuan Province of

China. This gas has over 16% (mol) H2S and 8% (mol) CO2. Additionally, SPE has designed the

2200-km gas transmission line from Eastern China to Shanghai. SPE has also designed the wet gas

gathering system for gas with a 27% carbon dioxide content for SongNan Field of China, and a gas

processing terminal for gas with a 7.5% CO2 content in Indonesia.

In analysis of offshore and onshore pipelines, pipe stress and flexibility due to thermal pressure and

seismic effects are evaluated with software such as AUTOPIPE，OFFPIPE，JPKCAL & DSS. Pipeline

anchors and guides are then designed based on the results of the analysis.

PIPE SELECTION

SPE calculates pipe wall thickness according to the appropriate ANSI code or Department of

Transportation regulation or other applicable codes. Line pipe metallurgy is designed to meet any

special service requirements, such as sour gas or code temperature service. Specifications are

prepared for pipe and welding using API or Chinese Standards.

Metallurgical evaluation is considered to be an extremely important part of pipeline design, not only

for the preparation of specifications and welding requirements for construction documents, but in

many other material specifications, verification of vendor performance and verification of field

welding performance. A metallurgist reviews each relevant specification such as valves, fittings,

flanges, pumps, compressors and vessels, to insure that proper metallurgical, welding and

inspection requirements are listed. All pertinent vendor data is reviewed and approved by the

metallurgist prior to authorizing work.

PUMP AND COMPRESSOR STATIONS

SPE develops detailed plans for project construction and logistics for job site in remote areas. Where

remote sites are involved, or where the terrain is broken and access is difficult, SPE often employs

modularized design techniques for pump and compressor stations to achieve both improved project

schedules and significant cost savings.

SPE is highly experienced in the selection of specific pump / compressor units for a given application.

As equipment selection is the single most important decision in station design, SPE has consistently

demonstrated that it can engineer superior rotating equipment systems.

Other factors SPE considers when designing pump / compressor stations include:

Environmental considerations

Drainage


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Geotechnic considerations

Noise assessment

Evaluation of fuel stability

Topping unit design on crude oil pipeline

Ancillaries

Accommodations for maintenance crews

Security

Communications and control

CORROSION CONTROL

Corrosion control is vital to the success of any pipeline operation. SPE engineers are experienced in

the field of protective coatings for internal, as well as external, applications. SPE provides complete

chathodic protection engineering and design services and engineers corrosion control systems to

meet the specific requirements of any project.

SPE designs include an evaluation of logistical factors unique to the project location in determining

coatings best suited for the project. Materials and application procedures for weld joint coating and

coating repairs are also carefully evaluated to assure compatibility with the basic coating material.

Cathodic protection system designs by SPE are based on known site conditions. When satisfactory

site data is not readily available, experienced field survey teams are utilized to gather the necessary

information on which to complete the system design.

THERMAL CONTROL

SPE evaluates pipeline insulating methods and materials for high and low temperature service,

whether for onshore heated oil, pipelines and offshore cold propane, chilled gas pipelines or LNG

pipelines.

Pipe stress engineering, calculations, support, guidance and control methods due to thermal

considerations are developed to meet project needs offshore as well as onshore.

SCADA AND TELECOMMUNICATIONS

SPE’s Pipeline Supervisory Control and Data Acquisition (SCADA) group provides a full range of

engineering, procurement, project management and field services to worldwide clientele. SCADA

and applications software experience and capabilities extend from the development of the project to

its ultimate completion, including field services, maintenance and on-going operations support. SPE

is not a manufacturer of SCADA equipment. Instead, we select the best systems available from the

SCADA or DCS industries to meet a specific application.

Our engineers range from specialists in SCADA and control systems to broad-based pipeline

engineers who are able to direct the application of the control equipment in a manner best suited to

the pipeline industry. The Pipeline SCADA group’s close relationship with pipeline, instrument and

control systems, communications, and other groups provides the project task force with immediate

access to the specialists from each of these groups required to provide complete services to you.

QA/QC AND TRAINING

In addition to the design activities outline above, SPE pipeline engineers participate as QA/AC

inspectors and field engineers during pipeline construction. SPE pipeline engineers develop and

conduct comprehensive training and maintenance programs for the management, supervisory,

operating, and maintenance personnel of major pipeline systems.


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7. Experience of Engineering & Consulting Service

In the given format below is provided the information of project reference list.

7.1 SPE Pipeline Experience of Recent Years

I. Gas Pipelines

Item Project Description and Scope of Work CAPEX & Duration Client

1 Jinan-Qingdao Line 2 Gas

Transmission Pipeline

Jinan-Qingdao Line 2 measures 403km, starting from Qihe county of Dezhou City and ending at Pingdu Take-off station of Pingdu City, covering 12 valve rooms and 12 various stations. Line 2 is designed at a delivery capacity of 14.3MMcmd, DN800, 8MPa design pressure.

CAPEX: CNY2.98 billion

FEED and Detailed Engineering Design: Jan. 2013 thru Dec. 2013

Shandong Pipeline Inc.

2

DaDong Gas Transmission Pipeline

大-东天然气输气管道工

程

It is a FEED contract. The project, located in JiangSu Province of China, consists of one trunk line at 109km and DN700, the off-take station of JiangSu Industrial Park, DongSheng terminal station and four (4) valve chambers. The line is designed at a capacity of 100MMSCFD (2.86MMcu/day) with a 6.3MPa design pressure.

Aug. thru Nov. 2015 Sinopec North-China Oil &

Gas Inc.

3 ShengLi CO2 Transfer

Pipeline

ShengLi CO2 Transfer Pipeline will deliver CO2 gas captured at QiLu Petrochemical Plant of Sinopec to ZhengLiZhuang Oil Field for injection into Gao-89 Block for CO2 improved oil recovery (IOR). The CO2 pipeline is designed at 4.4MPa design pressure, DN400 size, 75km total length and annual 621 thousand tons delivery capacity. The CO2 pipeline project covers the Initial Station at QiLu Petrochemical Plant, 75km line and the Terminal at Gao-89 Block of ZhengLiZhuang Oil Field.

SPE provides the services of feasibility study, geotechnical & topographical investigations, FEED and detailed engineering/design.

CAPEX: CNY260 million

Duration: May 2012 thru Dec. 2013ShengLi Oilfield Co. Ltd.


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4 XYZ (XinYueZhe) Gas Transmission Pipeline

It is a Feasibility Study contract. The project consists of one trunk line (OD 1219mm) and five branch lines starting from XinJiang province to GuangDong province and terminating in ZheJiang province at a total 7373km length with a design throughput capacity of 30 billion cubic meters per year at 12MPa and 10MPa design pressure.

CAPEX: CNY123 billion

Duration: Aug. 2011 thru June 2012

SINOPEC Natural Gas

Company

5 DaNiuDi Gas Pipeline

Extension Project (大牛地中输集气干线)

It is a Feasibility Study contract. DaNiuDi Gas Field, located at Erdos area of Inner Mongolia Province, China, has a 2.5 bn cmpy gas production capacity installed at the eastern & southern development blocks. The installed gathering facilities comprise 38 gas gathering stations, 2 gas trunk lines located at the eastern & southern blocks respectively. As these two lines are operating at approaching full load with impossibility of expansion, the extension system is planned to be installed, comprising 1 DN500 gas transmission line, 1 gas gathering station and 3 valve chambers along the route and pig launcher & receiving unit, etc.

Oct. 2010 thru March 2011 Sinopec North China Co.

6 YongTaiWen Gas Pipeline

Starting from the ChunXiao Initial Station at YinZhou District of NingBo City and terminating at the ChangNan Terminal located at LuPu town of ChangNan County, WenZhou City of ZheJiang province, the pipeline runs a total 480km length, consisting of a 365km trunk line (Segment One) and a 67km trunk line (Segment Two), and 49km branch line at the pipe sizes of DN800 and DN350, respectively.

Segment One is designed with 12 gas transmission stations, 16 RTU valve rooms, 17 railway, 171 road & 20 river/stream crossings by pipe jacking, 4 road & 63 river/stream crossings by HDD, 6 mountain tunnel crossings and 1 shield tunnel crossing at a combined total 8km.

Segment Two, including 12km subsea line, is designed with 2 gas transmission stations, 3 RTU valve rooms, 1 shield tunnel crossing at a 3400m length (North Ou River), 1 open-cut crossing at a 3500m length (South Ou River), 15 river/stream/watercourse crossings by HDD and 15 road crossings by pipe jacking.

The pipeline system is designed at 6.3MPa pressure and 9.5 bcm delivery capacity per annum, and also includes 7 cathodic protection stations and 19 optical fibre communication stations.

Basic & Detailed Engineering

Ongoing & scheduled for

completion in the end of 2012

ZheJiang Natural Gas

Development Co. Ltd.


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7 Chang-Hu Gas Transmission Parallel Line

The mentioned gas transmission pipeline will parallels the exiting line, which starts from SuLiGe gas terminal of ChangQing Gas Field and terminates at Huhehaote City. The line runs a total 492km length, consisting of one 415km, DN850 trunk line from WuShenQi initial station to Huhehaote terminal and one 77km, DN800 lateral line from DaQi Take-off station to BaoTou terminal. The pipeline system is designed at a throughput capacity of 4 billion cubic meters per year and 6.3MPa design pressure, with 6 stations, 21 valve rooms and 3 RTU rooms along the routine. Scope of Work: Feasibility Study

Approx. CNY 2.9Bn

Contract Duration: June 2009

thru Dec. 2009 ;

West Inner-Mongolia

Natural Gas Co.,

SINOPEC

8 FuXin Gas Transmission Pipeline

Scope of Work: routine survey & soil investigation, and preliminary & detailed engineering & design. Project Description: One main trunkline and two laterals, one initial station, two off-take stations, two off-take valve stations and two terminals. The main trunkline sizes DN800 and the laterals size DN600, DN450 & DN400, both with L415 pipe steel grade at a totalized 345km length, which will be 3PE coated plus the impressed current cathodic protection. Designed with a delivery capacity of 400MMcm per year at a 6.3MPa pressure

Duration: preliminary engineering / design by the end of July 2010 and the detailed engineering / design at the mid-November 2010. The installation & construction is scheduled to start in September 2010

DaTang Energy Chemical

Industry Co. Ltd.

9 Anyang Luoyang Gas Pipeline

Ф610 Pipeline Length= 333km, six stations Design Pressure: 6.3MPa Designed Capacity: 1140 MMscm/yr Basic & Detailed Engineering Design

Capital Cost: CNY1516 million Project Duration: Oct. 2009 to underway

HeNan ZongHeng Gas Pipeline Co. Ltd.

河南纵横燃气管道有限公

司

10

HuiZhou Urban Gas Pipeline Project 惠州市区燃气管道项目

设计

Ф457 Pipeline Length= 32km Design Pressure: 9.2MPa Capacity:15.46×108Nm3/a Feasibility Study, Basic & Detailed Engineering Design

Capital Cost:: RMB 2.5 x108 YUAN Project Duration: May 2008 thru late March 2009

DaPeng Co.

11 Gas Supply to Tambak Lorok Power Plant Project, Indonesia

Ф508, X-60 Pipeline Length= 135km Design Pressure: 5.2 MPa Capacity: 500 million cubic meters per year FEED Optimization Design

June 2009 thru Aug. 2009 China Harbour Indonesia

Limited / PT. Sumber Petrindo Perkasa (SPP)


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12 RTR TO JGP Propane Pipeline Project, Saudi Arabia

Ф16” Length = 18km EPC

700 days of contract schedule from June 2009

Saudi Aramco

13 Yulin-Jinan Natural Gas pipeline

Ф711 L=1045km Design Pressure:10.0MPa Designed Capacity: 30×108Nm3/a Basic & Detailed Engineering Design

Investment: RMB 6200 x106 YUAN Project period: Early July 2009 thru late July 2010

SINOPEC

14 Jiujiang-Jingdezhen Natural Gas pipeline

Ф508 L=205km Design Pressure:6.3MPa Designed Capacity:10.25×108Nm3/a

Capital Cost: RMB 990 x106 YUAN Project period: Nov.2008 to Oct. 2009

Jiangxi Natural Gas Company

15 Huangmei-Jiujiang Natural Gas pipeline

Ф508 L=56km Design Pressure: 8.0MPa Designed Capacity:8×108Nm3/a Scope of Work: Routine survey, Basic & Detailed Engineering / Design

Capital Cost: RMB 240 x106 YUAN Project period: April thru Oct. 2009

SINOPEC

16 FuXin Gas Transmission Pipeline

Scope of Work: Feasibility Study Ф813 L=354km Design Pressure: 7.8MPa Designed Capacity:40×108 Nm3/a

Capital Cost: RMB 300 x106 YUAN Project Period: May.-Sept. 2008

Datang Energy Chemical Industry Co., Ltd

17 Gas Connected Pipeline from West to Northeast of Sichuan

Scope of Work: EPC Ф1016 L=482km Design Pressure:10.0MPa Designed Capacity:110×108Nm3/a

Capital Cost: RMB 4800 x106 YUANProject period:April.2007 to Dec. 2008

SINOPEC

18 Xianyang-Baoji Natural Gas pipeline

Ф426 L=146km Design Pressure: 4.0MPa Designed Capacity:5×108Nm3/a

Capital Cost: RMB 420 x 106 YUAN Project period: April.2009-Aug.2009

Shanxi Natural Gas Company


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19 Haikou-Wenchang Natural Gas pipeline

Ф508 L=88km Design Pressure: 7.0MPa Designed Capacity:7.57×108Nm3/a Detailed Engineering

Capital Cost: RMB 360 x106 YUAN Project period: Mar.2008-Jan.2009

CNOOC

20 Hangzhou-Jiaxing Natural Gas pipeline

Ф813 L=87.2km Design Pressure:6.3MPa Designed Capacity:18.5×108Nm3/a Detailed Engineering

Capital Cost: RMB 1270 x106 YUANProject period: Dec. 2007 to Feb. 2009

Zhengjiang Natural Gas Company

21 Gas Transmission Pipeline from Sichuan to East China

The project covers one trunk line at 1700km length with Φ1016 diameter, and one branch line & five lateral lines at total 503km length with diameters of Φ813 / Φ711 / Φ610 / Φ508 / Φ323.9, including 3 gas compressor stations, 87 block valve stations and 25 pig launcher and take-off stations. The trunk line is installed with 413 road crossings at total 7380 meters, 397 river crossings at total 47,273 meters and 74 mountain tunnel crossings at total 83,614 meters. Design Pressure: 10MPa Design Capacity: 120×108Nm3/a Scope of Work: Basic & Detailed Engineering / Design

Capital Cost: RMB 26 x109 YUAN Project period: Dec.2006-Dec.2008

SINOPEC

22 Nanjing Natural Gas Branch pipeline

Ф813 L=110km Design Pressure: 6.3MPa Design Capacity:45×108Nm3/a

Capital Cost: RMB 860 x106 YUAN Project period: Dec.2006-Dec.2008

SINOPEC

23 Fujian LNG Trunk line

Φ813/Φ711/Φ508/Φ406.4 L= 356km (including 12 gas transmission stations & 20 block valve stations) Design Pressure: 7.5MPa Design Capacity: 70×108Nm3/a

Capital Cost: RMB 2200 106 YUAN Project period: Sep.2005-May. 2006

Fujian Branch, CNOOC

24 Changqing-Wuhai-Linhe Natural Gas Pipeline

Φ323.9/Φ323.5/Φ273.9 L= 401km Design Pressure: 6.3MPa Design Capacity: 4.4×108 Nm3/a

Capital Cost: RMB 413.5x106 YUANProject Period: Oct.2005 - Feb. 2006

West Inner-Mongolia Natural Gas Company,

SINOPEC


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25 Laizhou-Pingdu-Jiaozhou Natural Gas Pipeline

Φ457 L= 117km Design Pressure: 6.3MPa Design Capacity: 4.4×108Nm3/a

Capital Cost: RMB 190 x106 YUAN

Project Period:Jun.2005-Dec.2005 SINOPEC

26 Gas Transmission Pipeline from Anping to Jinan

Φ711; X-65 spiral SAW pipe L=272km with 5 gas transmission stations and one control center Design Pressure: 6.3MPa Design Capacity: 30×108 Nm3/a

Capital Cost: RMB 830 x106 YUAN

Project Period: April.2004-Mar.2005 SINOPEC

27 Changqing-Huhehaote Natural Gas Pipeline (Eerduosi-Baotou)

Φ457 L= 112km Design Pressure: 4.0MPa Design Capacity: 10×108Nm3/a

Capital Cost: RMB 840x106 YUAN Project Period: August.2003

Inner-Mongolia Natural Gas Company, SINOPEC

28 LongKou to Yantai Gas Transmission Pipeline

Φ406.4 L=200km c/w one initial station and one terminal, and 7 take-off & gas filling stations. Design Pressure: 4MPa Design Capacity:5×108 Nm3/a

Capital Cost: RMB 250 x106 YUAN Project Period: Oct.2002-April.2003

Yantai Zhongshi Natural Gas Corporation

29 Jiaozuo-Anpo Natural

Gas Pipeline

Φ355.6x6.4 L=200km Design Pressure: 6.3MPa Design Capacity:9.8×108Nm3/a

Capital Cost: RMB 230 x106 YUAN Project period: 2003

Ancai Group

30 Gas Supply Pipeline to Hetian Power Plant (Desert Pipeline)

Φ355.6 L=176km c/w one 140km desert highway Design Pressure: 6.4MPa Design Capacity: 5.5×108Nm3/a

Capital Cost: RMB 250 x106 YUAN Project period: 2002

Head Quarter of Tarim Oilfield

31 Nanbaxian-Dunhuang Natural Gas Pipeline

Φ325 L= 325km Design Pressure: 6.4MPa Design Capacity: 3×108Nm3/a

Capital Cost: RMB 260 x106 YUAN Project period: July.1997-Oct.1998

Qinghai Petroleum-managed

Office


Page 43 of 137

32 LiaoCheng-TaiAn Natural Gas pipeline

Ф355.6 L=117.7km Design Pressure:4.0MPa Design Capacity:3.9×108 Nm3/a

Capital Cost: RMB 110 x106 YUAN Project period:Jan.1999-Dec.2000

Coal Gas Group of Taian

33 Gudao-Dongying-Xindian Natural Gas Pipeline

Φ529 L= 157km Design Pressure: 4.0MPa Design Capacity: 4.5×108 Nm3/a

Capital Cost: RMB 150Mn YUAN

Project Period: Jan. 1989 thru Dec. 1991

SINOPEC

II. Oil & Product Oil Pipelines

Item Project Description and Scope of Work Capital Cost and Duration Client

1 DongXing Shengli Crude Oil Transport Pipeline

Scope of Work: Feasibility Study Starting: DongXin Oil Tank Farm of Shengli Oilfield; Ending: QiLu Refinery; Size: Φ610; 93km length Design Capacity: 1MMt/yr (near-term) & 10MMt/yr (long-term)

Capital Cost: RMB 481Mn YuanDuration: Aug. 2010 thru April 2011

Shengli Oilfield Co. Ltd,

SINOPEC

2 Revamping of LinJi Crude Oil Pipeline

The LinJi Crude Oil Pipeline, which was put into operation in 1988, starts from Shengli LinPan oil feid and terminates at JiNan Refinery at a total 70km length, with DN300 diameter. The revamping items cover the whole pipeline, LinPan initial station, one intermediate pumping station and JiNan Refinery terminal. SPE supplies Feasibility Study, and Preliminary / Detailed Engineering / Design.

Duration: Feasibility Study (Early July thru Late Sept., 2007); Preliminary Engineering / Design (Aug. thru Nov., 2010)

Shengli LinPan Oil Production Co., SINOPEC

3 Upgrade Of Western Kenya Pipeline Extension (WKPE) Project

Installing a parallel pipeline sizing 12” from Nairobi to Eldoret (230km) and augmentation of the existing three pumping stations to suit parallel operation of the two pipelines. Supply of Engineering, Consultation & Construction Supervision

Contract Value: USD 4.1mn Duration: July 2007 thru ongoing

Kenya Pipeline Co. Ltd. (KPC)

4 HuangDao Weifang Heavy Crude Oil Pipeline

Φ711, 190km Length Design Pressure: 6.4MPa Design Capacity: 25MMt/a

Project duration: Dec. 2009 to underway

WeiFang HongRun Petrochemicals Co.

Ltd.


Page 44 of 137

The project covers one initial, one intermediate heating and one terminal stations, five cathodic protection stations, six block valve stations and one control center. Scope of Work: Construction Supervision

5 Oil Transmission Pipeline from Liuping to Yaodian

DN273.1x7.1 L=114km Design Capacity:100×104t/a

Capital Cost: RMB 198.84 x106 Project period: Oct.2005-Aug.2006

Yan’an Oil Group

6 Zibei-Yongping Oil Pipeline

DN159 L=23.7km Design Pressure:4.0MPa Design Capacity: 0.5106t/a

Capital Cost: RMB 29.7642 x 106 YUAN Project period: April 2005- May.2006

Yanchang Group

7 Ansai-Yongping Oil Pipeline

DN219 L=64.65km Design Pressure: 5.0 MPa Design Capacity: 1.0106t/a

Capital Cost: RMB 78.6177 x 106 YUAN Project period: April 2005- May. 2006

Yanchang Group

8 Luwan Product Oil Pipeline

DN450/DN350/DN250/DN200 L=764km (including 11 stations along the routing) Design Pressure:6.3 to 9.5MPa Design Capacity: 7106t/a

Capital Cost: RMB 1200106 YUANProject period: Jan.2004-Dec.2005

SINOPEC

9 South-West Product Oil

Pipeline

DN600/500/450/400/250/200 L=1700km (including 6 mountain tunnel crossing at total 3060 meters length and 3 huge over-crossings.) Design Pressure: 5.0 to 14.66MPa Design Capacity: 10 x106t/a

Capital Cost: RMB 1700 x106 YUAN Project period:2003-2005

SINOPEC

10

Heavy Crude Oil Delivery Pipeline from Tahe Oilfield to KuChe Outward Refinery

The pipeline is designed / installed to delivery heavy crude oil with a 3MMt/yr design capacity, operating at 6.4MPa design pressure and 80ºC design delivery temperature from Tahe Oilfield of Tarim Basin to KuChe Outward Refinery at a total 110 kilometers at DN406.4 pipe size. The project also includes 1 initial station, 2 intermediate heating pump stations, Yakela train loading terminal and KuChe terminal, one 110kV power transmission line at 124km length, 3 sub-stations at 110kV capacity and one fibre optic cable at 110km length. Scope of Work: Basic & Detailed Engineering / Design

Capital Cost: RMB 400x 106 YUANProject period: Nov. 2002 Dec.2003

Northwest Company, SINOPEC


Page 45 of 137

III. Offshore Pipelines

No. Name of Project Description of Project Scope of Work Client Date of

Completion

1 Weizhoudao to Huolv Port Subsea

Oil Line

Beibu Bay of South China Sea at 0-40m water depths, 1.5-2.5m burial depths from pipe top to mud line; total 53km length; Single line structure, 711 pipe; 10MPa operating pressure;

Engineering, Procurement, Construction & Commissioning

SINOPEC Pipeline Storage &

Transportation Co. Under way

2

300,000 DWT Crude Oil Terminal Pipeline Project of Quanzhou Petrochemical

Project of SINOPEC

Meizhou Bay, Quanzhou, Fujian Province, at 0-30m water depths, 6.0m burial depths from pipe top to mud line; total about 1.5km length; include 2 914mm oil transmission pipes; 2.5MPa design pressure; single line structure; 80mm weight coating; 1 114mm water pipe; 1.0MPa design pressure; 1 subsea photoelectric composite cable

Primary design, detailed engineering design,

procurement and construction

SINOPEC Quanzhou

Petrochemical Co., Ltd.

Under way

3

Safety Hazard Control Project of 300,000 Ton Single Point

Mooring Oil Terminal of Subsea Oil Line of Xinjinming Company of Sinopec Maoming Company

Guangdong Province, at 0-24m water depths, 2.0m burial depths from pipe top to mud line; total 16.0km length; 1219mm water pipe; single line structure; 1.5 Mpa design pressure; single point mooring system with CALM of 300,000 tons

Basic design Maoming Xinjinming

Petroleum Co., Ltd.Nov. 2014

4 Longwan Branch Line of

Ningbo-Taizhou-Wenzhou Gas Line

Zhejiang Province, at 0-5m water depths, 5m burial depths from pipe top to mud line; total 4.2km length; 457mm water pipe; single line structure; 6.3 MPa design pressure;

Basic design and detailed engineering

design

Zhejiang Natural Gas Development

Co., Ltd. June 2013

5

The 2nd Sewage Drainage Pipeline Project in Dayawan

Petroleum Chemistry Industry Area

Guangdong Province, at 0-25m water depths, 1.5-2.5m burial depths from pipe top to mud line; total 37.7km length; 1016mm water pipe; single line structure; 1.6 MPa design pressure;

Primary Design

Huizhou Dayawan Petrochemical Science and Technology

Development Co., Ltd.

Mar. 2013

6

Feasibility Study on Subsea Pipeline of Zhejiang Donghai Refining-chemical Integration

Project

Zhejiang Province, at 0-12m water depths; 1.5-2.0m burial depths from pipe top to mud line; total 24.0km length; 1219mm water pipe; single line structure; 5.0 MPa design pressure;

Feasibility Study Preparation

CPPEI 2010-2012

7 Subsea Water Transfer Line

Project from HaiSan Onshore Terminal to Central #3 Platform

ChengDao Offshore Field at 0.0-12.2m water depths, 2.0m burial depths from pipe top to mud line; total 11.5km length; single line structure; 610mm water pipe; 70mm weight coating; 1.6MPa design pressure;



Shengli Oilfield Co. Ltd. of SINOPEC

2010-2011

8 Subsea Oil Export Lines from Central #3 Platform to HaiSan

Onshore Terminal

ChengDao Offshore Field at 0.0-12.2m water depths, 2.0m burial depths from pipe top to mud line; total 11.5km length; Pipe-in-pipe structure (457 inner pipe and 580mm outer pipe); 4.0MPa operating pressure;




2010-2011


Page 46 of 137


Completion

9 Feasibility Study Project for

Terminal Landing Pipe of Lishui 36-1 Gas Field of CNOOC

Oujiang River, Wenzhou, Zhejiang Province, at 0-22m water depths, 2.0m burial depths from pipe top to mud line; total about 34.1km length; 323.9mm pipe; single line structure; 5.0 MPa design pressure.

Feasibility Study Preparation

Beijing Research Center of CNOOC

2007-2011

10 CB326-CB30B Subsea Oil Line

ChengDao Offshore Field at 15.8-17.3m water depths, Bohai Gulf of China; 1.5m burial depths from pipe top to mud line; total 4.1km length; Pipe-in-pipe structure (273 inner pipe and 377 outer pipe); 4MPa operating pressure;

FEED, detailed engineering design & technical

assistance to procurement & construction


2010

11

Feasibility Study on Subsea Pipeline for 300,000

Tons Crude Oil Terminal of Sinochem Quanzhou Petrochemical

Project

Meizhou Bay in Quanzhou City, Fujian Province at 30m water depths; 6m burial depths from pipe top to mud line; about 1.5km route length; including 2 oil transmission pipeline with 914mm diameter; 2.5MPa design pressure, Single line structure, with 80mm weight coating; 114mm pipe, one water transmission line, 1.0MPa design pressure; one subsea GTTS.

Feasibility Study

Sinochem Quanzhou

Petrochemical Co., Ltd

2010

12 HangZhou Gulf Offshore Oil Line 12m water depths at Hangzhou Gulf, East China Sea, 1.5m burial depths from pipe top to mud line; total 65km length; Single line structure, 813 pipe; 6MPa operating pressure;

Feasibility Study CNOOC 2009

13 QionZhou Strait Offshore Oil Line 70m water depths at Hangzhou Gulf, East China Sea, 1.5m burial depths from pipe top to mud line; total 43km length; Single line structure, 508 pipe; 7MPa operating pressure;


14 MaBianZhou to HuiZhou Subsea

Pipeline

Daya Bay of South China Sea at 12m water depths, 1.5m burial depths from pipe top to mud line; total 10km length; Single line structure, 1113 pipe; 1MPa operating pressure;

Feasibility Study HuaDe Petroleum

Company 2009

15

Oil & Gas Subsea Export Lines from ChengDao Central #1 Platform to HaiSan Onshore

Terminal

ChengDao Offshore Field at 2-11.9m water depths, Bohai Gulf of China; 2.0m burial depths from pipe top to mud line; total 8.1km length; Pipe-in-pipe structure (457 inner pipe and 559 outer pipe); 4MPa operating pressure;




2009

16 KD401-KD403 Subsea Water

Injection Line

ChengDao Offshore Field at 2 to 6m water depths, Bohai Gulf of China; 1.5m burial depths from pipe top to mud line; total 3.5km length; Single line structure, 168 pipe; 16MPa operating pressure;




2009

17

Feasibility Study on Hangzhou Bay Subsea Pipeline Crossing

Project for the Natural Gas Pipeline Project Nerwork in

Southeast Coast

Hangzhou Bay at 12m water depths; 1.5m burial depths from pipe top to mud line; about 65km route length; 813mm pipe; Single line structure, with 120mm weight coating; 6.0MPa design pressure


18 Feasibility Study on Qiongzhou Strait Subsea Pipeline Crossing

Qiongzhou Strait at 75m water depths; 1.5m burial depths from pipe top to mud line; about 43km route length; 711mm pipe; Single line Feasibility Study CNOOC 2009


Page 47 of 137


Completion

Project for the Natural Gas Pipeline Project Nerwork in

Southeast Coast

structure, with 90mm weight coating; 5.0MPa design pressure

19 Feasibility Study & Preliminary

Design on 5 Subsea Oil Lines in Yuedong Block of CITIC Group

5 subsea oil lines for Tied Island and landing in Yuedong Block of CITIC Group, at 7m water depths; 1.5-3m burial depths from pipe top to mud line; Pipe-in-pipe structure (273- 457mm inner pipe); 1.6-5.0MPa design pressure, 1.6-30.6km route length.

Feasibility study & Preliminary design

Tianshi Energy Co. Ltd of CITIC Group

2009

20 CB273-CB1C Subsea Oil Line

ChengDao Offshore Field at 16m water depths, Bohai Gulf of China; 1.5m burial depths from pipe top to mud line; total 2.2km length; Pipe-in-pipe structure (273 inner pipe and 377 outer pipe); 2.5MPa operating pressure;




2008

21 CB25A-ZX2 Subsea Pipeline

ChengDao Offshore Field at 12-13m water depths, Bohai Gulf of China ;1.5m burial depths from pipe top to mud line; total 1km length; Pipe-in-pipe structure (356 inner pipe and 457 outer pipe); 4MPa operating pressure;

FEED, detailed engineering design & technical assistance to

procurement & construction


2008

22 Subsea Crude Oil Transmission Pipeline Construction of Fujian

Route Ethylene Project

Meizhou Gulf in Quanzhou City in Fujian Province; 0-40m water depth; 1.5m burial depths from pipe top to mud line; 13.1km route length; 711mm pipe diameter; single wall weight coat structure, 45mm and 60mm weight coat; 1.5MPa operating pressure

Engineering, Procurement &

construction

SINOPEC Fujian Refining and Chemic

al Corporation 2008

23 KD48-KD34C Subsea Oil Line

ChengDao Offshore Field at 10 to 14m water depths, Bohai Gulf of China; 1.5m burial depths from pipe top to mud line; Pipe-in-pipe structure (273mm inner pipe and 377mm outer pipe); total 6.4km length; 2.5MPa operating pressure;




2007

24 CB6A-CB6D Subsea Water

Injection Line

ChengDao Offshore Field at 13m water depths, Bohai Gulf of China; 1.5m burial depths from pipe top to mud line; total 1km length; 273 pipe, Single line structure,2.5MPa operating pressure;




2007

25 KD34B-KD34C Subsea Oil & Water

Injection Lines

Oil Pipeline, ChengDao Offshore Field at 8.5-10.5m water depths, Bohai Gulf of China; 1.5m burial depths from pipe top to mud line; total 2.1km length; Pipe-in-pipe structure (325 inner pipe and 426 outer pipe), 2.1MPa operating pressure; Water injection Pipeline, ChengDao Offshore Field at 8.5-10.5m water depths, 1.5m burial depths from pipe top to mud line; total 2.1km length; Single line structure, 219 pipe; 16MPa operating pressure;




2007

26 Feasibility Study Project on Huangmaodao Subsea Gas

Pearl River estuary; 0-20m water depth; 1.5-6m burial depth; including 24’’ subsea gas transmission pipeline: Feasibility Study

SINOPEC Gas Company

2007


Page 48 of 137


Completion

Transmission Pipeline of SINOPEC Macau LNG Project

Huangmaodao-Hengqindao, 27.1km length; the pipeline passing area is belong to seas of China, 6.6MPa design pressure; 28’’ subsea pipeline: Huangmaodao-Dayazhoudao, 33km length, part of lines entering into the water area of Hong Kong Special Administrative Region, 9.4MPa design pressure

27 Subsea Pipeline for Fujian

Refinery Project

Single line structure, DN711, with 45mm & 60mm concrete weight coating, L=13.1km @ 40m water depths, MeiZhou Gulf of East China Sea Design Pressure:1.5MPa

Design Capacity: 2400m3/h Capital Cost: RMB 170106 Yuan

Engineering, Procurement, Construction & Commissioning

SINOPEC Fujian Refining and

Chemical Corporation

Sep.2006 thru Oct.2007

28 Waidiaodao-Cezidao-Zhenhai Subsea Oil Pipeline Crossing

Project

Single line structure, Waidiaodao-Cezidao: 610, 2.3km total length; Cezidao-Zhenhai: 762, 80mm concrete weight coat, 36.3km total length


construction


Transportation Co.2005

29

Feasibility Study Project on Subsea Crude Oil Transmission

Pipeline from Guishandao to Wanqingsha in Nansha District

in Guangzhou City

Pearl River estuary, 0-10m water depths; single line structure, 1.5-2.0m burial depths from pipe top to mud line; about 59km route length; 762mm pipe diameter; single wall weight coating pipe structure, 80mm weight coat; 4.0MPa design pressure

Feasibility Study

Guangzhou Municipal

Development and Reform

Commission

2005

30 Waidiaodao-Cezidao-Zhenhai Subsea Oil Pipeline Crossing

Project

Single line structure, DN762 / DN610, 80mm concrete weight coat L=36.5km / 2.35km; Water depth:25m / 67m Design Pressure:4.5-5.1Mpa Design Capacity of D Section:15106t/a

Design Capacity of E section: 27106t/a East China Sea Capital Cost: RMB 285106 Yuan

Routing survey & investigation, and


Construction (EPC)


Transportation Co.

Sep.2003 thru Mar.2004

31 Intra-field Subsea Pipelines of

ChengDao Offshore Field, China

Pipe-in-pipe structure; 89 to 377 inner pipe and 219 to 480 outer pipe; 2.5 to 5 MPa design stress; 75km total length; BoHai Gulf of China Capital Cost: RMB 1480106 Yuan




1994 thru 2003

32 ChengDao Intra-field Subsea Water

Injection Grid

Single line structure; 89 to 245 pipe; 16 MPa design stress; 4km total length; BoHai Gulf of China Capital Cost: RMB 385106 Yuan




1996 thru 2002

33 Subsea Oil Line for Offshore

ChengDaoXi Block A Pipe-in-pipe structure; 219.1 inner pipe and 323.9 outer pipe; 4 MPa design stress; 9km total length



2002


Page 49 of 137


Completion


34 SZ361 Subsea Line Revamping

Project Pipe-in-pipe structure; 219.1 inner pipe and 323.9 outer pipe; 5 MPa design stress




2002

35 CB502-CB20 Subsea Oil Line Single line (polyurethane foam insulated & HDEP covered) plus concrete weight coated; 114 diameter & 5 MPa design stress; BoHai Gulf of China




2002

36 Subsea Gas Line from ChengDao

Central #2 Platform to Onshore Terminal

Pipe-in-pipe structure; 219 inner pipe and 325 outer pipe; 3 MPa design stress; 11km total length; Design Capacity: 50×104 Nm3/d Capital Cost: RMB 140 x106 YUAN




Oct. 1999 thru 2000

37

Subsea Gas Line from ChengDao Central #2 Platform

to Onshore Preprocessing Station

Pipe-in-pipe insulation structure; 219 inner pipe and 325 outer pipe; 3.0MPa design stress; 10.5km total length

Engineering design & technical assistance to


Shengli Oilfield 2000

38 Subsea Oil Line from Central #1 Platform to HaiSan Onshore

Terminal

Pipe-in-pipe structure; 325 inner pipe and 426 outer pipe; 3 MPa design stress; 9km total length




1995

39 Subsea Oil Line from CB35 Wellhead Platform to HaiYi

Onshore Terminal

Pipe-in-pipe structure; 168 inner pipe and 273 outer pipe; 2.5 MPa design stress; 4km total length




1994

IV. Water Pipelines


Completion

1 Line 2 Wastewater Offshore It is the second wastewater offshore discharge pipeline with diffuser at FEED HuiZhou DaYaWan Under way


Page 50 of 137


Completion

Discharge Project DaYaWan Petrochemical Refinery Zone at a 38km total length and 3800m3/h design capacity. The diffuser measuring 154m long is arranged at the subsea line end.

Petrochemical Zone Development Co. Ltd.

V. Topographical Survey & Soil Investigations on Pipelines

No. Project Title Description Duration

1. Liaocheng Tai’an Natural Gas Pipeline, China Topographic survey & Soil Investigations

Total Length 105km Jun. 1999-Jul. 1999

2. Xinjiang Hade No.4 Project, China Topographic survey & Soil Investigations

Total Length 180km Dec.1999 – Jan. 2000

3. Southwest Product Oil Pipeline, China Topographic survey & Soil Investigations

Total Length 360km Mar. 2001– May 2001

4. Liuping~Yaodian Natual Gas Pipeline in Shanxi, China Topographic survey & Soil Investigations

Total Length 200km Oct. 2001 – Nov. 2001

5. Changqing ~ Huhhot Natural Gas Pipeline (Dongsheng to Baotou Section) in Inner Mongolia, China

Topographic survey & Soil Investigations Total Length 110km

Jul. 2001– Nov. 2001

6. Jiaozuo ~ Anbo Natural Gas Pipeline in Henan of West-east Natural Gas Transmission project, China


Jun. 2002– Aug. 2002

7. Phase I of Yantai Natural Gas Pipeline, China Topographic survey & Soil Investigations

Total Length 190km Aug. 2002 – Dec. 2002

8. Surface Construction of Daniudi Gas Field in Inner Mongolia, China Topographic survey & Soil Investigations

Total Length 206km Feb. 2003 – May 2003

9. Oil Pipeline of Heavy Crude Oil Storage and Transmission System of Taihe Oilfield in Xinjiang, China


Jun. 2003 – Sep. 2003

10. Xuanhan ~ Dazhou Gas Pipeline in Sichuan, China Topographic survey & Soil Investigations

Total Length 70km May 2003– Jul. 2003

11 Shenzhen Section, Dongguan Section and Zhuhai Section of Pearl River Delta oil product pipeline, China


Jul. 2004 – Mar. 2005

12. Shandong ~ Anhui product oil pipeline, China Topographic survey & Soil Investigations

Total Length 320km Jun. 2004 – Dec. 2004

13. Anping of Hebei Province ~Jinan of Shandong Province Natural Gas Pipeline, China


Sep. 2004 – Nov. 2004

14 GuangDong LNG Transmission Pipeline, China

Topographic survey & Soil Investigations Total Length 1340km consisting of the trunk line, and six branches, i.e. YueXi, YuLin, FangChengGang, GuiGang, GuiLin & LiuZhou, and 22 stations along the route with 13 rivers.

Aug. – Dec. 2011


Page 51 of 137

VI. Supervision Projects for Pipeline Construction

No. Name of Project Description of Project Scope of Work Client Duration

1 Shen-Wei Coal Slurry Pipeline

Shengli Engineering & Consulting Co. Ltd (SPE) was awarded the Construction Supervision Contract at a value of over CNY 9 million for Segment 3 of Shen-Wei Coal Slurry Pipeline Project in late March 2012. Shen-Wei Coal Slurry Pipeline, as the first pipeline project in China for coal slurry delivery, is regarded as the priority project for the Twelfth Five-Year Plan (2011 thru 2015) by the Provincial Government of Shaaxi, China. Shen-Wei Coal Slurry Pipeline runs a total 727km length with 6 pump stations to be installed along the route, at a design throughput capacity of100 thousand metric tons per year of coal delivery at the slurry of -50mm pulverized particle sizes with less than 15% ash. The Segment 3, Shen-Wei Coal Slurry Pipeline, covers the scope of construction supervision work of 350km length pipeline sizing 610mm at 12MPa design pressure and 2 pump stations.

Construction Supervision

Shaanxi QinYuan Tender Co. Ltd.

early April 2012 and be

completed in late August 2013

2 ZheJiang LNG Pipeline Project 39km line length sizing 1016mm at 7.0MPa design pressure with 2 valve rooms and 2 stations along the route.


ZheJiang Natural Gas Development Corporation

March 2011 thru March 2012

3 GuangDong LNG Trunk Line and

Terminal Engineering

The project involves one trunk line, two laterals and three branch lines at totalizing a 357km length at the pipe diameters of 914mm, 762mm and 610mm, one gas fired power plant and associated facilities at a total CNY3bn CAPEX.

Engineering design & construction supervision

Guangdong Dapeng LNG Co., Ltd.

July 2004 thru

Feb. 2007

4 Crude Oil Pipeline Project for

Tianjin Ethylene Refinery Facilities

The project includes a 85km pipeline (Segment 4) at OD559mm and one metering station at Niukougu at total

CNY127 million CAPEX.

EPCC supervision

SINOPEC Pipeline Storage and Transportation Company

May 2006 thru Oct. 2006

5 Fujian LNG Trunk Line Project L=456.13km, design pressure:7.5MPa, diameter:

813mm/711mm, CNY760 million CAPEX Construction supervision

CNOOC Fujian Natural Gas Co. Ltd.

June 2006 thru July 2007

6 Wuxi-Zhangjiagang Natural Gas

Pipeline Project The project involves a 27km, O.D.610mm trunk line, valve

cambers, off-take stations and 4km HDD crossing. EPCC

supervision

Jiangsu Natural Gas Investment and Development

Co. Ltd.

Aug.2006 thru April.2007

7

Puguang-to-Yichang Gas Transmission Line (segment two) - Sichuan-to-Shanghai

Gas Transmission Line Project

The project involves a 68km trunk line and a 34km branch line at a diameter of 1016mm and 608mm respectively, two

valve cambers and 9.87km tunnel crossing work.

Construction supervision

Sichuan-to-Shanghai Gas Transmission Line Project Management Department

March 2007 thru Dec. 2008


Page 52 of 137

No. Name of Project Description of Project Scope of Work Client Duration

8 Zhengzhou-Tangyin Product Oil

Pipeline Project

The project involves a 200km trunk line at a diameter of 655.6mm, one Zhengzhou oil transfer station, one Xinxiang off-take pump station, one valve clamber and two pipeline

coating plants.


SINOPEC Oil Marketing Co. Ltd.

Dec. 2007 thru Dec. 2009

9 Jiaozhou–to-Rizhao Natural Gas

Transmission Line Capital Investment: CNY233 million


SINOPEC Natural Gas Corporation

March 2008 thru Nov. 2008

10 Wuhan Pipeline Yangtzi River

Crossing Project

L=18km, Diameter: 355.6mm, Design pressure: 4.0MPa Design capability: 350×104t/a



Aug. 2008 thru Sep. 2009

11 Liuzhou – Guilin Product Oil

Pipeline Project The project covers a 190km trunk line, one initial station and

one terminal station. Construction supervision


Aug. 2008 thru July. 2009

12 Hangzhou-to-Jiaxing Gas

Transmission Line

The project includes a 87.3km trunk line and a 69km lateral line, at a diameter of 813mm and 273mm respectively with

the design pressure of 6.3MPa.


Zhejiang Natural Gas Development Co. Ltd.

Jan. 2009 thru

Jan. 2010

13 Yulin-to-Jinan Gas Transmission

Line

L=101km Throughput capacity : 30×108m3/α One initial station


Sinopec Natural Gas Co. LtdJune 2007

thru Jan. 2009

14 Shanxi Wuqi–to-Yanlian Oil Pipeline

L=200.9km, diameter: 426mm, 377mm Construction supervision

Shanxi Yanchang Petroleum Pipeline Transportation Co.

Sep. 2007 thru July 2009

15

Product Oil Pipeline (Segment two , Phase One) for Fujian Oil

Refining and Chemical Integrated Project

The product oil pipeline starts from Quangang initial station, via Dongfu off-take station, and ends at the Xiamen

Shihushan terminal.



Jan. 2008 thru July 2009

16 Guangdong Gas Line Network

(Segment Two, Phase One)

The Gas Line covers the trunkline length of 50.5km sizing 914mm diameter, two stations, two valve chambers and

220m directional drilling crossing middle size river.


Guangdong Natural Gas Line Network Co. Ltd

Ongoing from Sep 2009

17 Guangdong Gas Line Network (Package Four, Phase One)

The project includes a 47.05km trunk line and a 11.65km lateral line, at a diameter of 914mm and 610mm

respectively with the design pressure of 9.2MPa, 4 valve stations, 1 initial station and 1 terminal.


Guangdong Natural Gas Pipeline Network Co. Ltd

Ongoing from Feb. 2010

18 Huangdao-to-Weifang Heavy Oil

Pipeline L=190km, Diameter: 711mm, Design Pressure: 6.4MPa


Weifang Binhai Investment Development Co., Ltd

/ Shandong Binhai Hongrun Pipeline Logistics Co., Ltd

Ongoing from Oct. 2009

19 Rizhao-to-Yizheng Oil Pipeline

Facilities L=100.7km, One pipeline coating plant, One oil transfer

station Construction Supervision

SINOPEC Pipeline Storage and Transportaton Company,

Feb. 2010 thru Oct. 2011

20 Gas Pipeline Project from Northeastern Sichuan to

Western Sichuan L=62.62km, Diameter:1016mm


SINOPEC South-West Oil and Gas Co.

June 2010 thru June 2011


Page 53 of 137


Page 54 of 137

Typical Project No. 1

Assignment Name:

Gas Transmission Pipeline From Sichuan to East

China

(Contract No.: CQDS-DESIGN-002)

Country

P.R. China

Location within Country:

Starting from DaZhou County of SiChuan Province,

and ending at Terminal of Shanghai City

Professional Staff provided by Your Firm/Entity (profiles):

SPE provided all his permanent professional staff involved

for this project.

Name of Client:

SINOPEC Natural Gas Co. Ltd,

No. of Staff:

80 staff

Address:

YiLing District, City of YiChang, HuBei Province,

China

No. of Staff-Months; Duration of Assignment: 2197

staff-months, 23 Months duration

Start Date (Month/Year):

Feb. 2006

Completion Date

(Month/Year):

Dec. 2007

Approx. Value of Consultancy Services: US$57.35mn

Name of Associated Consultants. If any: No of Months of Professional Staff provided by Associated

Consultants:

Name of Senior Staff (Project Director/Coordinator, Team Leader) Involved and Functions Performed: Mr. Feng

YongXun as Project Director functions the management of contract execution and. Mr. Zhao Shuai as Project

Manager functions the contract performance, coordination with client and management of the disciplines. Mr. Liu

JianWu as Engineering Manager functions the specific engineering design performance and governing the various

departments of the Task Force.

Narrative Description of project: The installed pipeline consists of 1 trunk line, 1 special line and 4 branch lines,

covering a total 2203km, of which the trunk line has a 1700km length, O.D.1016mm and 10MPa design pressure

with a throughput capacity of 8bn cm/year. The trunk line starts from DaZhou County of SiChuan Province, and

ends at Terminal of Shanghai City, along which crossed 72 mountain tunnels at a total 85km length, 5 super large

rivers including the Yangtzi River, and 6 medium & large over crossings. The project will spend a capital cost of

US$21.3bn.

Description of Actual Services Provided by Your Staff: SPE is providing the actual services of feasibility study,

overall engineering design, basic engineering, detailed engineering, detailed engineering design of automatic

control, telecommunication and stations, preliminary and detailed geotechnical investigations on the route,

preparation of contract tender documents and construction supervision.


Page 55 of 137

PHOTOS FOR PROJECT NO. 1

Facilities

Pipeline Routine


Page 56 of 137

Gas Transmission Pipeline From Sichuan to East China Project


Page 57 of 137

Typical Project No. 2:

Assignment Name:

Upgrade Of Western Kenya Pipeline Extension (WKPE)

Project

(Contract No.: SU/QT/200N/07)

Country

Kenya


Kenya

Professional Staff provided by Your Firm/Entity

(profiles): SPE provided all his permanent professional

staff involved for this project.

Name of Client: Kenya Pipeline Co. Ltd. No. of Staff:

Address: Kenpipe Plaza, Sekondi Road off Nanyuki Rd,

Industrial Area; P. O. Box 73442 00200; Nairobi, Kenya

No. of Staff-Months; Duration of Assignment:

13 months

Start Date (Month/Year):

July 2007

Completion Date

(Month/Year):

Approx. Value of Consultancy Services: US$4.01

million

Name of Associated Consultants. If any: No of Months of Professional Staff provided by

Associated Consultants:

Name of Senior Staff (Project Director/Coordinator, Team Leader) Involved and Functions Performed:

Narrative Description of project:

It has been observed that the WKPE Pipeline is not able to cater for the immediate demand for the Western Kenya

Region and the Export market due to limited capacity of the pipeline. In case of diminishing product stock, the

Western depots (i.e. Eldoret and Kisumu) are forced to give preference to deliveries for the local market. Therefore

the export market is not supplied with products as required.

In order to meet the anticipated future demand for Western Kenya and the neighbouring countries up to the year

2020, there is need to increase the operating throughput from Nairobi to Eldoret. However, this is not achievable

with the existing pumping stations capacity and the 8 inch pipeline transiting to 6" line at Burnt forest.

The objective of this assignment is to carry out pipeline capacity enhancement by installing a parallel pipeline from

Nairobi to Eldoret (230km) and augmentation of the existing three pumping stations to suit parallel operation of the

two pipelines. If found necessary, fourth pumping station may be installed to meet the demand and the required

system operating pressures. The annual demand in Western Kenya and the neighbor countries is estimated to

increase to 7,878,397 m3 in the year 2030 based on the demand projections by Kenya Institute of Public Policy

Research and Analysis (KIPPRA, business as usual scenario, point forecast.

Description of Actual Services Provided by Your Staff: SPE was contracted for supply of Engineering, Consultation

& Construction Supervision.


Page 58 of 137

Installation Site


Page 59 of 137

Typical Project No.: 3

Name of Project: FuJian Refinery Subsea Line EPC Project

Country Where Executed: MeiZhou Bay off QuanZhou City of China

Name of Client: FuJian Refinery & Chemical Co. Ltd.

Type of Project: Subsea Pipeline

Description:

The pipeline is installed at 49.5m water depths in MeiZhou Bay off QuanZhou City of Fujian Province, connecting the

30,000T QingLanShan Crude Oil Harbour and Fujian Refinery Crude Oil Tank Farm. The subsea single-line is

designed with the concrete weight coating and has a 13.1km length, consisting of 12.7km offshore section and 0.4km

onshore section.

Extent of Design Works by Contractor: SPE provided the following services for the said project: 1) Engineering & design; 2) Procurement; 3) Construction & Installation; 4) Commissioning & start-up.

Construction Cost in USD: RMB 176mn

Year of Completion: Oct. 2007


Page 60 of 137


Page 61 of 137


Name of Project: Chengdao Subsea Natural Gas Pipeline

Country Where Executed: Bohai Bay, Chengdao Offshore Field, off DongYing City, Shandong, China

Name of Client: Shengli Oilfield Offshore Oil Development Co. Ltd.

Type of Project: Natural Gas Tramsmission Pipeline

Description:

The subsea gas pipeline, starting from No.2 Central Platform of Offshore Chengdao field of BoHai Bay of China to the

onshore terminal, was installed in a pipe-in-pipe structure consisting of 219 inner pipe & 325 outer pipe at a

US$17.5mn capital investment and 1.5 to 12m water depth. The subsea line is designed with a 500k cm/d at a 5.5MPa

design pressure and 100C design temperature.

Extent of Design Works by Contractor:

The actual services provided by SPE include geotechnical survey and investigation, feasibility study, engineering

design and site technical support.


Year of Completion: Engineering & Consultation completed from June 2002 thru Oct. 2003


Name of Project: Waidiaodao-Cezidao-Zhenhai Subsea Oil Pipeline Crossing Project

Country Where Executed: ZhouShan City, GuangDong Province, China

Name of Client: Pipeline Storage and Transportation Company, SINOPEC

Type of Project: Crude Oil Transmission Pipeline

Description:

The project was awarded to SPE at a EPC mode with a contract value of US$65mn for installation of a subsea pipeline at a 25m water depth in offshore South China for offloading the crude oil from tankers and delivery the oil onshore, with a capacity of 15MMt/year and 27106t/a at Section D and E, respectively.

Cezidao-Zhenhai subsea pipeline, at O.D. 762mm and 36.5km in length, was installed by a conventional pipelaying barge at a 25m maximum water depths.

Waidiaodao-Cezidao subsea pipeline, running 2.35km in length of O.D. 610mm, was installed by the directional drilling technique to cross the complicated stratum, including rock, clay with high-content gravels, clay gravel.


The actual services provided by SPE include project management, engineering design, procurement, construction and installation, commissioning and startup.

Construction Cost in USD: EPC contract value of US$65mn

Year of Completion: Sept. 2003 thru Mar. 2005

PHOTOS FOR PROJECT NO. 5


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Page 63 of 137

7.2 SPE Gas Processing Experience of Recent Years

S. No.

Name of the projects Capacity Description

1 Hekou Gas Treatment unit 2.5MMSCFD Low pressure turbo-expansion refrigeration

2 Chunliang Gas Treatment unit 2.5MMSCFD Low pressure turbo-expansion refrigeration

3* DongYing Natural Gas MSTE Plant Project (Phase I & II) under ICB

36MMSCFD 3-tower Molecular Sieve Gas Dehydration, Auxiliary Ammonia refrigeration + medium pressure turbo-expansion refrigeration

4 Bonan Natural Gas Treatment Terminal

28MMSCFD 3-tower Molecular Sieve Gas Dehydration, Auxiliary Ammonia refrigeration +medium pressure turbo-expansion refrigeration

5* GuDao Natural Gas MSTE Processing Plant Project under ICB

18MMSCFD 3-tower Molecular Sieve Gas Dehydration, Auxiliary Ammonia refrigeration + medium pressure turbo-expansion refrigeration

6 Wangjiagang Gas Treatment Unit

1MMSCFD Mixed refrigerant +gas bearing turbo-expander

7 DongHeTang Oilfield Circulating Gas Injection Station

35MMSCFD To separate CO2 and H2O with membrane separation; gas turbine + centrifugal compressor; 12.3MPa high pressure gas injection

8* West Kuwait GC28 Expansion Project, EPC under ICB

170MMSCFD Sour gas compression + TEG dehydration; condensate molecular sieve dehydration and decoloration

9 Surface construction project of Qinghai SeBei TaiNan Gas Field

148MMSCFD High pressure gathering (12MPa); high pressure TEG dehydration (2 sets of 210 ×104m3/d units @ 7.5MPa); methanol recovery treatment

10 DongFang Onshore Gas Processing Terminal

257MMSCFD Slug catcher, TEG dehydration, condensate separation and stabilization; natural gas compression, and CO2 & H2O membrane separation

11 Natural Gas Transfer of Shengli Chengdao Oilfield Offshore Platform

14MMSCFD

Offshore platform: 2 reciprocating compressors with export pressure of 5.5MPa; onshore terminal: slug catcher, condensate stabilization, natural gas molecular sieve dehydration

12 Bonan Gas Field Onshore Gas Processing Terminal

46MMSCFD TEG dehydration, and auxiliary propane refrigeration + turbo-expander

13 Chunxiao Gas Field Onshore Gas Processing Terminal

268MMSCFD Slug catcher; TEG dehydration, auxiliary propane refrigeration + turbo-expander ( 2 sets of 360 ×104m3/d gas treatment units)

14 Hainan Huatong Light Hydrocarbon Recovery Unit

1.4MMSCFD Ammonia refrigeration + choke

15 DaNiudi Natural Gas Gathering Project

107MMSCFD High pressure gas gathering; choke refrigeration + water dew point control by ethylene glycol anti-freezing hydrocarbon

16 Maoba-Dazhou Natural Gas Gathering and Treatment Project

7MMSCFD High pressure gas gathering(with H2S); choke refrigeration + ethylene glycol anti-freezing hydrocarbon water dew point control

17 HeTianHe Gas Gathering, Purification and Treatment Station

14MMSCFD

High pressure gas gathering; MDEA natural gas desulfuration; choke refrigeration + water dew point control by ethylene glycol anti-freezing hydrocarbon ; condensate separation and stabilization


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18 Tahe Oilfield 8 Block Natural Gas Treatment Unit

5MMSCFD Desulfuration by dry process, TEG dehydration and MDEA decarbonization

19* Yakela Gas Field Gas Processing Plant Project

92MMSCFD Molecular sieve dehydration + turbo-expansion refrigeration + low-temperature absorption

20* SES Gas Project & Zelda to Widuri Fuel Gas Facilities of Indonesia, EPCI under ICB

150MMSCFD MDEA natural gas decarbonization & TEG gas dehydration

21 Tahe Oilfield YT1 Gas Gathering & Treatment Plant

28MMSCFD Choke refrigeration, glycol dehydration, hydrocarbon & water dewpoint control

22 Surface Gathering Project, Puguang Gas Field

1513MMSCFD High-sulphur-content natural gas gathering, wet gas heating and heat-insulated mixed transfer technology

23 Hekou Natural Gas Desulfuration Unit

3.5MMSCFD Natural gas desulfurization with complex iron

24 TaiAn ShenRan LNG Utilization Project

5.3MMSCFD Auxiliary Refrigerant Process

25* TaHe #3 GC Associated Gas Treatment Project, EPC under ICB

18MMSCFD

Raw gas pressure boosting, H2S removal and sulfur recovery, Molecular sieve gas dehydration and turbo-expander refrigeration with ammonia as auxiliary refrigeration, condensation separation, condensate fractionation, and export gas pressure boosting

26 LiShui Gas Treatment Project 42MMSCFD

SPE was responsible for Feasibility Study service for LiShui gas field development located at East Sea offshore China. The scope of work covers the onshore gas treatment terminal and one 134km subsea gas gathering line from the offshore field to the onshore terminal at the design capacity of 42MMSCFD (1.2MMcu.m/d) gas and 140 thousand metric tons per year of condensate.

27 BoNan Gas Processing Plant 5MMSCFD

The catalytic wet oxidation-reduction process is used to convert H2S to elemental sulfur, which reduces the H2S concentration down to 10mg/m3 from 2500mg/m3 in feed gas.

28*

SongNan Gas Field Gathering & Processing Project, EPC under ICB which is ongoing now

105MMSCFD

Incoming gas metering and export gas custody transfer metering, fuel gas system, open & closed drain system, CO2 removal, TEG gas dehydration, export gas line

29 JinZhou South Onshore Gas Terminal (ongoing now)

64MMSCFD Molecular sieve dehydration + propane refrigeration + coaxial expansion for pressure boosting

30 ChuanKe #1 Gas Well Production Facilities

7MMSCFD

Sour gas separator + chelated iron H2S absorber + solution flash tank + purified gas separator + flare KO drum

33 DaNiuDi Gas Field Development Project

1bn cmpy

Pre-FEED, 1bn cmpy capacity from 101 horizontal and 36 vertical gas wells; Project Duration: Oct. thru Dec. 2011

34 TaHe Block 9 Gas Field Development Project

700k cm/d

Provision of Feasibility Study, FEED & Detailed Engineering. SOW covers on-plot & off-plot systems. The on-plot system includes the central processing facilities (CPF) at the capacities of 500k cm/d gas sweetening and 70k cm/d dehydration / hydrocarbon dewpoint depression and one HP test manifold station. Project Duration: 2011-2012


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35 Central Processing Facilities for DaNiuDi Gas Field

5 bn cmpy

Provision of FEED from Jan. 2014 thru July 2014. 50×108Nm3/yr gas processing capacity, 16.5×103t/yr LPG output and 13.2×103t/yr stabilized light hydrocarbons output. Low-temperature refrigeration by Methanol injection and gas dehydration / hydrocarbon dewpoint depression.

36 Basing Sweet Gas Plant 65 MMSCFD

Provision of Pre-feasibility Study from Aug. to Sept. 2015 for client – CNOOC North America Incorp. The Basing Gas Field is located near Foothills area, Alberta, Canada.

37 Early Production System (EPS) of North 201 Gas Well Block

19 MMSCFD

Provision of Conceptual Design and Detailed Engineering Design of Early Production System (EPS) for North 201 Gas Well Block of LongFengShan Gas Condensate Field, China. The detailed design was completed between July and Aug. 2015. The project SoW includes 3 gas condensate well pads covering 21 wells, gas flowlines & fuel gas lines and EPS station. The EPS facilities consist of well test separator, gas-liquid separators, low-temperature dehydration unit / hydrocarbon dewpoint depression unit, and heating, flash, storage, truck-loading for export of condensate. Client: Sinopec North-east Oil & Gas Incorp.

Typical Project No. 1

Number of Contract: No. YJ[2002]063

Name of Contract: Yakela Gas Field Gas Processing Plant Project

Name of Employer: SINOPEC NORTHWEST OIL COMPANY

Address of Employer:

#29 Northern Beijing Avenue, Urumqi City 830011, Xinjiang Province, China

Tel.: +86 0991 3600807

Nature of Works and Special Feature Relevant to the Contract:

Capacity: 92MMSCFD Gas Processing Plant

Scope of Work: Basic & Detailed Engineering and technical support for site construction


Located in Tarim Basin, XinJiang Province, China, the project comprises eight flowline systems, one gathering center, two transfer pipelines (gas & condensate), one terminal and the associated systems with a treatment capacity of 2.6MMscm/d gas and 170,000t/yr of condensate. The main process consists of:

Production and test separators,

2-stage heat exchangers & 2-stage separation,

Condensate desalter and stabilization,

Molecular sieve dehydration, main heat exchanger, turbo-expander and direct heat exchanger, and

Deethanizer column and LPG column.

The LPG section consists of two LPG spherical storage tanks each at 1000cu.m, two natural gasoline storage tanks each at 650cu.m., two condensate storage tanks each at 2000cu.m., one road truck LPG loading station and one rail tank wagon loading station.

In this project, most major equipment sources from China for the consideration of reducing the capital cost and fast delivery time, with the vendor list as below.

Contract Role: Sole Contractor

Value of the Contract: USD 285mn Year of Completion: January 2005


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Gas Plant Overview

Aerial View of Yakela Gas Processing Plant Aerial View of Yakela Kuche Terminal Station

Fire Station for Yakela Gas Processing Plant Living Accommodation Area


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Condensate Package Area Partial View of Yakela Gas Processing Plant

Condensate Storage Tank Area Vent Flare of Yakela Gas Processing Plant

Main Piping Racks Condensate Stabilization Unit Area

Metering / Separation Unit Area Metering / Separation Unit Area


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Medium Heater Area Chemical Injection Unit Area

Molecular Sieve (MS) Dehydration Unit Incoming Manifold

Custody Transfer Area Main Piping Racks at Tankage Area


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Night View of Yakela Gas Processing Plant Condensate Fractionation Unit Area

Typical Project Experience No. 2

Number of Contract:

Name of Contract: DongYing Natural Gas MSTE & Compressor Plant Project (Phase I & II), EPCI

Name of Employer: Shengli Oil & Gas Transmission Co.


#680 HuangHe Road, DongYing District, DongYing City, Shandong Province, PR China, Postal Code: 257000; Tel./Fax: +86-546-8799933


Turnkey EPCI of 36MMSCFD Natural Gas MSTE Processing & Compressor Plant under ICB

Scope of Work: Engineering, Procurement, Construction, Installation, Commissioning, Start-up


The main process covers the auxiliary Ammonia refrigeration and medium pressure turbo-expansion refrigeration systems, 3-tower molecular sieve unit, one centrifugal compression unit (4-stage compression with 50kPa (g) suction and 3.9MPa discharge pressures, manufactured by Kawasaki Heavy Industries) and associated systems. The plant has two trains each at a capacity of 18MMSCFD +/- 20%. The turbo expander units operate at the conditions of 3.87MPa suction & 1.4MPa discharge pressures, minus 51°C suction & minus 85.8°C discharge temperatures, with more than 80% propane recovery. The system recovers more than 80% C3 and produces 120 to 160 metric tons of LPG at the refrigeration temperature of minus 87°C to minus 90°C.

Contract Role: Sole Contractor, through ICB

Value of the Contract: USD 42 million

Duration of Contract: June 1983 thru Dec. 1985 (Phase I) & Jan. 1989 thru Dec. 1990

Molecular Sieve Tower & Turbo Expander Unit Central Control Room


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Centrifugal Compressor Unit Compressor Water-cooler System


Number of Contract:

Name of Contract: GuDao Natural Gas MSTE & Compressor Plant Project, EPCI

Name of Employer: Shengli Oil & Gas Transmission Co.


#680 HuangHe Road, DongYing District, DongYing City, Shandong Province, PR China, Postal Code: 257000; Tel./Fax: +86-546-8799933


Turnkey EPCI of 18MMSCFD Natural Gas MSTE Processing & Compressor Plant under ICB



The main process covers the auxiliary Ammonia refrigeration and medium pressure turbo-expansion refrigeration systems, 3-tower molecular sieve unit, compression units and associated systems, at a capacity of 18MMSCFD. The turbo expander units operate at the conditions of 3.87MPa suction & 1.4MPa discharge pressures, minus 51°C suction & minus 85.8°C discharge temperatures, with more than 80% propane recovery. The system recovers more than 80% C3 and produces 120 to 160 metric tons of LPG at the refrigeration temperature of minus 87°C to minus 90°C.

The compression facilities consist of 4 Cooper’s reciprocating, gas-engine driving compressors (SW644), 3 in operation & 1 in stand-by, each at a rate capacity of 9MMSCFD. The compressors operate each at 2000HP, 900rpm, 3-stage pressure boosting and 4.2MPa discharge pressure.



Duration of Contract: Feb. 1988 thru Dec. 1989

GuDao Gas MSTE Processing Facilities


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GuDao Gas Compressor Facilities


Number of Contract: 332001646

Name of Contract: Contract for Engineering , Procurement, Construction & Installation of the SES Gas Project & Zelda to Widuri Fuel Gas Facilities of Indonesia, EPCI

Name of Employer: CNOOC SES LTD.


Jakarta Stock Exchange Building, Tower 1,18th-22nd Floor, Jl Jend Sudirman KV 52, PO. Box 2759, Jakarta 12190 Indonesia; Tel.: +62 21 515 1001; Fax: +62 21 515 1051


Turnkey EPCI of 150MMSCFD Natural Gas Processing Terminal under ICB



The purpose of Phase I South East Sumatra Gas Project, which was successfully put into operation on March 2006, pipes the gas containing 7.5% volume of CO2 from ZEF gas wells to the Cilegon PLN power generation plant for satisfaction of early operation requirement, via the transmission line by-passing the Gas Terminal on Pabelokan Island. Phase I South East Sumatra Gas Project consists of three (3) skid-mounted metering packages (orifice type) and manifolds.

The Phase II South East Sumatra Gas Project will remove CO2 and water out of gases, which are reservoir gas gathered from Banuwati-A Platform and associated gas from Zelda, to the specification of 5% (Vol.) CO2 or less for the purpose of Cilegon PLN power generation plant.

The scope of work in this project covers the PBA Gas Terminal and the piping for fuel gas, fire fighting water, fresh water and sewage water, except for gas export line.

The TEG dehydration train is designed to reduce water content below 10 pounds water per MMscf for 110 MMscfd for export.

The export gas compression system consists of four (4) Cooper’s electrically-motored reciprocating compressor skid packages, 3 in operation and 1 in standby, each at 360psig suction & 900psig discharge pressures, 41MMSCFD throughput capacity & 2000kW power.



Duration of Contract: Jan. 2005 thru July 2007


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Overview Of Gas Processing Terminal

Gas Processing Facilities Reciprocating Compressor Package


Number of Contract: 95G071 Name of Contract: West Kuwait GC28 Expansion Project, EPC Name of Employer: China Petroleum Engineering Construction Corp. Address of Employer: Kuwait Office, P.O. Box 10100, Shuaiba 66451, Kuwait Nature of Works and Special Feature Relevant to the Contract: Turnkey EPCI of 170MMSCFD Natural Gas Processing System of GC28 under ICB Scope of Work: Engineering, Procurement, Construction, Installation, Commissioning, Start-up Narrative Description of project: It is EPC project completed and put into operation in 2002. SPE executed the detailed Engineering, Procurement & Construction for gas treatment systems. The gas treatment system consists of TEG gas dehydration and molecular sieve condensate dehydration and decolorization processes for condensate processing, with the following design parameters: 1) Dehydration & condensate separation system Capacity: 170 MMSCFD


Page 73 of 137

H2S concentration: 40,000 ppm Gas export pressure: 6.0 MPa, absolute Water dewpoint: 41°F @ 6.35MPa, absolute Hydrocarbon dewpoint: 104°F @ 6.35MPa, absolute 2) Condensate dehydration & decolorization system (molecular sieve & active carbon) Capacity: 8.6 MMt/a Export pressure: 6.97 MPa, absolute Water concentration: <50 ppm Chroma: +50 saybolt Contract Role: Sole Contractor, through ICB Value of the Contract: USD 400 million Duration of Contract: 1996 thru 2002

CONDENSATE TREATMENT UNITS HP COMPRESSORS

Production Facilities Expansion Project -- West Kuwait GC-28


Number of Contract: YJ[2007]105 Name of Contract: TaHe #3 GC Associated Gas Treatment Plant Project Name of Employer: Sinopec Northwest Oil Company Address of Employer: #29 Northern Beijing Avenue, Urumqi City 830011, Xinjiang Province, China; Tel.: 0991 3600943


Page 74 of 137

Nature of Works and Special Feature Relevant to the Contract: Turnkey EPCI of 18MMSCFD Gas Processing Plant under ICB Scope of Work: Engineering, Procurement, Construction, Installation, Commissioning, Start-up Narrative Description of project: Located in Tarim Basin, XinJiang Province, China, the project covers the treatment of the associated gas separated from TaHe #3 Gathering Center in TaHe oilfield, and the new installation of one hydrocarbon vapour recovery unit at a capacity of 18 MMSCFD. The project system consists of pressure boosting to raw gas, H2S removal and sulfur recovery, molecular sieve gas dehydration and turbo-expander refrigeration with auxiliary ammonia refrigeration, condensation separation, condensate fractionation, and export gas pressure boosting, including the associated condensate storage and truck loading for shipment. Contract Role: Sole Contractor Value of the Contract: USD 26mn Duration of Contract: Mar. 2007 thru Sept. 2008


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Number of Contract: ZHNGL/CT/001A Name of Contract: ZhuHai LNG Plant Project Name of Employer: CNOOC Gas & Power Generation Co. Ltd. Address of Employer: 6B Garden Building, #1083 Jiuzhou Avenue, Zhuhai City, Guangdong Province, China Tel.: +86 756-3336766, +86 756-3335777 Nature of Works and Special Feature Relevant to the Contract: Detailed Engineering Narrative Description of project: The project is located on the HengQin Island, ZhuHai City of China. The LNG facilities is designed at a processing capacity of 200 million standard cubic meters of natural gas (average 600 thousand cubic meters per day), and 400 tons of LNG per day. The facilities comprise gas filtration for separation and metering, H2S removal, gas dehydration, heavy hydrocarbons separation, refrigeration & liquefaction, LNG & LPG storage & loading for shipment, and associated systems of fire fighting, plant & instrument air, water supply & drainage, flare vent, and power supply & distribution. Contract Role: Sole Contractor Value of the Contract: USD 3mn Year of Completion: Early January to Late June 2008


Number of Contract: SR-07-01(CG) Name of Contract: TaiAn ShenRan LNG Utilization Project Name of Employer: TaiAn ShenRan LNG Utilization Co. Ltd. Address of Employer: Daolang Town, Daiyue District, TaiAn City, Shandong, China Tel.: +86-538-8372156; Fax: +86-538-8372738 Nature of Works and Special Feature Relevant to the Contract: Preliminary Engineering & Design Narrative Description of project: The project is located in TaiAn City of Shandong Province of China. The LNG facilities are designed at a 150,000Nm3/d LNG production capacity, with about 1.5t/d LPG output. The facilities comprise the pressure regulation, measurement and analysis of incoming feed gas, feed gas pre-purification, feed gas liquefaction, LNG storage and road truck loading, refrigeration & expanding, pre-cooling, nitrogen, heat medium, BOG treatment, venting and utilities systems. Contract Role: Sole Contractor Value of the Contract: USD 1.2mn Year of Completion: March 2008

LNG Plant Panorama


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Number of Contract: G1200-09-KK-0033

Name of Contract: Engineering, Procurement, Construction & Commissioning of Gas Processing Plant with Associated Systems for SongNan Gas Field Development Project

Name of Employer: Sinopec Northeast Oil & Gas Company

Address of Employer: #4936 XiAn Avenue, ChangChun City, Jilin Province, China Tel./Fax: +86 431 8795 8900

Nature of Works and Special Feature Relevant to the Contract: Turnkey EPCI under ICB Scope of Work: Engineering, Procurement, Construction, Installation, Commissioning, Start-up Narrative Description of project: The project is constructed in 2 phases at a capacity of one billion cubic meter gas production facilities, consisting of gas flowlines at a total 23km length, one gas gathering station at a 1.7MMscmd capacity covering 6 gas wells and one gas processing terminal at a 3MMscmd +/-30% processing capacity from 8 gas wells, and the product gas export pipelines at a total 146km length sizing DN400 (115km long) & DN150 (31km long) with 3 ESD valve rooms along the pipeline route. The Phase I project was constructed with gas gathering and temporary dehydration system at a capacity of 300 thousand cubic meters per day and put into operation early in Nov. 2008. The Phase II project consists of incoming gas metering and export gas custody transfer metering, fuel gas system, open & closed drain system, CO2 removal (27%(vol.) CO2 cencentration), dehydration, export gas line, community & operation control base, 66kV sub-station & emergency power generation system, fire prevention system, and access road, etc. Contract Role: Sole Contractor Value of the Contract: CNY 1.1Bn (approx. USD162mn) Year of Completion: completed on May 2011

SongNan Phase I Project Start-up Ceremony for Phase I

Regeneration Tower Trucked to the Job Site Flash Tanks Trucked to the Job Site


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Tower Erection at Job Site Gas Processing Unit

Gas Turbine Generator Set


Number of Contract: G04CQ-06-JS-0064 Name of Contract: Gathering & Processing System Project of PuGuang Gas Field Development Name of Employer: SINOPEC ZhongYuan Oilfield Company Address of Employer: City of PuYang, HeNan Province, China

Tel.: +86 818-4736809; Fax: +86 818 818-4736064

Nature of Works and Special Feature Relevant to the Contract: Engineering & Consulting Services Scope of Work: 1) Topographical Survey & Geo-technical Investigations; 2) FEED & Detailed Engineering, and Engineering Management; 3) Procurement Services of preparation of RFQ, TBA/CBA for equipment & materials; 4) Construction Support; 5) Site Support for Pre-commissioning, Commissioning & Start-up; 6) Final Documentation. Narrative Description of project: PuGuang Gas Field has a total 3686 billion cubic meter gas resource in place, and is designed for gas production capacity of 15 billion cubic meters per year. The gathering and processing system consists of 79 gas wells, 9 water disposal wells, 44km flowlines with 16-core fibre optic cables, 30 ESD valve rooms, 25 gas gathering stations, 1 gas processing terminal and 1 produced water treatment station, and associated systems such as 75km access road,


Page 78 of 137

41km electric power transmission lines, and SCADA control system, and gas line crossings by 6 mountain tunnels, 3 medium-large river over-crossings and 25 large trench crossings, etc. The PuGuang sour gas contains 16% (mol) H2S and 8% (mol) CO2. The gathered sour gas is purified for H2S and CO2 removal and gas dehydration. And the product gas, at the specifications of 30 to 40°C, 8.3 to 8.5MPa, water vapour saturated, 4ppm H2S and 2 to 3% (mol) CO2, free from impurities and condensate, is transported the Gas Transmission Pipeline From Sichuan to East China to Shanghai for end users’ consumption in different purposes. Contract Role: Engineering & Consulting Services Value of the Contract: CNY280mn for Consultancy Services Year of Completion: Sept. 2006 thru Dec. 2009

P2集气站

P6集气站

脱硫厂

P4集气站

PA集气站

集中清管站

3.00km

2.61km

1.78km

2.61km

5.48km

M 普光镇

河

后

河

后

中

河

穿越后河

穿越中河

穿越后河

FF

FF

F

F

F

F

FF1

F2

F3-1

F4-2

F4-1

F5-1F6-1

F7-1F8-1集气末站

PB集气站

1.50km

F F

FF

F5-2F6-2

F8-2F7-2

DN300

DN300

DN250

DN250

DN250

DN350

N

河流

公路

河流

拟建高速公路

拟建高速公路

PUGUANG GAS FIELD

PuGuang Gas Field Overview

Gas Well Pad P2 Gas Line Installation to P301 Gas Gathering Station


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The On-going P301 (Left) & P302 (Right) Gas Gathering Stations

The On-going P303 Gas Gathering Station

Large Trench Crossing for Gas Line


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River Crossing for Gas Line

Mountain Tunnel Crossing for Gas Line

PuGuang Gas Processing Center


Page 81 of 137


Number of Contract: JZ25-1S (JZS)-10-ECJ-006

Name of Contract: Engineering, Procurement, Construction & Commissioning of Natural Gas Processing

Plant for Jinzhou 25-1 South Gas Field

Name of Employer: CNOOC (CHINA) LTD.


F5, YingBinGuan, No. 688 Bohai Oil Road, Tanggu, Tianjin, China,

Tel.: 0086 546 8551057; Fax: 0086 546 8550235;


Turnkey EPCI of 185×104m3/d (65MMSCFD) Natural Gas Processing Plant



1. Design Capacity

Jinzhou 25-1 South Gas Field Natural Gas Processing Terminal is mainly designed to receive the condensate gas from offshore platform, with the design capacity of 185×104m3/d (65MMSCFD), operating flexibility of 60% to 120% and annual 330 operation days. The propane recovery ratio of the plant is no less than 95% (mol). In Phase II, the same capacity is considered for future. The natural gas treatment process design for the facility includes “slug catcher + silica gel type gas dehydration + auxiliary refrigeration by propane + refrigeration by expansion machine + coaxial pressurization”.

2. System Description

Located in Yingkou City, Liaoning Province of China, the site of Jinzhou 25-1 South Gas Field Natural Gas Processing Plant is close to the heavy duty bitumen land of CNOOC Oil & Gas Utilization Corporation across the 7th Wei Road,, to the north, land for ethylene refining chemical project of CNOOC across road to the south, sewage treatment plant to the west and Jinzhou 25-1 South Gas Field Natural Gas Receiving Station of CNOOC Gas & Power Group to the east. The main function of Jinzhou 25-1 South Gas Field Natural Gas Processing Plant is to produce propane, butane and light oil products with high added-value, and provide the downstream users with qualified natural gas. The project mainly includes: construction of new gas gathering pipelines to deliver the natural gas to gas Plant after the offshore gas is delivered to the land; construction of 185×104m3/d (65MMSCFD) gas processing Plant with light hydrocarbon recovery, the main work of which is composed of incoming gas separation, natural gas dehydration, condensation, separation, fractionation, pressurization of the gas to be transported out of the facility, etc.; the auxiliary production equipment mainly includes condensate gas storage and loading, heating medium device, natural gas discharge, propane refrigeration, methanol injection, trans station, fuel gas, plant air, instrument air, nitrogen, stop valve, etc. This plant is constructed to produce dry gas, propane, butane, LPG and light gas. The dry gas products can meet the requirements for the second category of natural gas specified in GB 17820-1999 Natural Gas. The propane gas products can meet the requirements of GB9052.1-1998 Liquefied Petroleum Gas of Oil and Gas Field. The butane gas products can meet the requirements of GB9052.1-1998 Liquefied Petroleum Gas of Oil and Gas Field. The liquefied gas (mixture of propane and butane products) can meet the requirements of GB9052.1-1998 Liquefied Petroleum Gas of Oil and Gas Field. The light oil can meet the requirements for No. 2 natural gasoline specified in GB9053-1998 Natural Gasoline. Contract Role: Sole Contractor, through ICB


Duration of Contract: Mar. 2010 thru Feb. 2012

Enclosed below are Gas Processing Plant Photos


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Process System Area Spherical Storage Tanks Area

Wastewater Separator & Filter Area Fire Water Supply Area

Flare Vent Area


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Number of Contract: Name of Contract: Engineering & Consulting Services for BoNan Gas Processing Plant Name of Employer: HeKou Oil Production Co., a subsidiary of Sinopec Shengli Oilfield Co. Ltd Address of Employer: DongYing City, Shandong Province, China Narrative Description of project: The gas processing plant has a 5MMSCFD treatment capacity. The catalytic wet oxidation-reduction process is used to convert H2S to elemental sulfur, where iron is used as catalyst. This process reduces the H2S concentration down to 10mg/m3 from 2500mg/m3 in feed gas, with the H2S concentration in tail gas less than 10ppm. In addition, the gas sweetening solution directly converts the H2S in the gas stream to sulfur. The sweetening and re-generation operate at 35 to 40 degrees C. Contract Role: FEED & Detailed Engineering & technical support for procurement, job site construction, commissioning and start-up Value of the Contract: Year of Completion: April 2009 thru Aug. 2010

BoNan Gas Processing Plant


Assignment Name: DaNiuDi Gas Field Development

Country P.R. China

Location within Country: China

Professional Staff provided by Your Firm/Entity (profiles): SPE provided all his permanent professional staff involved for this project.

Name of Client: Sinopec North-China Oil & Gas Co.

No. of Staff:

Start Date (Month/Year): Mar. 2011

Completion Date (Month/Year): Jan. 2016

Approx. Value of Consultancy Services:


Page 84 of 137

Narrative Description of project: It is a Master Engineering Services Contract of Pre-FEED, FEED, Detailed Engineering & Technical Job Site Construction Support awarded to Sinopec Petroleum Engineering Corp. This productivity construction project is engineering designed for the surface engineering of annual productivity of 1 billion m3 in Daniudi Gasfield. There are about 100 gas well pads, 5 gas gathering stations, 1 central gas processing terminal, 424km pipelines sizing DN50 and PN23MPa for single well, 424km alcohol injection pipelines sizing DN50 and PN23MPa, 20km gathering lines sizing DN250 and PN6.3MPa, and 5.5km gas transmission trunk line of DN500 and PN6.3MPa. The Central Gas Processing Terminal is installed at a capacity of 15MMcmd (or 530MMSCFD) with the facilities of 3 trains of cryogenic separation system each at 5MMcmd (177MMSCFD), 1 condensate fractionation unit, and 2X650m3 LPG spherical storage tanks and 2X650m3 spherical stabilized condensate storage tanks, and associated systems such as propane refrigeration and heat medium systems etc. The cryogenic separation system mainly consists of a cold box, low-temperature separation column and propane evaporator. The total CAPEX is about RMB 350 million Yuan.

3D Model of Central Gas Processing Plant

Process Unit Area


Page 85 of 137

Cryogenic Separation Units

Spherical Storage Tanks


Page 86 of 137


Number of Contract: Name of Contract: ChuanKe #1 Gas Well Production Facilities Name of Employer: SINOPEC Southwest Oil & Gas Co. Address of Employer: Sichuan Province, China Narrative Description of project: The gas processing plant has a 7MMSCFD treatment capacity. The catalytic wet oxidation-reduction process is used to convert H2S to elemental sulfur, where iron is used as catalyst. This process reduces the H2S concentration down to 10mg/m3 from 10,000mg/m3 in feed gas, with the H2S concentration in tail gas less than 10ppm. In addition, the gas sweetening solution directly converts the H2S in the gas stream to sulfur. Contract Role: EPCC Value of the Contract: USD17Mn Year of Completion: Jan. 2011 thru Aug. 2011 Photos of ChuanKe #1 Facilities:


Page 87 of 137


Assignment Name: CO2 Capture System and Recycling Project (Contract No.: 54-2009-JSGC-00595)

Country P.R. China

Location within Country: Shengli Power Generation Plant, DongYing City, ShanDong Province, China


Name of Client: Shengli ChunLiang Oil Production Co., China

No. of Staff:

Address: BoXing County, BinZHou City, ShanDong Province, China

No. of Staff-Months; Duration of Assignment:

Start Date (Month/Year):Nov. 2009

Completion Date (Month/Year): June 2010


Narrative Description of project: This project would potentially reduce the annual carbon dioxide emissions in Shandong province of China. CO2 injection would also free up significant amounts of natural gas, which are presently injected into fields to enhance oil recovery. These natural gases can be used to generate electricity instead to meet the rising demand. SPE has conducted technical researches on post-combustion CO2 capture and recycling technology in coal-fired power plant, and built a coal-fired power plant post-combustion CO2 capture and purification demonstration unit with a capacity of 100t/d. The unit designed output of liquefied CO2 is 100t/d, with CO2 capture rate of over 80% and purity of 99.5%. By adopting chemical absorption technology, CO2 in flue gas from Shengli Power Plant is captured and liquefied and then delivered to oil regions of Shengli Oilfield for EOR by CO2 flooding. The newly developed compound absorbent with MEA water solution as the main composition reduces the degradation rate by more than 80% and increases CO2 absorptivity by 25%, while its corrosion rate to equipment is less than 0.1mm/a. Through optimization of CO2 capture and purification technology and key equipments, the new technology decreases energy consumption by 30%, operation cost by 30%, equipment coverage by 60% and realizes efficient, cost-effective and safe capture of CO2 in low differential pressure flue gas, compared to the conventional technology. Since being put into operation, the demonstration unit has reduced annual CO2 emission of 40,000t and increased the CO2 flooding recovery rate by more than 10% in Shengli Oilfield Pilot Area, obtaining favorable environmental and economic results. This technology has extraordinary application prospection. According to the preliminary screening result, oil reserves in Shengli Oilfield suitable for CO2 flooding oil recovery amount to 0.3 billion tons. If the CO2 flooding technology is adopted for all these oil reserves, recoverable reserves is expected to increase by 33.38 to 47.68 million tons, with CO2 injection capacity reaching 0.15 billion tons. Description of Actual Services Provided by Your Staff: It is an EPC contract. SPE has conducted the engineering, procurement, construction, startup of post-combustion CO2 capture and recycling unit.


Page 88 of 137

PHOTO FOR PROJECT REFERENCE NO. 15

Overall Layout of CO2 Capture System Liquid CO2 Truck Loading

Liquid CO2 is truck delivered to Shengli Chunliang CO2 Injection Station

for Enhance Oil Recovery


Page 89 of 137


Assignment Name: Engineering Services of TaHe Block 9 Gas Field Development

Country P.R. China


#466 South Changchun Road, Urumuqi City,

Xinjiang Province, China,

Tel.: +86 991-3166579; Fax: +86 991-6637597;


Name of Client: Sinopec Northwest Oil & Gas Co. No. of Staff:

Start Date (Month/Year): Mar. 2011

Completion Date (Month/Year): 11 2012

Approx. Value of Consultancy Services: US$ 1.23 Million

Narrative Description of project: Provision of Feasibility Study, FEED & Detailed Engineering. SOW covers on-plot & off-plot systems. The on-plot system includes the central processing facilities (CPF) at the capacities of 500k cm/d gas sweetening and 70k cm/d dehydration / hydrocarbon dewpoint depression and one HP test manifold station. The facilities include inlet test separation, MDEA sulfur removal / re-generation, methanol injection / choking for dehydration / hydrocarbon dewpoint depression, glycol re-generation, OR-Green sulfur recovery. The utilities consist of heat medium, propane refrigeration, instrument air and fire fighting systems.


Page 90 of 137

7.3 Experience of Gas Compressor Stations

Serial

No. Name of Projects Clients

Project

Schedule

Design

Capacity,

1000Sm3/d

Type of

Compressors

Nos of

Compressors

Single

Displacement,

1000Sm3/d Driving Type

Suction &

Discharge

Pressures / MPa

1

Sichuan ‐ Shanghai Gas

Pressure Boosting Compressor

Station

Sinopec Gas

Incorporation 2014‐2016 42857 Centrifugal 12 17,143

variable

speed drive

(VSD) 7.0 / 9.85

2

Pei Lin Gas Pressure Boosting

Compressor Station

Sinopec Gas

Incorporation 2014‐2015 17140 Centrifugal 4 4,280 VSD 4.0 / 9.85

3

Gas Pressure Boosting

Compressor Station

Sinopec Gas


4

TaYu Gas Pressure Boosting

Compressor Station

Sinopec North‐China

Incorporation 2012‐2014 15140

Receiprocatin

g 11 1,514

Directly

Electric

Driven 2.0 / 6.0

5

Yuan Ba Gas Pressure Boosting

Compressor Station

Sinopec Southwest

Incorporation 2014‐2015 10080

Receiprocatin

g 4 3,360

Directly

Electric

Driven

3.25‐5.7 /

8.2‐9.5

6

Initial Gas Compressor Station

for Keqi Coal‐to‐Gas Pipeline

Transportation

Inner‐Mongolia Datang

International

Keshenketeng Coal

Gas Co. Ltd.

Oct. 2010

thru Oct.

2012 4000 Centrifugal 4 1,330 Gas‐turbine 2.25 / 7.4

7

Gas Pressure Boosting

Compressor Station for

Sichuan‐Shanghai Gas Pipeline

Project

Sinopec Gas

Incorporation 2006‐2009 34286 Centrifugal 8 17,143

variable

speed drive

(VSD) 7.0 / 9.85

8 Yulin‐Jinan Gas Pipeline Project

Sinopec Gas



Page 91 of 137

9

Gas Compression Station of

Tahe Oil Field

Sinopec Northwest Oil

Inc.

Aug. 2007

thru Nov.

2008 250

Receiprocatin

g 3 125

Directly

Electric

Driven 0.2 / 2.6

10

Gudao Gas Compressor

Expansion Station of Shengli

Gudao Oil Block

Sinopec Shengli

Oilfield Inc.

Mar. 2010

thru May

2011 250

Receiprocatin

g 2 125

Directly

Electric

Driven 0.01 / 3.9

11

Widuri Fuel Gas Facilities of

Indonesia

CNOOC SES LTD.

Indonesia

Jan. 2005

thru July

2007 41MMSCFD

Receiprocatin

g 4 13.7MMSCFD

Directly

Electric

Driven

360psig /

900psig

12

West Kuwait GC28 Expansion

Project Kuwait Petroleum Co.

1996 thru

2002 3840 Centrifugal 6 1,920 Gas‐turbine

13

GuDao Natural Gas Compressor

Plant Project

Shengli Oil & Gas

Transmission Co.

Feb. 1988

thru Dec.

1989 18MMSCFD

Receiprocatin

g 4 9MMSCFD Gas Engine 1.4 / 4.2

14

DongYing Natural Gas

Compressor Plant Project

Shengli Oil & Gas

Transmission Co.

Jan. 1989

thru Dec.

1990 18MMSCFD Centrifugal 1 18MMSCFD VSD 50kPa (g) / 3.9


Page 92 of 137

Typical References of Gas Compressor Stations

Project Reference No. 1

Number of Contract: 35150021‐13‐FW0199‐0017 10205363‐13‐FW0431‐0001

Name of Contract: Engineering, Procurement, Construction & Commissioning of Gas Boosting Compressor Station for

Yulin‐Jinan Gas Line

Name of Employer: Sinopec YuJi Pipeline Co. Ltd


#15002 Century Avenue, LIXia District, JiNan City, Shandong Province, China

Office Tel.: 0086 531‐82682576; Email: [email protected]


Turnkey EPCI of Three Gas Boosting Compressor Stations at 1,714×104m3/d (605MMSCFD) for Yulin‐Jinan Gas Line

Scope of Work: Engineering, Procurement, Construction, Installation, Commissioning, Start‐up


This contract covers three gas booster compression stations, i.e. Initial Yulin Gas Booster Compressor Station, Pingyao Gas

Booster Compressor Station and Anyang Gas Booster Compressor Station.

1. Initial Yulin Gas Booster Compressor Station:

Initial Yulin Gas Booster Compressor Station (IYGBCS) is located Yuyang District of Yulin City, Shaanxi Province, China, which is

installed to pipe the natural gas at the terminal of Ta‐Yu Gas Line by Booster compression to end consumers. Four (4)

electrically‐motored, centrifugal type compressor packages are installed at IYGBCS, 3 in operation & 1 in standby, each at a

4.43 MMscmd (156MMSCFD) displacement at 8MW shaft power, with 4.0MPa suction and max. 9.5MPa discharge pressures

respectively. The IYGBCS project commenced on Nov. 30, 2013, was mechanically completed on Aug. 15, 2014 and started up

on schedule of Aug. 30, 2014.

2. Pingyao Gas Booster Compressor Station:

The original design transmission capacity of Yulin‐Jinan Pipeline is 31.6×108m3/a (306MMSCFD) and the design pressure is

10MPa. The transmission capacity will be increased to 50.45×108m3/a (488MMSCFD) when Pingyao Gas Booster Compressor

Station (PGBCS) is completed, and the design pressure of the extended station is 10MPa. The gas is supplied from Tayu

Terminal of Tayu Pipeline of Sinopec North China Branch.

The main design of PGBCS includes: to expand the Pingyao Pigging Station as the compressor booster station by newly

installing three centrifugal type VF‐motored compressor packages (each at 425×104m/d (150MMSCFD) capacity, inlet pressure

of 7.2 MPa and outlet pressure of 10MPa) with “two on duty, one standby”; three new air coolers, two pig launcher receivers,

three cyclone separators, three filter separators, three cooling water towers and one skid for air compressor; constructing one

auxiliary production building, one 110kV substation, one warehouse, etc.. 110kV secondary circuit external line is provided to

supply power for equipment used for extension works.

The PGBCS project commenced on Nov. 30, 2013, was mechanically completed in Feb. 2015 and started up in March, 2015.

3. Anyang Gas Booster Compressor Station:

Anyang Gas Booster Compressor Station (AGBCS) is constructed at Anyang Take‐off Station in Anyang City, HeNan Province,

China, which supplies gas though pressure booster compression to end consumers. At AGBCS are installed two (2)

electrically‐motored, centrifugal type compressor packages, each at a 9.31MMscmd (329MMSCFD) capacity, 4.0MPa suction &

max. 9.5MPa discharge pressures with 14.1MW shaft power. By the end of May 2015, engineering and procurement have been

completed, and construction will be started immediately when client finishes the land acquisition.


Value of the Contract: USD113 Mn


Page 93 of 137

Duration of Contract: Nov. 2013 thru Mar. 2015

Below are Photos of Initial Yulin Gas Boosting Compressor Station:

Operation Building & Filtration / Separation System Compressor House

Compressor Packages Air Cooler System

Below are Photos of PingYao Gas Boosting Compressor Station:

Overview of PingYao Gas Booster Compressor Station Compressor House & Air Cooler Area


Page 94 of 137

Centrifugal Type VF‐motored Compressors Filtration & Separation Area

Air Cooler Area Incoming Power Line and 110kV Substation

110kV Main Transformers


Page 95 of 137


Number of Contract: DT‐FXMZQ‐QTHT‐2010‐018

Name of Contract: Engineering, Procurement, Construction & Commissioning of Initial Gas Compressor Station for Keqi

Coal‐to‐Gas Pipeline Transportation

Name of Employer: Inner‐Mongolia Datang International Keshenketeng Coal Gas Co. Ltd.


Xitenhai Road, Keqi Daerhan Wulasumu District, Chifeng City, Inner‐Mongolia Province, China, Postal Code: 025350;

Fax: +86 476 5918077


Turnkey EPCI of 1,600×104m3/d (565MMSCFD) Gas Compression Station



Installed at Datang Keqi Coal‐to‐Gas Plant, the Initial Gas Compressor Station is pressure boosting gas for pipe delivery to the end

users. The major facilities consist of 4 gas‐turbine centrifugal type compressors, each at a 400×104m3/d (141MMSCFD) capacity.

These compressors operate at 2.25MPa suction pressure and 7.4MPa discharge pressure, each at a 12.4MW single power.



Duration of Contract: Oct. 2010 thru Oct. 2012

Overview of Initial Gas Compressor Station Compressor Packages

Compressor Packages


Page 96 of 137


Number of Contract: 34550000‐13‐FW0501‐0001

Name of Contract: Engineering, Procurement, Construction & Commissioning of Gas Compression Station for Ta‐Yulin Gas Pipeline Name of Employer: Sinopec North‐China Inc. Address of Employer: No. 199 Longhaixi Road, Zhengzhou City, Henan Province, China, Tel.: +86 371 6961 9015; Zhang Ailin, Project Manager, Project Division Nature of Works and Special Feature Relevant to the Contract: Turnkey EPCI of 4,000×104m3/d (1,412MMSCFD) Gas Compression Station Scope of Work: Engineering, Procurement, Construction, Installation, Commissioning, Start‐up Narrative Description of project: Installed nearby the Central Gas Processing Facilities of Daniudi Gas Field, the Gas Compressor Station, with a design capacity of 53×108m3/a, is pressure boosting gas for pipe delivery to the end users. The major facilities consist of 11 electrically motored reciprocating type compressors (ten on duty & one on standby), each at a 400×104m3/d (141MMSCFD) capacity. These compressors operate at a 1,000rmp speed, 2.0 to 4.5 MPa suction & 4.85 to 5.7 MPa discharge pressures, each motor at a 3,000 kW power.



Duration of Contract: May 2012 thru Dec. 2013

Compressor House Compressor Packages

Compression Facilities


Page 97 of 137


Number of Contract: YJ[2007]70

Name of Contract: Engineering, Procurement, Construction & Commissioning of Gas Compression Station of Tahe Oil Field

Name of Employer: Sinopec Northwest Oil Inc.


#29 Northern Beijing Avenue, Urumqi City 830011, Xinjiang Province, China; Tel.: 0991 3600943


Turnkey EPCI of 75×104m3/d (27MMSCFD) Gas Compression Station


Narrative Description of project: Installed at CPF of Tahe Oil Field, Tahe Gas Compressor Station is designed to pressure boost associated gas, consisting of 3 electrically motored (1,300kW single power) reciprocating type compressor, each at 25×104m3/d (9MMSCFD) capacity., operating at 0.2MPa suction and 2.6MPa discharge pressures.



Duration of Contract: Aug. 2007 thru Nov. 2008


Number of Contract: CQDS‐EPC‐001

Name of Contract: Engineering, Procurement, Construction & Commissioning of 3 Compressor Stations for NG Pipeline From

Sichuan to East China

Name of Employer: Natural Gas Corporation, SINOPEC


YiLing District, City of YiChang, HuBei Province, China


Turnkey EPCI of Three (3) Gas Compression Stations for Gas Pipeline from Sichuan to East China



Total Capacity: 100×108m3/a (967MMSCFD)

Three compressor stations along pipeline route, each includes 3 compressors (Power: 14MW/each) , 2 in operation and 1 in standby;

Type: Centrifugal Compressor, Driven by motor.

Pipeline Length: 2203km



Duration of Contract: Feb.2006 thru Dec.2008; Mechanical completion: June 2008


Page 98 of 137

7.4 SPE’s Offshore Project Experience

Details of typical projects carried out by SPE in the last 5 years, including on-going work for a better understanding of

SPE’s capability and experience in Offshore oil/gas industry.

Project No.1:

Name of Project: CDX-SDP DPB Platform Engineering

Country Where Executed: Offshore BoHai Bay, China

Name of Client: Exploration & Development (China) Co. (EDC), a subsidiary of Noble Energy, USA

Type of Project: Offshore Wellhead Platform; Contract No.: WO-003

Description:

The CHENG DAO XI DEVELOPMENT is located offshore Bohai Bay, China. EDC currently has a production platform, DPA, operational in the field. The new development phase involves design and construction of two additional platforms, DPB and DPC, to be installed adjacent to the DPA platform. The engineering phase of this project consists of the detailed engineering, design, and procurement work required to specify, procure, fabricate and install the jacket, deck, and topside facilities necessary for the DPB Wellhead Platform.

DPB is a 4-pile, 2-deck platform that shall accommodate a cantilever jack-up drilling rig. It shall be designed for 18 well slots, of which 5 shall be for injection wells and 9 for producing wells with 4 spare slots. Production will be routed to the existing DPA platform and to the new DPC platform for processing. The DPB Platform will be designed to allow the existing workover rig on the DPA Platform to move over to the DPB Platform on skid rails to access the new wells. The DPB jacket and deck shall be designed for a lifted installation with a derrick barge.


SPE is providing the Detailed Engineering & Design for DPB platform under ICB.

Year of Completion: Starting from July 2009 & Completed on June 2010

Jacket in Place Topsides in Fabrication


Page 99 of 137

Project No.2:

Name of Project: BoZhong 19-4 Offshore Project


Name of Client: CNOOC Type of Project: Offshore Platform

Description:

The project will install two wellhead platforms (WHPA & WHPB) at a 30m water depths offshore BoHai Bay, China.

WHPA is designed with total 12 well slots and 3 oil wells & 1 water injection well right now. BZ19-4 WHPA is a 4-leg steel jacket platform with four decks—helideck, main deck, cellar deck and sub-cellar deck. The topsides will have a workover area where the workover rig can be installed. WHPA platform has the structure weight of 550t jacket, 600t piles, 600t deck modules, 180t rooms, 80t helideck and 370t marine risers.

The well streams on WHPA and WHPB platforms will be separately heated and metered by multiphase flow meters and then the commingled well streams will be tested by a test separator on WHPA and transferred through a O.D.12” subsea line to BZ25-1WHPB platform and finally via a O.D.20” multiphase line to Marine Oil 113 FPSO for further treatment.


SPE is providing the Basic & Detailed Engineering & Design for these two platforms under ICB.

Year of Completion: On-going (as of Nov. 2008), Starting from Jan. 2008.

Schematic Diagram of BZ19-4 Field Development Schematic Diagram of BZ19-4 WHPA Platform


Page 100 of 137

Topsides Manfacturing at Yard

Project No.3:

Name of Project: Offshore KenDong 12 Block Development Project

Country Where Executed: Offshore BoHai Bay

Name of Client: Shengli Offshore Oil Development Company

Description:

The project covers the construction of 5 artificial islands on the shallow waters in Bohai Bay, 3 access roads to these

islands, 90 oil & water injection wells, 5 production test stations, 2 production transfer stations and 1 water injection

station. The Offshore KenDong 12 Block produces approximately 200,000 metric tons of crude oil per year.

KenDong 12-0 artificial island put into operation in July 2009 is located at the entrance mouth of Yellow River, the second

largest rivers of China, and measures 119 by 46 meters, on which 20 oil wells are drilled each at a production output of

10 metric tons per day and one heavy crude production test station was installed.

Extent of Design Works by Contractor: ODP preparation, Basic & Detailed engineering design, construction support and startup assistance under the 5-year engineering contract under ICB.

Year of Completion: Jan. 2004 thru July 2009


Page 101 of 137

KenDong 12-0 Production Test Station

Project No.4:

Name of Project: Development Project of AAL Offshore Heavy Crude Oil Field

Country Where Executed: Indonesia

Name of Client: Genting Sanyen Group

Type of Project: Overall Development Plan for Indonesian ANDE ANDE LUMUT (AAL) Offshore Heavy Crude Oil Field

Description:

The Ande Ande Lumut (AAL) Heavy Crude Oil Field is located at a 73m water depths offshore Indonesia in South China Sea, with an expected 40,000m3/d plateau well streams and 8000m3/d plateau oil output at a 0.97g/cm3 specific gravity of crude oil.

The Overall Development Plan (ODP) that SPE designed includes two schemes, i.e. Scheme One— “one wellhead and one FPSO”, and Scheme Two— “one central platform and subsea flowlines”.


SPE provided the design of Overall Development Plan (ODP) under ICB for ANDE ANDE LUMUT (AAL) Heavy Crude Oil Field, Offshore Indonesia.

Year of Completion: Early May 2008 thru Aug. 2008


Page 102 of 137

Location of Ande Ande Lumut (AAL) Heavy Crude Oil Field

Option 1: WHP + Pipeline +FPSO

Option 2: CPP (30 Wells) + Export Pipeline

Project No.5:

Name of Project: YueDong Offshore Field Development Project


Page 103 of 137

Country Where Executed: LiaoDong Bay of BoHai Sea, China

Name of Client: TianShi (Group) Energy Co. Ltd.

Type of Project: Engineering, Procurement & Construction (EPC) Contract

Description:

YueDong Block is located in the northern LiaoDong Bay of BoHai Sea, offshore China, approximately 40 kilometers north of PanJin City of LiaoNing Province, 100 kilometers west of JinZhou City, and 40 kilometers east of YingKou City.

The project is awarded to SPE at an EPC mode at the scope of Front-End Engineering & Design (FEED), basic & detailed engineering, procurement and construction of two (2) steel platforms—A1 production platform and A2 storage tank platform and bridge linking between the two steel platforms and the existing artificial island A.

The facilities on artificial island A measuring 93 meters by 59 meters consists of once-through steam generators, crude oil heat exchangers, gas-liquid separators, 3-ph separators, chemical injection package, well flushing package, water treatment units and fresh water tanks. The A1 jacket platform is designed for the power supply & distribution and living accommodation systems. The A1 platform is a 4-level deck structure, i.e. helideck, main deck, cellar deck and sub-cellar deck. The topsides will have a power distribution house, crane, 500kW emergency power generator, fire prevention, rescue & escape system, and 40-person living quarters module. The A2 platform will be provided with a 2000m3 off-spec tank and crude oil export system. The project is scheduled for completion in the end of May 2009.


SPE provided FEED, Basic & Detailed Engineering, Procurement & Construction under ICB.

Year of Completion: Scheduled for completion in the end of May 2009.

Loading Out of A1/A2 Jackets

A1/A2 Jackets in Lifting vs Launching


Page 104 of 137

Topsides Installation Facilities Overview

YueDong Artificial Island


Page 105 of 137

Project No. 6:

Name of Project: Central #3 Platform of ChengDao Offshore Field


Name of Client: ShengLi Oilfield Co. Ltd., Sinopec

Type of Project: Offshore Platform

Description:

The planned Central #3 Platform will be the third comprehensive platform in offshore ChengDao field at a 12m water depths in BoHai Bay, China, which comprises a production platform (left) and a living quarter / power supply platform (right) linked with interconnecting bridge. The production platform is a 6-leg steel jacket structure with a 3-level deck-- main deck, cellar deck and sub-cellar deck. The topsides include the well stream (oil, gas & water) separation system at a Capacity of 40X103m3/d and the water treatment and re-injection at a capacity of 20X103m3/d. This production platform totally weighs 5,000 metric tons.

The living quarter & power supply platform is a 4-leg steel jacket structure with a 2-level deck. Topsides include power supply & distribution, instrumentation & living quarter systems. This platform totally weigh 4000 metric tons.

The project also includes the associated flowlines and transfer lines.


SPE provided the Feasibility Study, basic engineering design and EPC under ICB.

Year of Completion: March 2008 thru Sept. 2010

Central #3 Platform Complex


Page 106 of 137

Project No.7:

Name of Project: NanPu 35-2 Offshore Oilfield CEP/WHP Platforms


Name of Client: CNOOC

Type of Project: Offshore Platform

Description:

The development project of NanPu 35-2 Offshore Oilfield consists of 2 platforms [one Central Platform(CEP), and one wellhead platform (WHP)], 3 subsea pipelines, 1 subsea crossing cable, a work over module, a drilling module, QHD32－6 Oilfield FPSO and single-point mooring re-construction, at a total capital cost of RMB1200mn. CEP consists 30 oil wells among which 10 wells are converted to water injection wells in the next development phase. It possess functions integrating drilling, workover, well completion, oil production, three phase separation for oil, gas and water and their treatment, power supply and distribution, fire-fighting, OCS, communication, living for personnel, and helicopter deck, etc. It is the biggest single platform in Bohai Bay.

NanPu 35-2 CEP/WHP is the largest individual & comprehensive platform that CNOOC operates in the BoHai Bay of China at a total 8000MT weight (7160MT topsides). The platform was fabricated onshore and installed by float-over technology.


SPE provided Detailed Engineering, Procurement Support & Technical Support for Site Construction under ICB.

Construction Cost: RMB 1200mn

Year of Completion: July 2004 thru July 2005.

Onshore Fabrication CEP Weighing

Shipment to Site for Installation Offshore WHP Installation


Page 107 of 137

Project No. 8:

Name of Project: Jidong Offshore oilfield Development Platforms


Name of Client: PetroChina

Type of Project: Offshore Platform & Onshore Terminal

Description:

400×104t/a production capacity construction for No.2 geological structure including No.5, No.6, No.7, No.8 and No.9 platforms.

200×104t/a capacity construction for No.4 geological structure, including onshore terminal and No.15, No.16 platforms


SPE provided Feasibility Study, FEED, Preliminary and Detailed Engineering Design under ICB.

Construction Cost: RMB 3,000mn for No.2 geological structure, and RMB2,000mn for No.4 geological structure

Year of Completion: Jan. 2006 thru end 2008.


Page 108 of 137

Onshore Processing Terminal Site Construction Underway

Project No. 9:

Name of Project: Shengli ChengDao Offshore Field Development


Name of Client: Shengli Oilfield Co. Ltd., Sinopec

Type of Project: Offshore Oilfield Development

Description:

Shengli ChengDao Offshore Field, at a water depths ranging from 1.5 meters to 30 meters, consists of 93 satelite wellhead platforms, 3 central platforms, over 200km subsea flowlines and cables respectively, 3 onshore transfer stations, 2 gathering centers, 80km crude oil shipping pipeline, and 1 crude oil unloading jetty.

Shengli ChengDao Offshore Field was put into operation in 1993 at an oil output of 100 thousand tons and developed in a progressive mode. From 2002 up to 2012 this offshore field has been expanded up to a yearly oil output of 2.5 million tons.

Central #1 platform, at a capital cost of RMB520mn, consists of living platform, power platform, oil & gas treatment platform and tank platform which are separately arranged and connected with trestle.

Central #2 platform system, at a capital cost of RMB350mn, is the biggest integrated platform in shallow sea area of Shengli Chengdao, which consists of living platform, power and water injection platform, oil & gas treatment platform and tank platform which are separately arranged and connected with trestle.

Central #3 platform system, a EPC contracted to SLEDD starting from 2009 and completed in 2012, consists of production facilities platform and living accommodation / power platform. The production facilities platform includes oil/gas process, water treatment and water injection, fire fighting, water drainage system; and the living accommodation / power platform includes the 70-person accommodation module, electric power supply & distribution, fire fighting and water supply systems. Well streams from satellite platforms are delivered through subsea flowlines to the Central #3 Platform for processing. The separated gas is delivered through a sub-sea line to the Central #2 Platform for pressure boosting to the shore. And the crude oil is finally pumped to the onshore HaiSan Gathering Facilities.


SPE provided Feasibility Study, FEED, Preliminary & Detailed Engineering & Design and EPC for Central #3 platform complex during the progressive development under ICB.

Year of Completion: 1993 thru 2012.


Page 109 of 137

Wellhead Platforms of ChengDao Offshore Field

Shengli ChengDao Offshore Field


Page 110 of 137

ChengDao Offshore Wellhead Platforms

The Integrated Oil Production & Workover Platform



Page 111 of 137


Zhuang 106 Artificial Island of ChengDao Offshore Field, BoHai Bay of China

Project No. 10:

Name of Project: Shengli ChengDao Onshore Terminal Facilities

Name of Client: Shengli Offshore Oil Development Co.

Country Where Executed: BoHai Bay, China

Type of Project: Onshore Terminal

Description:

SPE was awarded the Engineering Onshore Terminal Delivery Contract for a 4 year term between 2001 thru 2004.

According to the Contract, SPE provided the feasibility study, FEED & detailed engineering / design service for the

Shengli ChengDao Onshore Terminal facilities consisting of:


Page 112 of 137

Hai #1 Pump/Heating Station for heating and pressure boosting the wellstreams from ChengDao offshore oilfield at

a 5000m3/d capacity;

Hai #2 Oil Tanker Receiving / Unloading Terminal at a 400 thousand metric tons per year, which serves receiving

the tanker-shipped crude oil from ChengDao offshore field, unloading into storage tanks, crude oil heating and

pressure boosting to Hai #4 Processing Terminal;

Hai #3, as the terminal for the main production blocks of ChengDao offshore field at a 18,000m3/d capacity, serves

heating and pressure boosting the crude oil that is then pumped to Hai #4 Processing Terminal;

Hai #4 Processing Terminal is designed at a 2.5MMt/yr capacity for crude oil dehydration with the product crude oil

exported to Shengli GuDao Initial Station.

The Shengli ChengDao Onshore Terminal facilities including the gathering lines were installed at a capital cost of

CNY250Mn.

Project No. 11:

Name of Project: Suizhong 36-1 Onshore Terminal Project

Name of Client: TianJing Branch of CNOOC Country Where Executed: LiaoNing, China

Type of Project: Onshore Terminal

Description:

Oil & gas separation, oil dehydration; Process Capacity: 5×106t/a; Transfer Capacity: 6×106t/a


Page 113 of 137


SPE provided the following services under ICB for the said project: 1) Engineering & design; 2) Procurement; 3) Construction & Installation; 4) Commissioning & start-up.

Year of Completion: Mar.1999 thru May 2001

Project No. 12:

Name of Project: Chengdao Subsea Natural Gas Pipeline

Country Where Executed: Bohai Bay, Chengdao Offshore Field, off DongYing City, Shandong, China

Name of Client: Shengli Oilfield Offshore Oil Development Co. Ltd.

Type of Project: Natural Gas Tramsmission Pipeline

Description:

The subsea gas pipeline, starting from No.2 Central Platform of Offshore Chengdao field of BoHai Bay of China to the

onshore terminal, was installed in a pipe-in-pipe structure consisting of 219 inner pipe & 325 outer pipe at a

US$17.5mn capital investment and 1.5 to 12m water depth. The subsea line is designed with a 500k cm/d at a 5.5MPa design

pressure and 100C design temperature.


The actual services provided by SPE include geotechnical survey and investigation, feasibility study, engineering design

and site technical support.


Year of Completion: Engineering & Consultation completed from June 2002 thru Oct. 2003


Page 114 of 137

7.5 SPE’s Engineering Experience for Storage Tank Project

Item Capacity Qty. Medium Phase Completion Date Project Description Client

External Floating Roof Tank

20000m3 2 1

50000m3 4 1999 Suizhong 36-1Onshore Terminal CNOOC

2 10000m3 2 April 2000 Tahe No.1 Gathering Center Tarim Head Quarter of Xinjiang

3 10000m3 2 July 2000 Xianhe 1# Gathering Center Expansion

Construction

Xianhe Oil Production Company of Shengli

Oilfield

4 10000m3 5 Oct. 2001 Yongping-Yaodian Product Oil

Transferring Pipeline

5 20000m3 4 Nov. 2001 Yongping Terminal Station

Reconstruction

6 20000m3 1 Dec. 2001 West Zone Oil Gathering Center

7 10000m3 1 May 2002 Yongping Terminal Station

Reconstruction

8 20000m3 2 Sept. 2003 Yongping Terminal Station Expansion

Yanchang Oil Field Administrative Bureau of

Shanxi Province

9 50000m3 2 Jan. 2002 Surface Construction Engineering of

HaDe4 Oilfield(Expansion) Tarim Head Quarter of Xinjiang

10 50000m3 2 June 2002 Tank Farm of Oil and Gas Process Plant Kazakstan

11 10000m3 2 Jan. 2003 TaHe No.2 Gathering Center North-west Branch of SINOPEC

20000m3 4 12

10000m3 4

Crude oil

FEED, Detailed

Engineering

May 2003 TaHe Heavy Oil Export Transferring

System North-west Branch of SINOPEC


Page 115 of 137


13 50000m3 2 March 2004

Suizhong 36-1 Onshore Terminal

Reconstruction and Expansion

Engineering

CNOOC

14 100000 m3 2 2002 Huayue Tank Farm in Weihai

15 10000m3 4 2004 #101 Oil Storage Tank Depot Oil&Gas Gathering Company of Shengli

Oilfield

16 20000m3 2 March 2005 Initial Station Expansion for TaHe Heavy

Oil Export Transferring Project North-west Branch of SINOPEC

17 50000m3 2 Oct. 2005 50000m3 Tank Engineering JiNan Branch of SINOPEC

18 10000m3 1 Nov. 2007 Expansion project for TaHe No.2

Gathering Center North-west Branch of SINOPEC

20000m3 2 19

30000m3 2 March 2008

Expansion project for TaHe Heavy Oil

Export Transferring system North-west Branch of SINOPEC

20 10000m3 1 Aug. 2008.8 Expansion project for TaHe No.2

Gathering Center North-west Branch of SINOPEC

Internal Floating Roof Tank

21 5000m3

3000m3 2 gasoline 1993 Shanpeng Tank Farm

Shenzhen Branch of Oil Sales Company of

China

22 5000m3

3000m3 2

gasoline1994

Guanpu Tank Farm

in Shantou City Shantou Transportation Oil CO., Ltd

23 10000m3 1 gasoline 1994 Lanshangang Tank Farm

24 2000m3

3000m3 4

gasoline1989

Product Oil Tank Farm of Material

Supply Department of Shengli OilfieldMaterial Supply Department of Shengli Oilfield

25 30000m3 2 Crude oil

FEED,

Detailed

Engineering

1998 Heavy Oil Process Plant of Shengli

Oilfield Heavy Oil Process Plant of Shengli Oilfield


Page 116 of 137


26 1000m3 2 gasoline 2003 Product Oil storage depot

Reconstruction

China National Material Storage and

Preparation Bureau

27 2000m3 2 Light oil Dec. 2004. Surface Construction Engineering for

Yakela Gasfield Development North-west Branch of SINOPEC

28 2000m3 2 Light oil

June 2007 Condensate oil Gathering & storage

project for TaHe oil field North-west Branch of SINOPEC

29 5000m3 2 Light oil

June 2007 Condensate oil Gathering & storage

project for TaHe oil field North-west Branch of SINOPEC

2000m3 8

3000m3 2

5000m3 2

3000m3 2

30

5000m3

Gasoline &

Diesel Mar. to Sept. 2011 WuHai Product Oil Depot Sinopec Inner-Mongolia Oil Branch Company

Conical Truss-supported Roof Tank

31 15900m3 4 crude oil 1998 GC27& GC28 Gathering Centers

Engineering of West Kuwait ExpansionKuwait National Oil Company

32 7950m3 4 crude oil 1998 GC27 & GC28 Gathering Centers


3975m3 2 33

3180m3 2

brackish

water 1998

GC27 & GC28 Gathering Centers


34 1590m3 2 crude oil

FEED,

Detailed

Engineering

1999 MUGLAD Basin Oil Development

Project Sudan Oil Company


Page 117 of 137

Typical Project:

Wuhai Product Oil Tank Farm Project, with SINOPEC Inner Mongolia Petroleum Company as the

Owner and a design period from March 5, 2011 to June 30, 2011.

Project introduction: The oil tank farm is designed to have an annual turnover of 36×104t, including

9×104t gasoline and 27×104t diesel oil; the total capacity is 3.2×104m3, in which 0.8×104m3 for

gasoline and 2.4×104m3 for diesel oil. It belongs to Class 2 oil tank farm including the following tank

farms: 8 covered floating roof tanks of 2,000m3, 2 covered floating roof tanks of 3,000m3 and 2

covered floating roof tanks of 5,000m3; pump house: 4 unloading pumps for tanker train, 2 stripping

pumps and 8 discharge pumps for tanker truck; train unloading area: 25 crane positions, 25 loading

arms for submersible pump, 2 horizontal sweeping surge tanks of 20m3; oil receiving and delivery

area for tanker trucks: 6 tanker truck unloading pumps, 14 crane positions for lift trucks, 1 set of

oil/gas recovery unit, etc.. The total investment is about RMB 111,630,000 Yuan.


Page 118 of 137

7.6 SPE’s Oilfield Development Project Experience

No. Contract Duration

Project Title & Location Client Scope of Work & Project Description

1 Aug. 2010 thru Sept.

2011

Gathering Center Expansion of ZhengWang Oilfield, China

Sinopec Shengli Oilfield

Feasibility Study & Basic Engineering Treatment Capacity: 230 thousand metric tons per year CAPEX: CNY 296mn

2 July thru Oct. 2011

TaHe #4 Gathering Center,

China

Sinopec Northwest Oil Company

SPE was responsible for Feasibility Study for TaHe #4 Gathering Center with the design handling capacity of 2.6MMt/yr oil, 15,000cu.m/d associated gas, 5,000cu.m/d produced water and 5,500kg/d sulfur recovery. The associated crude oil export pipeline sizing DN400 at 44km length will also be installed. The project is estimated at CAPEX of CNY440Mn.

3 Mar. 15, 2010 thru Oct. 15,

2010

XinJiang Pai 601 Gathering Center Facilities

China

Contract No.: 67-2010-JSGC

XinJiang Oil Exploration & Production Center of Shengli Oilfield Co.

Scope of Work: SPE is responsible for engineering / design, procurement, construction & commissioning of XinJiang Pai 601 Gathering Center Facilities at the throughput capacity of 100 thousand metric tons per year for Phase I and 300 thousand metric tons per year for Phase II. Project Description: Fifty six (56) wells are drilled at XinJiang Pai 601 Block located in Junggar Basin of XinJiang Province of China, which produce heavy crude oil by steam huff-n-puff process in Year 1 & 2. The first 3 years average a production output of 960 thousand metric tons per year, with the max. output occurring in Year 1 at an annual steam injection of approximately 250 thousand tons. In Year 3, the heavy oil recovery will shift from huff-n-puff to steam flooding, with 31 oil producers and 25 steam injectors. The maximum production will occur in Year 5, reaching 1150 thousand metric tons per year at an annual steam injection of 460 thousand tons. Heater-treaters are used to treat heavy oil emulsions at a 83% comprehensive watercut, which are stable mixtures of oil, solids, and water. These units use thermal, gravitational, mechanical, and sometimes chemical methods to break the emulsions and separate the crude oil from water. Steam elevated temperature is particularly effective in lowering oil viscosity and promoting phase separation.

4 Sept. 2009 thru Sept.

2014

SURFACE GATHERING & PROCESSING FACILITIES OF SAGIZ OIL FIELD DEVELOPMENT,

Khazakstan

FIOC

Scope of Work: Feasibility Study, FEED, Detailed Engineering Design and Technical Job Site Construction & Commissioning/Start-up Support Project Description: One Ashikol S pre-processing station, one Shokat metering and pumping station, one Sarykumak metering and pumping station, one Taskuduk central processing facility(CPF) and one Ebity custody transfer station was newly built in Ashikol S, Shokat, Sarykumak and Taskuduk Oilfields in Sagiz Block respectively. For purpose of easy production management, each oilfield is equipped with one on-duty camp; meanwhile, an administrative center is built in Taskuduk Oilfield, which will be used as living and production management base.


Page 119 of 137



5 Feb. 2009 thru Feb.

2010

XinJiang Pai 601 Heavy Oil Block Development,

China

XinJiang Oil Exploration & Production Center of Shengli Oilfield Co.

Scope of Work: Feasibility Study (off-plant and on-plant systems) Project Description: Fifty six (56) wells are drilled at XinJiang Pai 601 Block located in Junggar Basin of XinJiang Province of China, which produce heavy crude oil by steam huff-n-puff process in Year 1 & 2. The first 3 years average a production output of 960 thousand metric tons per year, with the max. output occurring in Year 1 at an annual steam injection of approximately 250 thousand tons. In Year 3, the heavy oil recovery will shift from huff-n-puff to steam flooding, with 31 oil producers and 25 steam injectors. The maximum production will occur in Year 5, reaching 1150 thousand metric tons per year at an annual steam injection of 460 thousand tons. Heater-treaters are used to treat heavy oil emulsions at a 83% comprehensive watercut, which are stable mixtures of oil, solids, and water. These units use thermal, gravitational, mechanical, and sometimes chemical methods to break the emulsions and separate the crude oil from water. Steam elevated temperature is particularly effective in lowering oil viscosity and promoting phase separation.

6 Jan. 2004 thru

Dec. 2005

TaHe Oilfield Development -- Blocks 8, 10 & 11,

China


SPE was responsible for FEED and detailed engineering / design, procurement / construction support and startup assistance for TaHe Oilfield Development – Blocks 8, 10 & 11 heavy crude oil fields with a production capacity of 880,000 tons per year. The production facilities include the totalized 122km flowlines & gathering lines, 9 metering & transfer stations, one 14km light oil pipeline for blending heavy crude oil for viscosity reduction, one central treatment station with a 1.8MMt/yr capacity (one heavy crude oil and one light oil treatment system), and the oil & gas export pipelines each at a 141km length. The gathering system receives well streams from 65 & 20 oil wells at Block 8 & 10, respectively and light oil well streams from Block 11.

7 Jan. 2002 thru

Oct. 2003

TaHe Oilfield Development -- Block 6 & 7,

China


SPE was responsible for FEED and detailed engineering / design, procurement / construction support and startup assistance for TaHe Oilfield Development – Block 6 & 7 heavy crude oil fields with a production capacity of 1.5MMt per year. The production facilities include the totalized 75km flowlines & gathering lines at Block 6 & 7, seven metering & transfer stations, one central treatment station with a 1.5MMt/yr design capacity and 500,000 MMt/yr for future, the oil & gas export pipelines each at 53km length, and one accommodation camp with a capacity of lodging 350 people. The gathering system receives the well streams from 45 and 33 oil wells at Block 6 and 7, respectively.

8 2003 thru

2004

Shengli WangZhuang Heavy Crude Oil Field Development Project,

China

Shengli BinNan Oil Co., China

SPE provided FEED and detailed engineering design service for the Shengli WangZhuang heavy crude production facility project.

Installation covers 3 steam generation stations comprising 4 once-through steam generators at a combined total of 89t/h steam generation capacity, and 2km steam distribution lines, and the heavy crude production gathering facilities.


Page 120 of 137



9 1998 thru

2004

Shengli GuDao Heavy Crude Oil Field Development Project, China

Shengli GuDao Oil Co., China

SPE has been awarded Feasibility Study, FEED, Detailed Engineering Design, Construction Support and Startup Assistance for Shengli GuDao heavy crude production facilities project.

Installation covers 7 steam generation stations comprising 12 once-through steam generators at a combined total of 227t/h steam generation capacity, and combined 71km steam distribution lines, and the heavy crude production gathering facilities at 550,000 metric tons per year.

10 1986 thru

2004

Shengli ShanJiaSi Heavy Oil Field Development Project,

China

Shengli BinNan Oil Co., China

SPE has been awarded a 10-year contract with another 8-year extension for Overall Development Plan preparation, FEED, detailed engineering design, construction support and startup assistance for Shengli ShanJiaSih heavy crude production facilities project.

Shanjasi field also was developed in a progressive mode (stages) from 1986 thru 2000. The project covers the installed 16 steam generation stations comprising 32 once-through steam generators at a combined total of 378t/h steam generation capacity with the totalized 47km steam distribution lines, and the gathering facilities for separation & treatment at a design capacity of 970,000 metric tons per year and heavy crude export.

11 1988 thru

2000

Shengli LeAn Heavy Oil Field Development Project,

China

Shengli XianHe Oil Co., China

SPE, by securing a 7-year contract with another 4-year extension, was responsible for Overall Development Plan preparation, FEED, detailed engineering design, construction support and startup assistance for Shengli LeAn heavy crude production facilities project.

LeAn field was developed in a progressive mode (stages) from 1988 thru 2000, with installed facilities covering 15 steam generation stations comprising 43 once-through steam generators at a combined total of 966t/h steam generation capacity, and 160km steam distribution line, and the heavy crude oil production gathering facilities at a capacity of 1.2MMt/yr.


Page 121 of 137

Typical Project Reference

Name of Project: SURFACE GATHERING & PROCESSING FACILITIES OF SAGIZ OIL FIELD DEVELOPMENT

Client: FIOC

Engineering Consultant: Sinopec Petroleum Engineering Corp.

Scope of Work: Feasibility Study, FEED, Detailed Engineering Design and Technical Job Site Construction &

Commissioning/Start-up Support

Duration: Sept. 2009 thru Sept. 2014

Project Description:

One Ashikol S pre-processing station, one Shokat metering and pumping station, one Sarykumak metering and

pumping station, one Taskuduk central processing facility(CPF) and one Ebity custody transfer station was newly built

in Ashikol S, Shokat, Sarykumak and Taskuduk Oilfields in Sagiz Block respectively. For purpose of easy production

management, each oilfield is equipped with one on-duty camp; meanwhile, an administrative center is built in

Taskuduk Oilfield, which will be used as living and production management base.

For the first nine years in development stage, the produced fluids from single wells in each oilfield has low watercut,

and the total produced water from each oilfield is less than the water injected in Taskuduk Oilfield; the produced fluids

from Ashikol S, Shokat and Sarykumak oilfields are routed to CPF through gathering pipelines. After being treated by

heating, adding chemicals, desalinization and crude stabilization, the watercut of the processed crude is ≤0.5%, salt

content is ≤100mg/L, and saturated steam pressure is ≤66.7kPa. The crude oil is exported and delivered to

Kenkiyak-Atirau oil transmission pipeline. After the tenth year of development stage, Ashikol S pre-processing station

will be expanded with a water diverting flow, where the watercut of exported oil will be ≤5%. After water diversion, the

low watercut crude will be transported to the CPF.

In Ashikol S Oilfield (including Dulat), two metering and water injection stations, three metering stations and one

pre-processing station will be built. The pre-processing station will have such functions as crude oil heating, gas

separation, gas-fired power generation, diesel generator set and crude oil export. In the tenth year of development

stage, the Station will be expanded with a water diverting flow, and the diverted oily water will be transported to #4

metering and water injection station in Ashikol S Oilfield.

The Shokat Oilfield has small water injection and one metering and pumping station will be built. The fluid from each

single well, after being measured and pressurized by the mixture pump, will be exported to oil transmission pipeline

from Ashikol S – Taskuduk CPF.

No water injection is needed for Sarykumak Oilfield, and the total produced fluid is small. So it is considered to build

one metering and pumping station. The fluid from each single well, after being measured and pressurized by the

mixture pump, will be exported to Taskuduk CPF.

The Taskuduk CPF has such functions as deep dehydration, desalinization, stabilization and export of crude oil

For the purpose of easy production management, an administration center will be built near this CPF.

On July 28, 2014, 2 metering and water injection stations, 7 metering stations, 1 Ashikol S preprocessing station, 1

Taskuduk CPF and over 130 km trunk lines for oil delivery and water injection are put into production, except

Shokat metering and pumping station which is postponed. Since putting into production, all stations and trunk

lines have been operated for one week stably, with the water content of crude oil exported in Ashikol S

preprocessing station less than 1%. In Taskuduk CPF, temporary processes and trucks are adopted to transport

out the crude oil with watercut lower than 1%, meeting the scheduled goal of original design and the current oil

delivery demands. Together with the oilfield production base that was put into production at the beginning of the

year, the whole surface engineering of Sagiz Oilfield has been successfully put into operation at one stroke.


Page 122 of 137

Taskuduk Central Processing Facilities (CPF)

Ashikol S Pre-treatment Station


Page 123 of 137

Crude Oil Desalters

Photo Gallery of Steam Injection Technology & Units

Trailer-mounted Supercritical Steam Generator

LeAn Steam Generator Station Once-through Steam Generator Station


Page 124 of 137

HP steam and Water Separation Unit

With HP steam / water separation unit as shown below, the steam quality from generator can be improved by

15%~20%, and heat energy recovery rate up to 95%, separated water recovery rate up to 85%, that is the national

advanced level of China.

HP Steam / Water Separation Unit HP Steam Injection Unit

HP Steam Injection Unit operates at 18MPa Injection pressure. The HP adjustable check valve integrates functions of

check and adjustment.

Photo Gallery of TaHe Oilfield #3 Central Treatment Station

Heaters Gas Scrubers

Production Separators Oil Storage Tanks


Page 125 of 137

7.7 SPE’s Produce Water Treatment Project Reference

Sinopec Petroleum Engineering Corporation (SPE) is a China National Class A Survey and Engineering Company and is regarded as a leader in produced water treatment and offshore oilfield engineering as well as being a leading organization for Water Treatment & Re‐injection Center in China petroleum industry. Since 1980s, SPE has designed 100‐odd produced water treatment (PWT) stations for re‐injection at a combined total 900 thousand m3/d handling capacity and total 2,000‐odd water injection lines in various sizes. Below are the typical PWT projects for re‐injection executed by SPE worldwide.

S. No.

Client’s Name

Name of Project Type of Services

Brief Description of Work Location Approximate Contract Value

Duration of Service

1

Sinopec Shengli Oilfield Company

Produced Water Treatment for Re‐injection

FS, FEED & Detailed Design

The project is located in ChangDi Oil Block of Shandong Province, operated by Shengli Oilfield ZhuangXi Company. The project includes Changdi and Zhuang 1 Produced Water Treatment Stations with a combined total design capacity of 30,000m3/d. The gravity sedimentation process is designed to treat the produced water for satisfying the water re‐injection specification of <50mg/L oil and <50mg/L SS.

China

USD 1.09 million

(RMB 6.65 million)

Feb. 2012‐ Sept.

2014

2

NIOC (National Iranian Oil Company)

SIPC (Sinopec International Petroleum

E&P Corporation)

Yadavaran Field Development

Detail Design for GOSU/CTEP

EPCC

The Yadavaran oil field (previously referred to as Kushk and Hosseinieh Fields), is located some 70 km to the southwest of Ahwaz and is near the Iran‐Iraq border in southwest Iran. Produced water treatment and disposal will involve degassing, oil removal, H2S removal, solid removal and sterilization. Treatment systems are comprised of following equipment: corrugated plate interceptor, auto nutshell filter, Gas stripping column, fully‐automatic dual‐media filter, etc. The produced water flow rate is 4,000m3/d. Contact Info: [email protected]

Iran USD

18,000,000

Oct 2010 – Sept. 2015

3


Fine Water Filtration System

Expansion Project for

Chun‐5 Water Injection Station

Detailed Design

Chun‐5 Water Injection Station is located in ChunLiang Oil Block of Shengli Oil Field of Shandong Province. The expansion project covers the installation of a new fine water filtration system consisting of water reception tanks and metal membrane filters at a 5,000m3/d handling capacity to control the solids particle P50 (50% volume) in the treated water for satisfaction of water injection specification.

China USD 147k (RMB 0.9 million)

July 2015 – Sept. 2015

4 Sinopec Phase II EPCC Phase II Produced Water Treatment Project in EPCC covers the China USD11.7 April 2015 –


Page 126 of 137

S. No.

Client’s Name



Duration of Service

Southwest Oil & Gas

Company

Produced Water Treatment Project for YuanBa Gas

Field

installation of one (1) low‐temperature distillation station at a 600m3/d handling capacity, one (1) water re‐injection station, 3.5km off‐plant water lines and one (1) lab building at 709 square meters.

million (RMB 70 million)

Dec. 2015

5 Sinopec

Northwest Oil Company

EPCC for Revamping

Produced Water Treatment

System for TaHe Field #2 Central

Processing Facilities (CPF)

EPCC This #2 CPF revamping project covers the new installation of one (1) coagulation sedimentation tank at 700m3 and one (1) water surge tank at 300m3 and utilities at #2 CPF.

China USD 3 million(RMB 18 million)

Nov. 2014 – Sept. 2015

6


Revamping of KenLi Produced

Water Treatment Station

Feasibility Study (FS)

KenLi Produced Water Treatment Station is located in GuDao Oil Block of Shengli Oil Field of Shandong Province. The revamping project is designed at a 6,500 m3/d handling capacity, with a gravity process consisting of oil skimmer vessels and coagulation sedimentation tanks for oil and SS removal for re‐injection.

China USD 140k (RMB 854k)

July 2014 – Oct. 2014

7 SINOPEC

Southwest Oil Company

Produced Water Treatment Project for YuanBa Gas

Field

EPCC

The project, located in Yuanba gas field of Sichuan Province, covers two (2) produced water treatment stations each at a 300 m³/d handling capacity with water collected from Daping Gas field and YB29 Gas Field, one (1) water re‐injection station and 4.4km re‐injection line. The treatment process covers the ‘gas stripping + flash separation + oxidation + filter’ for removing the high sulfur containing wastewater.

China

USD 13 million (RMB 78 million)

March 2014 – Dec. 2014

8


Revamping of GuDao #2

Produced Water Treatment Station

Detailed Design

The revamping of GuDao #2 Produced Water Treatment Station is designed at a 41,000m3/d handling capacity with the process covering HCF (high coagulation flotation) for oil removal, coagulation sedimentation and filtration to treat the polymer‐contained water. The treated water satisfies the specification of <30mg/L oil and <10mg/L SS at particle P50.

China

USD 1.04 million

(RMB 6.34 million)

July 2014 – Dec. 2014

9 Sinopec TuoYi produced FS, FEED & The project is located in Shengli Oil Block of Shengli oil field of China USD 1.2 May 2013 –


Page 127 of 137

S. No.

Client’s Name



Duration of Service

Shengli Oilfield Company

water treatment project

Detailed Design

Shandong Province. The water treatment system is designed at a capacity of 10,000m³/d to treat the polymer‐EOR produced water containing chemical polymer. The HCF (high coalescing flotation) treatment unit is designed for removing the chemical polymer out of the produced water, satisfying the water injection specifications.

million (RMB 7.2 million)

Sept. 2014

10 FIOC LTD

Surface Gathering & Processing Facilities for Sagiz Oil Field Development

Torpographical / geotechnical surveys, FS, FEED & Detailed Design

The surface gathering & processing facilities for Sagiz Oil Field Development at a 500k t/year crude oil production include flowlines / gathering lines, one Ashikol S pre‐processing station, one Shokat metering and pumping station, one Sarykumak metering and pumping station, one Taskuduk central processing facilities (CPF) and one Ebity custody transfer station. The produced water treatment systems are designed at Ashikol S pre‐processing station & Sarykumak metering station each at a 600 m³/d handling capacity respectively and Taskuduk CPF at a total handling capacities of 2,100m³/d (1,100 m³/d for Phase I and 1,000 m³/d for Phase II). The main process flow covers: Primary oil skimmer vessels → coagulation sedimentation tanks → water surge tanks → lifting pumps → multi‐media filters → treated water injection tanks

KazakhstanUSD 3.6 million

Jan. 2011 – July 2013

11 Sino Oil & Gas Gabon

Ltd

AKONDO FIELD PRODUCTION FACILITIES

(AFPF), Salsich Block

FEED

AFPF covers flowlines / gathering lines, one Central Processing Facilities (CPF) a product oil export line and one custody transfer metering station for Salsich Block development at a 200k t/yr crude oil production. The produced water treatment system is designed in 2 phases for re‐injection purpose, with a 350 m³/d handling capacity for Phase I till to Year 2023 and a total 1,400 m³/d handling capacity for Phase II with a max. 190 m³/d make‐up water taken from WZ river in case the produced water rate is not sufficient to satisfy the water injection requirement starting from Year 2018. The main process flow covers: Primary oil skimmer vessels → water surge tanks →lifting

Gabon USD 1.4 million

Feb. 2012 – Sept. 2012


Page 128 of 137

S. No.

Client’s Name



Duration of Service

pumps →suspended sludge handling unit → media filters →treated water injection tanks

12

Emerald Energy PLC Sucursal Colombia

Gigangte & Capella Oil Fields

Development

Overall Development Plan (ODP) Engineering

Produced Water Treatment Capacity: 1. Capella Field: 17,490 m3/d 2. Gigante Field: 11,000 bbl/d

ColombiaUS$ 700 thousand

Oct. 2010 – Dec. 2011

13

Shaanxi Yanchang Petroleum

(Group) Corp.

Methanol Wastewater

Treatment Plant for Yanchang Gas Field

FEED & Detailed Design

The Methanol Wastewater Treatment Plant is designed at a 150m3/d handling capacity. The methanol wastewater is volatile, featured of high toxicity and high concentrations of TDS, SS, iron & temperature and low pH value. The closed process flow is designed, i.e. gravity settlement + pressurizied oil skimming vessel + filtration, to treat the wastewater. The treated water is satisfactory to the water re‐injection specification (SY/T6596‐2004), i.e. pH 6‐9, ≤15mg/L SS and ≤30mg/L petroleum hydrocarbons.

China USD 375K (RMB2.29 million)

Oct. 2010 – April 2011 (FEED); Mar. 2011 – July 2011

14

Sinopec Shengli OIlfield Company

XinYi produced water treatment

project


The project is located in Dongxin Oil Block of shengli oil field of Shandong Province at a design capacity of 20,000m³/d. The electrochemical peroxidation facility is designed for removing the Fe2+ out of the produced water to prevent the facilities from corrosion. The treated water meets the water injection specifications. The project was awarded the China National Quality Prize.

China

USD 0.8 million

(RMB 4.8 million)

Feb. 2008 – Oct. 2008

15


Produced water treatment of Linpan Oil field


The project is located in Linpan Oil Block of Shengli oil field of Shandong Province. The produced water treatment facilities are designed at a 12,000m³/d capacity. The chemical softening process is designed for reducing the Ca2+ & Mg2+ concentrations in the produced water. The process flow includes circulating tanks, mixing reactor tanks, coagulation sedimentation tanks and filters. The treated water meets the water injection specifications. The project was awarded the China National Quality Prize.

China

USD 0.6 million (RMB 4.2 million)

March 2007 – Nov. 2007


Page 129 of 137

S. No.

Client’s Name



Duration of Service

16

The Organe Operating Conjoint of SINOPEC – SONATRACH

Revamping of Zarzaitine

Oilfield Surface Processing Facilities

FEED

The project is located in Zarzaitine oil field of Algeria. The project design scale is 11000m³/d。The pressurized treatment process is designed for removing the oil and suspended solids (SS) out of the produced water. The process flow contains control‐storage tanks, pressurized oil skimmer vessels and filters. The treated water meets the water injection specifications.

Algeria USD 0.4 million

March 2005– Oct.

2005

17 Sinopec


Central Processing

Facilities of TaHe Oilfield

Development


Tahe Oilfield is located in Tarim Basin of Xinjiang Province. Contractor provided the engineering services of FS, FEED & detailed design for the Central Processing Facilities (CPF). As a portion of CPF, the produced water treatment system is designed at a 5000m³/d capacity. The pressurized treatment process is designed, containing the control‐storage tanks, pressurized oil skimmer vessels and filters, with the treated water meeting the water injection specifications. The project was awarded the China National Quality Prize.

China

USD 2.1 million

(RMB 14.7 million)

Feb. 2003 – April 2004

18


Engineering Services of #1 Central Platform for Chengdao Offshore Oil field

ODP, FEED & Detailed Design

Chendao offshore oil field is located in Bohai Bay of China. Contractor provided the engineering services of platform and processing facilities that includes the oil processing, produced water treatment & re‐injection and power generation systems. The produced water treatment is design at a 3100m³/d capacity, with the skidded hydrocyclone units installed for removing the oil out of the produced water for re‐injection.

China

USD 4.3 million

(RMB 35.26 million)

May 2002 – Sept. 2004

19 Dongying

Government

Shaying domestic wastewater treatment project


The project is located in Dongying City of Shandong province with a 60,000m³/d design capacity. The DBAF process is designed to purify the domestic wastewater & sewage with a small amount of industrial wastewater collected from a 60 km2 central area of Dongying City.

China


April 2003 – July 2003

20 Sinopec


HaDe 4 Oilfield Development at a 1MMt/year crude oil


Located in Tarim Basin of Xinjiang Province, the central processing facilities (CPF) are designed and constructed for HaDe 4 Oilfield Development at a 1MMt/year crude oil production. At CPF, the produced water treatment system at a

China

USD 2.75 million

(RMB 22.6 million)

May 2002 ‐ April 2003


Page 130 of 137

S. No.

Client’s Name



Duration of Service

production flow rate of 5,000 m³/d is designed / installed to remove oil and suspended solids for re‐injection purpose. The produced water treatment process includes control‐storage tanks, pressurized oil skimmer vessels and filters. The project was awarded the China National Quality Prize.

21 CNOOC

Engineering Services of Onshore Processing Terminal for Suizhong 36‐1 Offshore Oilfield Development


Suizhong 36‐1 Oilfield is located in Bohai Bay, China. An Onshore Processing Terminal is installed at a capacity of 5MMt/year crude oil production that SPE provided engineering services of FEED & detailed engineering design. At the Onshore Processing Terminal, the produced water treatment system is designed at a 2.1MMcm/year capacity, with the process flow covering the oil removal tanks, air‐flotation cells, coagulation sediment tanks and filtration units. The project was awarded the China National Quality Prize.

China


March 2001 – Nov. 2001

22


Engineering Services of Central

Processing Facilities for XinTan Oilfield Development


Xintan Oilfield is located in Dongying Oil Block of Shengli Oilfield. At the Central Processing Facilities (CPF), the produced water treatment system is designed at a 1,000 m³/d capacity, with the gravity process consisting of the oil removal tanks, coagulation sedimentation tanks and filtration for oil and SS removal. The treated water is pumped to the water injection station to be re‐injected into formation for the reservoir pressure maintenance. The project was awarded the China National Quality Prize.

China

USD 1.3 million

(RMB 10.7 million)

Jan. 2001 – Dec. 2001

23

China Chemical Industries Im&Export Corporation

Rafidain Oil Field Development

FS

The surface production facilities were designed to be constructed at a crude oil output of 35MMt/year, of which are included the systems of source water, produced water & service water treatment and water injection. The produced water treatment system was designed at a 11,000m3/d handling capacity, consisting of 4 produced water receiving tanks, 8 floatation units and 8 filters. The source water treatment system was designed at 33,000 m3/d handling capacity, consisting of one (1) water intake

Iraq USD 200k May 1996 – Nov. 1996


Page 131 of 137

S. No.

Client’s Name



Duration of Service

pumping station (34,000 m3/d), 20”X2 water lines at a combined total 30km, one (1) water treatment plant (33,000 m3/d) consisting of 2 clarifiers, a dual‐siphon filter,1 water reservoir (3,400 m3), one (1) water in‐depth treating plant (13.000m3/d) consisting of 8 dual media filters & 8 fine filters, and one (1) service water treatment plant (200 m3/d). The water injection systems consist of one (1) water injection station (21,000m3/d), three (3) pressure booster stations (3,700 m3/d each), nine (9) injection water distribution houses, and water injection lines at a combined total 191km sizing DN100 to DN250 to 62 injection wells.

24 KOC

West Kuwait Production Facilities Expansion

Project ‐‐ GC‐28

Detailed Design

The project consists of GC‐27, GC‐28 & transfer lines. As an engineering design subcontractor of CPECC, SPE provided engineering & site construction support services for GC‐28 (Gathering Center – 28). GC‐28 covers the 220,000BOPD crude oil processing system, 4.8MMcu/d gas processing system and 20,000m3/d produced water treatment system.

Kuwait USD 4.3 million

Jan. 1996 – Mar. 2000

25


Produced Water Recycling Treatment

Project for LeAn Heavy Crude

Oilfield Development


LeAn Heavy Crude Oil Field is located at XianHe oil block of Shengli Oilfield with the steam huff‐n‐puff process for heavy crude oil production. The Produced Water Recycling Treatment Station at a 15,000 m³/d capacity is designed & installed to treat the produced water for re‐use as feedwater of once‐through steam generator to produce the 80% quality steam. The main process covers the N2 gas flotation cells for oil removal, caustic‐soda softening tanks for silica & partial hardness removal, media filters for SS removal & caution/anion exchange softening for final hardness removal. The project was awarded the Quality Engineering Prize of Shandong province.

China

USD 0.9 million (RMB7.4 million)

May 1996 – Jan. 1998

26 CNPC Tarim Central Detailed DongHeTang Oil Field, located in Tarim Basin of Xinjiang China USD 0.51 Mar. 1992 –


Page 132 of 137

S. No.

Client’s Name



Duration of Service

Oil Development Headquarter

Processing Facilities for DongHeTang

Oilfield Development

Design Province, is developed at a 1.2MMt/year crude oil production capacity. US‐based Flour Daniel provided the basic engineering design for DongHeTang Central Processing Facilities. SPE, as owner’s engineer, provided the engineering review & coordination during the basic engineering design and the detailed engineering design service and site construction support. The produced water treatment system at CPF is designed at a 5,000 m³/d handling capacity with the process including hydrocyclong for oil removal and media/cartridge filters for SS removal for re‐injection.

million (RMB 4.2 million)

Nov. 1993

27


Engineering Services of GuDong #1 Central Processing Facilities for GuDong Oilfield Development

Basic & Detailed Design

GuDong #1 Central Processing Facilities (CPF) is designed at a 7MMt/year crude oil handling capacity for GuDong Oilfield Development. The produced water treatment system at CPF is designed at a 40,000 m³/d handling capacity, with the main process including oil removal tanks & coagulation sedimentation tanks for oil removal and media filtration for trace oil & SS removal for re‐injection. The project was awarded the China National Quality Prize.

China


May 1987– June 1988


Page 133 of 137

7.8 Reference List of EOR/IOR Polymer Injection Projects

7.8.1 General

A pilot polymer flood trial was conducted in GuDong field of Shengli Oilfield of China in 1992, which

saw obvious results of reduced watercut and incremental oil production, with the comprehensive

watercut declined to 73.8% from 92.1% prior to polymer injection, and the oil production increased to

a maximum 315.7t/d from 106.8t/d prior to injection, at a 196t/d net increment. Based upon which, an

expansion trial in two polymer flooding blocks was implemented between 1994 and 1995, resulting in

a maximum oil production increased to 901t/d from the pre-injection 534t/d, at a 367t/d maximum

increment.

Since 1997, Shengli oilfield came into the industrial widespread application of polymer flooding

operation, seeing a dramatically expanded full scale-up. Currently, Shengli has gained the

cumulative 10MMt oil increment by polymer flooding.

7.8.2 Typical Project Reference

SPE, securing a 10-year contract for Shengli EOR/IOR polymer injection project with another 7-year

extension since 1992, has provided the service of conceptual study, FEED, detailed engineering

design, shop inspections and construction management for ninety (90) polymer preparation &

injection stations in Shengli Oilfield owned by SINOPEC, at a combined injection rate of 90000m3/d

polymer solution (1800mg/L to 2500mg/L) into approximately 1050 injection wells. Some typical

surface polymer injection facilities projects that SPE completed for EOR/IOR purpose are followed

as:

Reference List of Representative EOR/IOR Polymer Injection Projects

Project Name

Injection

Capacity

(m3/d)

Injection

Wells

Capital

Investment

(USD1000)

Execution

Date Client

GuDao Polymer Flooding Pilot Trial 600 4 760 Oct. 1992

GuDao Oil

Co.

Gudong West #7 Unit Ng52+3

Reservoir Polymer Injection Project 2880 52 4440 Dec. 1994

GuDong Oil

Co.

GuDong Polymer Injection

Expansion Project 3450 24 Aug. 1994

GuDong Oil

Co.

GuDong #8 Block Polymer Injection

Project 6400 44 5110 Nov. 1996

GuDong Oil

Co.

GuDao Central #1 Block Polymer

Injection Expansion Project 9500 98 11250 Aug. 1997

GuDao Oil

Co.

GuDao Central #2 South Polymer

Injection Project 8350 38 3940 Oct. 1997

GuDao Oil

Co.

ShengTuo #1 Block Polymer

Injection Project 4800 32 3630 Nov. 1997

Shengli Oil

Co.

FeiYanTan Polymer Injection Project 3860 36 4240 Aug. 1999

HeKou Oil

Co.


Page 134 of 137

Project Name

Injection

Capacity

(m3/d)

Injection

Wells

Capital

Investment

(USD1000)

Execution

Date Client

GuDong Central #7 Block Polymer

Injection Project 12300 90 10123 Aug. 2001

GuDong Oil

Co.

GuDao Central #2 Block Polymer

Injection Project 9300 87 9813 Aug. 2001

GuDao Oil

Co.

Polymer injection project at GuDao

South Block B61+B72+B64+

Southern Central #1 Block

11000 80 8938 Nov. 2003 GuDao Oil

Co.

Xin #50 block temperature /

salinity-resistant crosslinked polymer

flooding trial station

700 4 750 Aug. 2003 DongXin Oil

Co.

ShengTuo #2 Block polymer injection

project 3660 31 3413 Nov. 2004

CaiYou Oil

Co.

ChengDong West Block foamed

polymer flooding trial project

1080m3/d

solution &

40000m3/d N2

injected

4 1500 Aug. 2004 ZhuangXi

Oil Co.

GuDao Central #2 North Polymer

Injection Project 3467 56 5625 Oct. 2005

GuDao Oil

Co.

7.8.3 EOR/IOR Polymer Injection Facilities

SPE, as an international leader in EOR/IOR polymer injection process technology, has been

improving and upgrading the injection technologies in the course of widespread application of proven

process technologies and equipment, establishing its own proprietary EOR polymer injection process

technology. Two injection modes are applied, that is the polymer solution preparation & injection both

by fresh water, and the polymer solution preparation by fresh water & solution injection by produced

water. SPE successfully developed and widely applied various injection process, including:

1) Polymer powder EOR/IOR injection process;

2) Multiple chemical EOR/IOR injection process;

3) Micellar-polymer EOR/IOR injection process;

4) Petroleum sulfonate EOR/IOR injection process;

5) Foamed polymer EOR/IOR injection process.

The major EOR/IOR polymer injection facilities comprise dispersion/dissolution units, maturation

tanks, feed pumps and injection pumps.

In order to minimize the mechanical and chemical shears on polymer, SPE has conducted a lot of

research work to enhance the viscosity retention rate at 10% mechanically-reducing viscosity rate

of polymer injection system by modifying the injection pump configuration and materials, and treating

injection fluid, etc.

Shown below is the SPE-supplied EOR/IOR polymer injection units, typical example at GuDao #14


Page 135 of 137

Polymer Injection Station.

Shengli GuDao #14 Polymer Injection Station Mixing Header

Polymer Injection Pumps Polymer Injection Pump Building

Mixing Header & Injection Pumps Mother Solution Feed Pumps


Page 136 of 137

Mother Solution Feed Pumps Dispersion/Dissolution Units

Dispersion/Dissolution Units Fresh Water Tank (Left) & Maturation Tanks (Right)


Page 137 of 137

DongYing-based SPE Headquarter Office

Sinopec Petroleum Engineering Corporation

No.49 Jinan Road, Dongying City, Shandong Province, P.R. China

Postal code: 257026

Fax: +86 546 8701153; Tel: +86 546 8551057

E-mail: [email protected]

spe profile & project reference

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