MSP1 BK7 C 4702 20600 RevD ITT Fabrication Engineering

VIETSOVPETRO JOINT VENTURE OIL AND GAS PRODUCTION ENTERPRISE

PROJECT LOCATION: Offshore Vietnam, MSP-1/BK-7, White Tiger Oilfield

PROJECT NAME: THE GASLIFT SYSTEM FOR MSP-1/BK-7

TECHNICAL REQUIREMENTS FOR MSP1/BK7 GASLIFT SYSTEM SKIDS FABRICATION and WATER SPRAY SYSTEM ENGINEERING

Doc Code: MSP1-BK7-C-4702-20600

Rev Description Date Prepared Reviewed ApprovedA For Review B For Review C For Review 1 For Approval

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Document No : MSP1-BK7-C-04702-20600

Revision No : D

Date : Nov.18,2008 Page : Page 1 of 17

CONTENTS

1. PURPOSE ........................................................................................................................2

2. INTRODUCTION ..............................................................................................................2

3. ABBREVIATIONS ............................................................................................................2

4. UNIT OF MEASUREMENT AND ENVIOMENTAL CONDITIONS....................................3

4.1 Unit of Measurement .....................................................................................................3

4.2 Environmental conditions .............................................................................................5

5. CODES AND STANDARD ...............................................................................................5

6. GENERAL OF BK-7/MSP-1 GASLIFT SYSTEM .............................................................6

7. SCOPE OF WORK...........................................................................................................8

8. TECHNICAL REQUIREMENT..........................................................................................8

8.1 General requirements....................................................................................................8

8.2 Gaslift gas distribution skid (SK-2/SK-2A)...................................................................9

8.3 Flow metering skid (SK-5) .............................................................................................9

8.4 Water spray system of the gaslift system....................................................................9

8.5 Process control system and Safety .............................................................................9

8.6 I/O signals for PLC and Field devices ........................................................................11

8.7 Field devices, Cables and Materials ...........................................................................12

8.8 Documentation.............................................................................................................14

9. REQUIREMENTS FOR TENDER...................................................................................17

10. COMPANY SUPPLIED DATA AND INFORMATION .....................................................17

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1. PURPOSE This Technical Specification defines the requirements for MSP-1/BK-7 gas-lift system fabrication engineering.

This project is to apply gas-lift method to wells operation on MSP-1/BK-7 to increase crude oil production at White Tiger field.

2. INTRODUCTION The MSP-1/BK-7 gaslift gas system distribution skids SK-2 and SK-2A are meant for gas-lift gas feed to MSP-1/BK-7 wells. Flow metering skid SK-5 is meant for metering of gas-lift gas flow rate on MSP-1/BK-7.

These skids will be coordination of this part with general process, control and operating system.

- SK-5 Flow metering skid (01 skid for MSP-1/BK-7) - SK-2 Gas-lift gas distribution skid into 6 lines (03 skids: 02 skids for MSP-1 and

01 skid for BK-7) - SK-2A Gas-lift gas distribution skid into 5 lines (01 skid for BK-7) - Water spray system of gaslift skid This document contains requirements to design for fabrication of MSP-1/BK-7 gas-lift system.

All equipment should meet requirements of:

- Recognized International Classification Society (ICS);

- International Convention for the Safety of Life at Sea (SOLAS);

- International Convention for the Prevention of Oil Pollution from Ships (MARPOL) .

All equipment, systems and materials designed for offshore use, tropical version and have certificates for use in tropical conditions on offshore oil and gas production platforms.

All conflicts between the requirements of this document, related contract documents, standards, codes of practice shall be referred in writing by the contractor for clarification to Vietsovpetro for decision.

3. ABBREVIATIONS

ITT- Invitation To Tender (Technical Requirement)

ICS - International Classification Society

APS - Abandon Platform Signal

AS - Area Supervisory Station

MSP- Wellhead Processing Platform

ВК- Satellite Wellhead Platform

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CPP2- Control Processing Platform

CСР- Central Compression Platform

CGСS- Complete Gas Compression Station

DCTS- Data Collection & Transfer System

DCU- Data Collection Unit

DTU- Data Transfer Unit

ESD- Emergency Shutdown

FGS- Fire & Gas System

I/O- Input / Output

IS- Intrinsic Safety Barrier

LCS - Local Control Panel

PCS - Process Control System

PLC- Programmable Logic Controller

PSD - Process Shutdown

UPS - Un-interrupt-table Power Supply

USD- Unit Shutdown

RO- Reduced Orifice

BDV- BlowDown Valve

SK- Name of Skid

4. UNIT OF MEASUREMENT AND ENVIOMENTAL CONDITIONS

4.1 Unit of Measurement Unit of measurement for instrumentation shall be S.I (Metric) with units and scales as follows the table below:

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Unit of Measurement Process Variable

Type

Units

Description

Scale

Liquid Crude

M3/Hr Ton/hr.

Meter cube per Hour Ton per hour

Flow

Gas

N m3/h

Normal Cubic meter per hour

Level

Gene-ral

%

Percent

0~100 linear

Pressure

Above atm. Below atm. Differential

bar g. bar a. mbar

Bar gauge Bar absolute millibar

Direct linear

Temperature

General

0C

Degree Celsius

Direct linear

Density

Kg/m3

Kilogram per cubic meter

Viscosity

Liquid

cP

Centi Poise

Analysis

General

ppm

Part per million

Direct

Weigh

Kg

Kilogram

Volume

L

m3

Litre Cubic meter

Length

mm m

Millimetre Meter

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4.2 Environmental conditions

Tropical & Offshore (Marine) application – Yes;

Air Temperature: - 21.5 0C ~ 40.0 0C;

Relative Humidity: - 56% ~ 100%;

Atmospheric pressure: 996 mbar ~ 1022.2 mbar;

Wind Speed: 30 m/sec [North-East];

Maximum wind velocity (3 sec sustained): 57.4 m/sec;

Solar Radiation: 378.9 cal / cm2 [Average sum per month];

Sea Water Temperature: 24.12 0C ~ 30.28 0C;

Sea Water Salinity: 29.83%o ~ 34.59%

Sea Water Density: 1018.40 kg/m3 ~ 1024.19 kg/m3;

Precipitation: 541 mm [Max.];

Seismicity: 6 (Richter Scale). All instruments / equipment shall be suitable for operation in accordance with the specified climatic conditions throughout the platform life of 20 years.

Area of operation: Continental shelf in the South of Vietnam, White Tiger oilfield water area.

5. CODES AND STANDARD

API RP 14C

API RP 14E

API RP 14F

API RP 14G

API RP 520 Part I

API RP 521

API RP 520 Part II

API RP 540

API RP 500

API RP 550

API RP 551

API RP 552

API 555

API 2003

API 2218

API SPEC 5L

API SPEC 12J

ASME (Boiler and Pressure Vessel Codes)

ASME B 31.3

ANCI Z358.1

BS-6739

ASTM

MSS SP-75

FM

NACK MR-01-75

NEC 500

NFPA

NFPA-70

NFPA-72

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NFPA-78

NFPA-13

NFPA-15

NFPA-20

IEC 60502

IEC 60331

IEC 60332

IEC 61508

IEC 61511

IEE 143

IEEE

IP-15

ISA RP 12/1

ISA S84-01

ISA

NEMA ICS-1

NEMA ICS-2

NEMA ICS-6

NEMA

NEC

AGA 9

AGA 8

TUV

SOLAS

Also other standards used by Contractor and approved for use in international practice.

6. GENERAL OF BK-7/MSP-1 GASLIFT SYSTEM Gas-lift gas comes from CCP to МSP-1 with operating pressure 125 barg or from CGCS to MSP-1 with operating pressure 100 barg and transit to ВК-3 and BK-1.

On risers of gas-lift pipe lines pressure gas are measuring, automatic closing of SDV (PSD, ESD).

Design of gas-lift system МSP-1 and BK-7 will be developed combined and includes:

a) installation the following equipment:

SK-5 – Flow metering skid (01 skid).

SK-2 – Gas-lift gas distribution skid into 6 lines (03 skid).

SK-2A - Gas-lift gas distribution skid into 5 lines (01 skid).

Videlicet:

- for МSP-1/BK-7 = Flow metering skid SK-5 (number of blocks -1).

- for МSP-1= Gas-lift gas distribution skid SK-2 into 6 lines (number of blocks -2).

- for BK-7= Gas-lift gas distribution skid SK-2 into 6 lines (number of blocks -1)

- Gas-lift gas distribution skid SK-2A into 5 lines (number of blocks -1).

b) Modification of process control system;

c) Water spray system for gas-lift block-modules;

The process flow diagram of gas-lift system at MSP–1/BK-7 is shown in Appendix 1.

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The lay out drawing with all dimensions indicated for installation is shown in Appendix 5.

Main process parameters of the gaslift system :

- operating pressure: Min - 90 bar.g

Max – 125 bar.g.

- operating temperature: Min - +22º С

Max – +30º С.

- the number of operated and controlled well lines:

for MSP-1 -12 lines;

for BK-7 -11 lines.

- whole gaslift gas flow rate of MSP-1 and BK-7 (12 wells+11wells) :

min – 34500 Nм3/day;

max – 1150000 Nм3/day.

- gaslift gas flow rate to each well line – from a minimum of 1500 Nм3/day to a maximum of 50000 Nм3/day.

The gaslift gas flow rate turndown is shown in the general principlles of Gaslift system operating Philosophy (Appendix 2).

- pressure in instrument air supply system, (bar. g) - 4 ÷ 8

- electrical power supply – 380 V, 3 phases without a neutral.

The composition of gas-lift system gas is shown in Appendix 7.

The designed gas-lift system shall provide following functions:

- distribution of gas-lift gas among production wells (skids SK-2/SK-2A);

- measurement of gas pressure and temperature;

- measuring and recording gas flow rate to each well and the whole gas flow rate (skids SK-2/SK-2A and SK-5);

- automatic and manual (remote and local) control of gas flow rate to each well;

- automatic shutdown of gas-lift system(SDV) and automatic blowdown of residual gas in the piping system to flare in case of fire or gas leak (BDV).

The general principles of Gaslift system operating Philosophy shown in Appendix 2.

Suggested reconstruction and modification of gas-lift system consists of connection of new equipment, blocks SK-2/SK-2A and SK-5 into the existing process control system PCS/MSP, which will provide them safety operation and control in a whole system.

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7. SCOPE OF WORK Contractor to carry out detail fabrication engineering for:

-Flow metering skid (SK-5) including BDV with RO sizing =01 skid.

-Gaslift gas distribution skid (SK-2) = 03 skids.

-Gaslift gas distribution skid (SK-2A) = 02 skids.

-Water spray system of gaslift system Contractor to carry out the calculation and detail engineering of manual operated water spray system (selection of type and amount of sprayers, diameters of piping lines) for all gaslift skids (existing gaslift skids and new supplied skids).Calculation should be carried out in accordance with the requirements of Rules Lloyd’s Register & NFPA.

The engineering and technological solutions should be considered and approved by a certification society (DNV or LR) and submitted to VSP.

8. TECHNICAL REQUIREMENT

8.1 General requirements A skid shall be included the following items, where applicable:

-Major equipment

-Auxiliary equipment

-Control panel

-Instrumentation

-Electrical

-Skid structure (including pad eyes, spreader beams, handrails, gratings, stairway and ladders)

-Process control system (PCS)

The complete skid shall be mounted on a rigid structural steel skid with interconnecting piping and wiring installed and ready for operation.

The skid design shall:

-Facilitate lifting, shipment and storage operations.

-Reduce to a minimum the erection and start up time on site.

-Enable continuous operation.

-Facilitate operation and maintenance.

The Contractor shall supply the necessary information required for foundation design and skid lifting.

The Contractor shall revise and resubmit the document or drawing conformity with VSP requires.

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The Contractor shall revise and update as-built drawing base on Fabricator document or drawings with VSP examined.

8.2 Gaslift gas distribution skid (SK-2/SK-2A) The purpose is distribution, control of gas flow rate into well lines in automatic and manual mode, measurement and recording of gas flow rate for each well.

Technical requirement: suitable for tropical & offshore environment, zone hazardous area Div.2. Other technical requirement. Appendix 4.

Number of skid:

SK-2 into 6 wells – 3(skid).

SK-2А into 5 wells – 1(skid).

Gaslift skids weight and size shall not exceed specified ones in Appendix 5.

8.3 Flow metering skid (SK-5) Purpose: measurement of total gas-lift gas flow rate on МSP-1/BK-7 taking into account flow rate range from 34500 to 1150000 Nm³/day (FE), automatic closing of gas-lift system (SDV) and automatic blowdown of residual gas in the piping system to flare in case of fire or gas leak (BDV).

Technical requirement: suitable for tropical & offshore environment, zone hazardous area Div.2. Other technical requirement. Appendix 4.

Number of skid:

SK-5 – 1(skid).

The skids weight and size shall not exceed specified ones in Appendix 5.

8.4 Water spray system of the gaslift system Water spray system control should be manual from a remote fire-prevention station in area of the living quarters block-module.

Technical requirement: suitable for tropical & offshore environment, zone hazardous area (zone II) (Div. 2)

8.5 Process control system and Safety The principles of a control of additional Gas-lift blocks MSP-1, BK-7 should correspond to philosophy of a gas-lift (see. Appendix2.) Additional equipment of a Gas-lift should be delivered as completely finished by adjustment technological SKIDs (block of allocation gas-lift gas SK-2, SK-2А and flow metering skid SK-5).

Each SKID shall be made from metallic frame with mounted on its equipment, cluster of piping, valves, instruments, pulse tubes, distribution manifold of instrument air, terminal boxes, cable glands, power and control cables laid in trays.

Each SKID shall be equipped with the lighting system on servicing zone of instruments and equipments.

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All external associations SKIDs should be equipped with counter flanges, connectors, laying and mounting parts. All instruments should be located in accessible for observation places and to have access for holding operations on adjustment, testing, calibration and repair.

All field control devices and instruments of remote monitoring and handle should be on-line to terminal boxes of appropriate assignment:

- analogue - JBA; - digital - JBD; - solenoid - JBS; - power 220/380 VAC - JBP.

All cables should be made in separate trays of appropriate assignment:

- analogue;

- digital + solenoid;

- power 220/380 VAC.

All machinery, instruments, lightings, cabinets of handle, the terminal boxes should be grounded. Each instrument - separately.

The cable trays should have a continuous electrical link (affirmed certificate of the manufacturer) and to be grounded from two sides.

Each SKID should have on the frame two (welded on a diagonal) pins for connection of earthing.

All electric equipment and the instruments shall be explosion-proof construction with a degree of protection not below EE-xd II B T3, IP-65.

The bodies of instruments, terminal boxes, cabinets, chutes, impulse tubes, connector assemblies and mounting parts shall be made from materials suitable for operation in conditions of a marine tropical climate without padding anticorrosive protection.

All equipment, the instruments shall have factory certificate and to be set point according to P&I-Diagram. All equipment, the instruments shall be marking according to P&I-Diagram (marking should be made of SS-316).

All analogue instruments should be SMART-TYPE, HART-PROTOCOL, I/O- 4 … 20 mA and to have possibility of remote testing and calibration.

Each group of one-type instruments shall be completed with instruments, tool and documentation for operation, repair and service.

For each 6 one-type instruments should be set 1 spare.

Scope of supply of gaslift equipment should include multicables for connection of instruments to PLC PCS MSP (from JB-SKID up to CONTROL ROOM BM-08) outgoing from the following requirements:

a) All power / the instrument cables (in a complete SKIDs and multicables) should meet the requirements of the IEC-332-3 standard, to be multiconductor, tinned and

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to have pattern CU/XLPE/PVC/SWB/PVC.

b) Working power: - instrument cables - 250 V; - power cables - 750 V.

c) Types and amount multicables for MSP-1/BK-7 (delivering in a composition of the contract):

- instrument analog multicable (process):

1 pr x 1,5 mm2 + SC = 500 m; - instrument analog multicable (process):

12 pr x 1,5 mm2 + SC = 1200 m;

- instrument digital multicable (process):

27 х 1,5 mm2 = 500 m;

-instrument solenoid multicable (process):

24 х 2,5 mm2 = 500 m;

- power cable: 3 х 2,5 mm2 = 500 m.

The delivery of cable production should be provided on separate drums for each type of cables ( no separate lengths 100m)

d) Types and quantity of trays (with covers) for multicables lay out from

SKIDs up to existing a trass (delivering in a composition of the contract):

Cable tray, material SS-316:

- (300 x 100 x 3000) = 60 pcs;

- (200 x 100 x 3000) = 20 pcs;

- (100 x 60 x 3000) = 20 pcs;

- (50 x 50 x 3000) = 60 pcs.

On period of transport, storage and adjustment SKIDs on the object, instruments, the control devices and machinery should be protected from mechanical damages and influencing of an environment.

8.6 I /O signals for PLC and Field devices Field devices:

- Analogue sensors (Out = 4 … 20 mA, SMART, HART, Connect - cable 1PR x 1,5 + SC);

- analogue actuating devices (Input = 4 … 20 mA, SMART, HART, Connect - cable 1PR x 1,5 + SC);

- digital sensors (Output = Two-way Dry Contact: Alarm = OPEN, Normal = CLOSED, Connect - cable 3 x 2,5);

- digital (solenoid) actuating devices (Input = 24 VDC, I max < 0,1 A, Connect -

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cable 3 x 2,5).

Inputs / the outputs PLC should provide a reception / transmission of following levels of signals:

- analogue inputs (Input = 4 … 20 mA, Connect - cable 1PR x 1,5 + SC);

- analogue outputs (Output = 4 … 20 mA, Connect - cable 1PR x 1,5 + SC);

- digital inputs (Input = Signal reception from NC/NO Dry Contact, Connect - cable 3 x 2,5);

- digital (solenoid) relay outputs (Output = 24VDC, 2 Two-way Contact;

- the switching characteristics, are lower - 60W / 24VDC; Dielectric Rigidity - 1kV between contacts / 2,5kV between contacts and coil(spool), Connect - cable 3 x 2,5);

- connection with local remote PLC and means of data transfer - RS-232 / RS-422 or RS-485 serial links.

The equipment having local panels of local control, must be equipped with switches of control modes «OFF-MAN-REM» by continuous switching of circuits in modes «MAN-REM» and to have free of «OFF-MAN-REM» Dry Contact (Alarm = OPEN, Normal = CLOSED) for the remote signaling system in PLC Control System.

On terminal blocks PLC the connection of circuits with voltage more than 24 VDC is not admitted.

The field equipment equipped with the control circuits with voltage more 24 VDC, should have galvanic unloosened remote control circuits through intermediate relay assemblies = 24 VDC (contact of the relay assembly, on in the local control circuit - NO: On Remote Control = contact CLOSED / Off Remote Control = contact OPEN).

8.7 Field devices, Cables and Materials All delivered equipment should conform the requirements on maintenance on marine gas and oil producing platforms in conditions of a wet marine tropical climate.

The protection rating of bodies of the equipment and devices from effect of climatic factors should be not below:

- mounted on the open spaces subject to a direct action of a solar radiation and a salt mist, or inside open technological modules - IP-65, body - from a stainless steel SS-316 at minimum;

- mounted inside enclosed spaces (without an air conditioning) - IP-44, body from steel with covers (coatings) ensuring anti-corrosion protection against effect of climatic factors and which are not requiring of recovery during an effective life;

- mounted inside enclosed spaces (with an air conditioning) - IP-22, body - from materials or with covers(coatings) ensuring anti-corrosion protection against effect of climatic factors and which are not requiring of recovery during an effective life.

Supplementary claims to fulfilment of the equipment PLC-Panel mounted in

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Control Room:

- Protection rating against climatic factors - IP-22 (minimum);

- control panel should have a filtrated forced ventilation;

- the doors of cases must be equipped with rubber joints;

- the printed circuit cards should be protected by special cover prohibitive to derivation of saline bridges (of short circuits of tracks);

- the contact couplings (on all stretch from Field Instrument to Marshalling Panels and in internal mounting) should not derivate couples;

- control panel must be equipped with the anticondensate device;

- at failure of a central air and / or of cooling of a location, internal cooling and / or anticondensate of the device of PLC- panel, the control system should save the functionability in a full volume.

All devices, equipment, cable, piping joints must be marked (identification tag from a stainless steel SS-316 by chasing) in conformity with P&I Diagram.

Marking wires, terminal blocks, inputs / of outputs MSP1/BK-7 (PLC), field devices, JB, must be executed in conformity Input / Output List.

The application of aluminum and his alloys for manufacturing of bodies of the field equipment is not admitted.

The degree of implosion protection of bodies of the equipment and devices established in explosion-dangerous zones should be EEx-d (for transmitters with a function of measurement - EEx-i).

All delivered equipment and the devices must be steady against vibration.

All delivered equipment and the devices must be equipped with bolt joints from a stainless steel SS-316 for connection of grounding conductors.

The analogue instruments of a remote monitoring (Transmitters) should have the configuration: 4 - 20 mA / SMART / HART to allow to execute remote diagnostic, calibration and testing and to be made-up HART- Communicators.

The monitoring instruments of pressure of oil should have diaphragm separators.

The monitoring instruments of pressure (oil / water / gas / air) must be completed with/ built-on Instrument Needle Valve (SS-316, Connection ½” NPT-M x ½”NPT-F), Instrument Three Valve Manifold (SS316, Connection ½”NPT-M x ½”NPT-F) by all required connection by parts (SS-316).

For monitoring instruments of temperature must be provided flanged thermowell (SS-316, 1 ½”) with an inside thread ½” NPT-F.

All equipment and the devices delivered on the contract, must be completed with the required documentation (descriptions, production certificates, test-reports, guarantee certificates, passports, the instructions on adjustment and operation) and to have the appropriate accompany documents.

Each unit of equipment / the device delivered loose, shall have appropriate factory marking and identification tag according to P&I Diagram, to be completed and is

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packed with all required connection by parts / by clusters in a separate box with the marked marking.

The production certificate, test-report, guarantee certificates both passport must be applied to each device. The description and instruction on adjustment and maintenance 10 devices (or 1 on any quantity less than 10) must be applied to each.

All delivered equipment / the devices should have spares for 2 years of operation.

8.8 Documentation Documents shall be full size A1, A2, A3 and A4. A0 size is not acceptable. Legible drawings at A3 size are preferred for review. Full size drawings (A1 or A2) should be submitted as final copies.

Photocopy quality shall ensure that legibility and clarity of documents is maintained. Manuals and books shall be supplied in loose-leaf hard cover binders.

Other requirements see appendix 4.

The Contractor shall supply 06 sets hard copy of drawing and technical documentations in English language and softcopy with native file ( Word, Excel, AutoCad, e.g. ) written in CDs as below, but not limited to:

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REQUIREMENTS FOR DESIGN DRAWING and DOCUMENTATION

No. Document title

1 SKID general arrangement and layout

1.1 Gas-Lift SKID SK-2 General Arrangement

1.2 Gas-Lift SKID SK-2A General Arrangement

1.3 Flow Metering SKID SK-5 General Arrangement

1.4 Gas-Lift SKID SK-2. Instrument Layout

1.5 Gas-Lift SKID SK-2A. Instrument Layout

1.6 Flow Metering SKID SK-5. Instrument Layout

1.7 P & ID of SKIDs

2 Piping and Structures

2.1 Piping Layout of SKIDs

2.2 Piping isometric and pipe spool drawings of the SKIDs

2.3 Pipe support and hangers drawings of the SKIDs

2.4 Lines list

2.5 Steel structure construction drawings of the SKIDs

2.6 Lifting Arrangement

3 E & I

3.1 Instrument loop diagrams

3.2 Interconnection block diagram

3.3 Junction Box wiring diagram

3.4 Electrical and Lighting drawing

3.5 Cable tray Layout & Detail

3.6 E&I Support Location Plan and detail

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3.7 Grounding Plan & Detail

4 Utility Instrument Air system Drawings

5 Bill of materials of SKIDs (consist of type, Size, quantity, weight,

Specification of materials, e.g.)

6 SKID fabrication instructions

7 Calculations

7.1 Piping Design Calculation

7.2 Pipe Stress Analysis

7.3 Lighting Calculation

7.4 Structure Calculation

7.5 Weight report

8 Water Spray System

8.1 Firewater Demand Calculation

8.2 Selection of Nozzles

8.3 Water Spray System Arrangement

8.4 Water Spray System Piping and Isometric Diagram

8.5 Main Piping & Support Arrangement of Water Spray System

8.6 Water Spray System Piping Arrangement

8.7 Bill of Material of Water Spray System

9 Documents

9.1 Inspection & Test Plans

9.2 Master List of Engineering Documents

10 Final Documents

10.1 AS-Built Drawings

10.1 Detailed Check Sheets (For SKIDs)

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9. REQUIREMENTS FOR TENDER -The Contractor shall submit experience list and the typical related working, company profile and organization chart.

-Detail of proposed process design, all applicable specification and a project schedule.

-Information of technical capability and number of experts

-List of equipment, facility and software for design

-The personal experience and certificates of engineer: CV & Certificate of project personnel

-Quality management system conformed with recognized international standard such as ISO 9001: 2000 and Proposed Quality Plan for this project

- Safety record

10. COMPANY SUPPLIED DATA AND INFORMATION Appendix 1: Gaslift system of MSP1/BK7 Process flow diagram

Appendix 2: Gaslift operating Philosophy

Appendix 3: Specification for loose pipes, fittings and materials.

Appendix 4: General technical requirements for process skids

Appendix 5: - Plan view of gaslift module

- Fire & Gas lay out

Appendix 6: P&I Diagram

Appendix 7: Average composition analysis of gas

Appendix8: Common specification’s requirement for field materials and instruments

Appendix 9: Specification for loose water spray system materials

Appendix 10: Overall Schedule

MSP1 BK7 C 4702 20600 RevD ITT Fabrication Engineering

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