Dsme Introductory Presentation

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    Mariner Topside EPC ProjectEngineering Execution Plan

    EM Team

    January 8 th , 2013

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    The House of Wisdom & Innovation 2

    DSME IntroductionSME Introduction

    Name PositionChung-Tae Choi PULQ Engineering ManagerMu-Chul Park Drilling Engineering ManagerJun-Hong Kim Proposal EngineerHyun-Suk Yoon Naval Architecture EngineerHung-Rae Rim Process Lead Engineer

    Ye-Ho Lee Process Lead EngineerJong-Kun Choi Electrical Lead EngineerUi-Hong Whang Instrument Lead EngineerKwang-Hyo Lee Piping Lead EngineerChan-Soon Park Piping EngineerMi-Jeong Kim Piping EngineerJin-Woong Lee Piping Material Engineer

    Jae-Seok Yoo Mechanical Lead EngineerDae-Won Yang Mechanical EngineerJae-Beom Sim Mechanical EngineerYong-Woong Choi Structural Lead EngineerHyeok Jeon Steel Outfitting Lead EngineerSoo-Hyung Kim Architecture Lead Engineer

    DSME Mobilized Engineer

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    The House of Wisdom & Innovation 3

    Contentsontents

    Project Summary1

    2 Engineering Interface Formation

    6

    3

    4

    5

    7 Engineering Mobilization Plan

    Engineering Organization

    Scope of Work

    Engineering Staged Milestone

    Project Schedule

    8

    9

    Engineering Execut. Strategy

    Engineering Start-up Schedule

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    The House of Wisdom & Innovation

    Project Summary(1/3)

    4

    Statoil Mariner PDQ Platform Project: Statoil (UK) Ltd.

    PDQ (Process, Drilling & Quarter) Platform Topsides: Topside Modules(Process & Utility) + Drilling Module + Living Quarter

    Location : North-sea, UK Continental Shelf (Block 9/11)Dimension : Abt. 126.5 (L) x 52 (B) x 80 (H)Production Capa. : 80,000bbls (Oil), 14 MMSCFD (Gas), 314,465 bbls (Water)Water Depth : 110 MClass : N/A Key Schedule

    C/A S/C S/A 2012.12.21 2014.5.15 C/A+36

    - FEED Familiarization- UK + Norwegian Regulation

    - UK Contents

    Topside (Net Dry, mT): 30,500

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    The House of Wisdom & Innovation

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    5

    OILFromWell

    Crude Booster Pumps (3*50%)

    Crude/ Water Heat exchanger

    (2*50%)

    Crude/ CrudeHeat Exchanger A/B

    (2*50%)

    Crude Heater (2*50%)

    Fuel gasCompressor

    1 st StageRecompressio

    n

    2nd StageRecompressio

    n

    Produced water heater

    Water injectionBooster pumps A/B

    (2*50%)

    1st stageseparator

    2nd stageseparator

    Oil export pumpsA/B/C (3*50%)

    Rejectvesse

    l

    Sand cyclone

    ProductionManifold

    Hydrocyclone3*50%

    CFUVessel(3*33%)

    Produced water Surge drum

    Water injectionpumps A/B (2*50%)

    Diluent/CrudeHeat Exchanger

    Crude Cooler

    Diluent FromFSU

    3 rd StageRecompressor

    aftercooler

    Fuel GasScrubber

    SuctionScrubber

    Maureen andHeimdal

    Heavy oil reservoirs

    11.5 barg / 58

    1.5 barg / 105

    2 barg / 105

    1.2barg / 30

    3.8barg / 95

    3.3barg / 20

    BS&W < 0.5%

    10.5barg / 20

    40barg / 75

    Total Oil incl diluent :12,840 Sm3/sdGas : ~0.4MMSm3/d

    Produced water : 46,240 Sm3/sdTotal liquid : 52,100 Sm3/sd

    Max diluent in export oil :3,140 Sm3/sdWater injection :50,665 Sm3/sdMake-up water (for injection) :

    13,000Sm3/sd

    Total Oil incl diluent :12,840 Sm3/sdGas : ~0.4MMSm3/d

    Produced water : 46,240 Sm3/sdTotal liquid : 52,100 Sm3/sd

    Max diluent in export oil :3,140 Sm3/sdWater injection :50,665 Sm3/sdMake-up water (for injection) :

    13,000Sm3/sd

    GAS

    WATER

    26barg / 45

    11.5barg / 125

    Waterproduction

    well Make-up water

    GAS

    OIL

    WATER

    VesterledPipelineImport gas

    170barg

    ElectrostaticCoalescer A/B

    Mariner Platform Schematic Diagram

    Project Summary(2/3)

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    The House of Wisdom & Innovation

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    System Category System and CapacityProduction Oil 80,000 BOPD

    Gas 14 MMscfd

    Production Water 46,240 Sm3/SD

    Water Injection 318,673 BWPD

    Oil System Separation 1-Trains : 1st

    Stage Separator-> 2nd

    Stage Separator ->Electrostatic Coalescer A/B

    Gas System Compression 1-Trains :1 st Stage Compression -> 2 nd StageCompression -> Fuel gas Compression

    Gas All produced solution gas will be used for fuel.Supplemental gas for fuel will be imported from Veterledpipeline.

    Water System MEG Regenerationsystem N/A

    Water Treatment System HydrocycloneCFU VesselProduced water Surge drum

    Water Injection Produced water re-injection& Well make-up water

    Major Process Summary

    Project Summary(3/3)

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    The House of Wisdom & Innovation

    Process & Safety Mechanical Electrical & Instrument Structure Piping HVAC Accommodation

    ENGINEERINGCENTER

    IN CB&I OFFICE Procure. Engineering Detailed Engg Coord. Interface Engineering

    Statoil Supply FEED Offshore Commissioning Start-up & Operation

    COMPANY SUPPLIERS

    Vendor Data

    CB&I for TOPSIDE

    SNC Lavalin for JacketDesign

    ENGINEERINGCENTER IN Okpo

    Production Engineering

    Sinhan L/Q Sub-con

    L/Q Fabrication

    Jacket Fabricator

    NMA Sub-con

    Sub-sea, Riser & Pipeline

    Engineering Interface Formation

    Transportation

    Amec(UK) Sub-con Hook-up

    Process & Safety Mechanical Electrical & Instrument Structure Piping HVAC

    RDS for Drilling Pkg

    Sapem SUB-CON Installation

    2

    7

    Suppliers Sub-con Vendor data

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    The House of Wisdom & Innovation

    Project Schedule

    8

    Level 1 Schedule

    05.15 12.31

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    The House of Wisdom & Innovation 9

    3 Project Schedule Modue Schedule Level 1

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    The House of Wisdom & Innovation

    Mar

    1

    4 MONTHS4 MONTHS

    7 MONTHS7 MONTHS

    STAGE 1

    STAGE 2

    STAGE 3

    STAGE 4

    -15-16 -13-14 -11-12 -10 -7-8 -5-6 -3-4 -1-2

    Deliver to DSME

    Top S/C(May 15, 14)

    -17-18

    Planning & FEED Verification

    Design

    Design Completion & Deliverable Production

    Detailed & Construction Engineering

    -9

    E n g g

    T r a n s i t

    .

    C/A(Dec.21, 12)

    Follow-up EnggFollow-up Engg

    Cutg PlanCutg Plan

    2012

    MarFeb MayApr JulJun Aug NovOct JanDec Feb MayAprJanDec Sep

    +1Jun

    Okpo Stage-4 in parallelOkpo Stage-4 in parallelReview

    4 MONTHS4 MONTHS

    Nov

    4 Engg Staged Milestone PULQ

    +2

    10

    Long Lead Item (TG, Gas Comp. SW P/P, FWP/P):PO(-16.5M), 1 st VD(-13.5M), As-noted(-11.5M)

    Critical Items: RFQ(-16.5M), PO(-13.5M),1st VD(-11.5M), As-noted(-9.5M)

    Minor Equip.: PO(-9M), 1 st VD(-8M), As-noted(-7M)

    Certified V/D (-6M)

    POR: Primary(-5M), Secondary(-4M)

    Long Lead O/F (Valves): RFQ(-10M), POR(-7M), V/D(-5M)

    O/F Hole Plan: Major(-6M), Final(-2M)

    Design Review: STG1(-10M), STG2(-8M), STG3(-5M), STG4(-3M)

    Notes1) Green: Detailed Design

    2) Dark Blue: DSME production design3) Pink: Procurement Engineering

    P&ID: IFR(-12M), HAZOP(-10.5M), IFA(-9M), AFC(-4.5M)

    SLD: IFR(-12M), IFA(-9M), AFC(-7M)

    Basic Layout, MA: IFR(-13M), IFA1(-11M), IFA2-9M), AFC(-6M)

    Structure: IFA(-7M), Primary AFC(-6M), Secondary AFC(-5M)

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    The House of Wisdom & Innovation

    Mar

    1

    4 MONTHS4 MONTHS

    5 MONTHS5 MONTHS

    STAGE 1

    STAGE 2

    STAGE 3

    STAGE 4

    -16-17 -14-15 -12-13 -11 -8-9 -6-7 -4-5 -2-3

    Deliver to DSM

    Top S/C(June1, 14)

    -18-19

    Planning & FEED Verification

    Design

    Design Completion & Deliverable Production

    Detailed & Construction Engineering

    -10

    E n g g

    T r a n s i t

    .

    C/A(Dec.21, 12)

    Follow-up Eng,gFollow-up Eng,g

    Cutg PlanCutg Plan

    2012

    MarFeb MayApr JulJun Aug NovOct JanDec Feb MayAprJanDec Sep

    -1Jun

    Okpo Stage-4 in parallelOkpo Stage-4 in parallelReview

    4 MONTHS4 MONTHS

    Nov

    4 Engg Staged Milestone Drilling

    +1

    11

    Long Lead Item (Drilling, BOP pkg,ICU,Cemnt eq.):RFQ(-16M),PO(-15M),1 st VD(-12M), As-noted(-10M)

    Critical Items: RFQ(-16M), PO(-14M),1 st VD(-12M), As-noted(-10M)

    Minor item.: PO(-9M), 1 st VD(-8M), As-noted(-7M)

    Certified V/D (-6M)

    POR: Primary(-5M), Secondary(-4M)

    Long Lead O/F (Valves): RFQ(-10M), POR(-7M), V/D(-5M)

    O/F Hole Plan: Major(-6M), Final(-2M)

    Design Review: STG1(-10M), STG2(-8M), STG3(-5M), STG4(-3M)

    Notes1) Green: Detailed Design

    2) Dark Blue: DSME production design3) Pink: Procurement Engineering

    Structure: IFA(-7M), Primary AFC(-6M), Secondary AFC(-5M)

    P&ID: IFR(-12M), HAZOP(-10.5M), IFA(-9M), AFC(-4.5M)

    SLD: IFR(-12M), IFA(-9M), AFC(-7M)

    Basic Layout, MA: IFR(-13M), IFA1(-11M), IFA2-9M), AFC(-6M)

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