amec future of oilsands

Upload: forexff

Post on 10-Apr-2018

217 views

Category:

Documents


0 download

TRANSCRIPT

  • 8/8/2019 AMEC Future of Oilsands

    1/16

    The Future of the Canadian Oil SandsEngineering & Project Management Advances

    Peter Madden, President, AMEC Oil Sands

    Presented to: World Energy Congress,

  • 8/8/2019 AMEC Future of Oilsands

    2/16

    Agenda

    Safety

    Oil Sands Background & Facts Engineering & Technology

    Project Management

  • 8/8/2019 AMEC Future of Oilsands

    3/16

    Lost Time Injury Frequency Rate

    Comparison

    CAPP Canadian Association of Petroleum Producers

    MSHA Mine Safety and Health Administration

  • 8/8/2019 AMEC Future of Oilsands

    4/16

    Total Recordable Incident Rate

    Comparison

    5.05

    3.224

    5

    6

    IR

    0.350.2

    0

    0

    1

    2

    TR

    Alberta*

    Construction

    Industry

    Oil Sands* A M EC Oil Sands Oil & Gas**

    Producers

    Construction

    Average

    Oil & Gas**

    Producers

    Construction

    Pacesetter

    "#$

    %

    & $

    '

    ( () 0

    1

    2

    3

    4

    '

  • 8/8/2019 AMEC Future of Oilsands

    5/16

    AMECs Health, Safety, Security and

    Environment (HSSE) Vision

    Beyond Zero is our vision ofwhat we need to do and where

    Management Systems

    sustainable, world-class HSSEperformance throughout all our

    global operations

  • 8/8/2019 AMEC Future of Oilsands

    6/16

    AMECs Health, Safety, Security and

    Environment (HSSE) Vision

    Beyond Zero is our vision ofwhat we need to do and where

    Protecting our Work Force

    sustainable, world-class HSSEperformance throughout all our

    global operations

  • 8/8/2019 AMEC Future of Oilsands

    7/16

    Global Resources

    264

    175

    200

    250

    300

    rels

    53%

    47%

    Source: Oil & Gas Journal, December 2009

    136

    115102 99

    92

    60

    4436

    30

    21

    0

    50

    100

    150

    billion

    ba

  • 8/8/2019 AMEC Future of Oilsands

    8/16

    Growth Case Western Canada Oil Sands &

    Conventional Production

    Source: CAPP Crude Oil Forecast, Markets & Pipeline Expansions, June 2010

  • 8/8/2019 AMEC Future of Oilsands

    9/16

    Mineable Oil Sands

    Mining 20% of the oil sands resource is less than 200 feet deep

  • 8/8/2019 AMEC Future of Oilsands

    10/16

    In Situ Oil Sands

    Cold Flow

    Low capital investment

    Only works well where the oil (bitumen) is fluid enough

    Recovery is only 5-10%

    In Situ 80% of the oil sands resource is more than 200 feet deep

  • 8/8/2019 AMEC Future of Oilsands

    11/16

    In Situ Oil Sands

    Recovery rate:

    20-25%

    Recovery rate:

    up to 60%

    LP

    Cyclic Steam Stimulation (CSS) Steam-assisted Gravity Drainage (SAGD)

    HP

  • 8/8/2019 AMEC Future of Oilsands

    12/16

    Toe to Heel Air Injection (THAI)

    Lower capital costs

    Minimal usage of natural gas and water

    Potential to be utilized in deep heavy oil resources

    80% recovery expected

    Future In Situ Technology

    Vapor Extraction Process (VAPEX)

    Solvent injected into oil sands resulting in significantviscosity reduction

    Expensive injection fluid (propane)

    Lower energy costs

    Potential for in situ upgrading and application to thinreservoirs

    Limited field-testing

  • 8/8/2019 AMEC Future of Oilsands

    13/16

    ENGINEERING PRE-FAB CONSTRUCTION PRE-COM COM

    Start-up

    -

    Traditional project execution approach

    Management & Schedule Improvements by

    Progressive Completion Process

    ENGINEERINGCONSTRUCTION

    Potential

    savingCWP

    CWP

    CWP

    CWP

  • 8/8/2019 AMEC Future of Oilsands

    14/16

    CWP Acceptance Hierarchy

    Inspection

    Deficiency/Punch list

    DisciplineCheck-sheets

    CWP CWP CWPInspection

    & Test Plan

    CWP

    Level 1 acceptanceBuilding block

    completion

    Level 2 acceptance

    ModulesCivil

    Structuraletc.

    Deficiency/Punch list

    DisciplineCheck-sheets

    Completion

    Level 3 acceptanceSystem testing/Completion

    CWP

    Deficiency/Punch list C or D

    DisciplineCheck-sheets

    Inspection& Test Plan

    SystemTurnover

    Module installationsInterconnectsLoose spool installationBuildings & outfittingCable pullingetc.

    Function testing loops

    Mechanical Completion

    CSU - CCC

  • 8/8/2019 AMEC Future of Oilsands

    15/16

    Engineering Integration

    Benefits

    Dimensional Data Profile

    Instrument physical data

    Vendor data

    Item Tag

    Process data

    Deliverables

    Data interfaces

    Electrical

    Tag Registry

    Data exchange

    With SPFData owned by authoring/nominated

    applicationData synchronised between design toolsData validation (Tag registry)

    Single point of entry for data; data passedforward through design process

    AVEVA VPRM

    Piping Specs and Commodity DataSpec name

    Valve Commodity Code

    Engineering Data

    Hardcopy Engineering

    SpecsCommodity Code list

    Info displayed in P&ID and

    datasheetModel + DrawingTags

    Isometric drawingOrthographic drawingsPiping Component Data

    Line Data

    Equipment Data

    Instrument Data

    Progress

    MTO

    Visualization data

    Attribute data

    ProcessElectrical

    Instrumentation

    Spec (VPRM)

    3D

  • 8/8/2019 AMEC Future of Oilsands

    16/16

    The Future of the Canadian Oil SandsEngineering & Project Management Advances

    Peter Madden, President, AMEC Oil Sands

    Presented to: World Energy Congress

    Insert picture(s) here

    ,