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Proposed Cromer Unit No. 3 Application for Enhanced Oil Recovery Waterflood Project List of Figures Figure 1 Daly Sinclair Field Area Map Figure 2 Cromer Unit No. 3 Proposed Boundary Figure 3 Bakken-Three Forks A Pool Figure 4 Cromer Unit No. 3 Historical Production Figure 5 Cromer Unit No. 3 Development Plan Figure 6 Sinclair Pilot Waterflood Section 4 Production Profile Figure 7a Cromer Unit No. 3 Primary Recovery – Rate v. Cumulative Oil Figure 7b Cromer Unit No. 3 Primary Recovery – Rate v. Time Figure 8a Cromer Unit No. 3 Primary + Secondary Recovery – Rate v. Cumulative Oil Figure 8b Cromer Unit No. 3 Primary + Secondary Recovery – Rate v. Time Figure 9 Cromer Unit No. 3 Injection Facilities Process Flow Diagram Figure 10 Typical Openhole Water Injection Well Downhole Diagram Figure 11 Planned Corrosion Program
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Proposed Cromer Unit No. 3 Application for Enhanced Oil ...Application for Enhanced Oil Recovery Waterflood Project List of Figures ... Figure 9 Cromer Unit No. 3 Injection Facilities

Oct 22, 2020

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  • Proposed Cromer Unit No. 3

    Application for Enhanced Oil Recovery Waterflood Project

    List of Figures

    Figure 1 Daly Sinclair Field Area Map

    Figure 2 Cromer Unit No. 3 Proposed Boundary

    Figure 3 Bakken-Three Forks A Pool

    Figure 4 Cromer Unit No. 3 Historical Production

    Figure 5 Cromer Unit No. 3 Development Plan

    Figure 6 Sinclair Pilot Waterflood Section 4 Production Profile

    Figure 7a Cromer Unit No. 3 Primary Recovery – Rate v. Cumulative Oil

    Figure 7b Cromer Unit No. 3 Primary Recovery – Rate v. Time

    Figure 8a Cromer Unit No. 3 Primary + Secondary Recovery – Rate v. Cumulative Oil

    Figure 8b Cromer Unit No. 3 Primary + Secondary Recovery – Rate v. Time

    Figure 9 Cromer Unit No. 3 Injection Facilities Process Flow Diagram

    Figure 10 Typical Openhole Water Injection Well Downhole Diagram

    Figure 11 Planned Corrosion Program

  • Manitoba Petroleum Branch10

    Figure 2 - Daly Sinclair Field (01)

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    CROMER UNIT 1

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    PROPOSED

    CROMER UNIT 3

    CROMER UNIT 1

  • Manitoba Petroleum Branch30

    Figure 13 - Daly Sinclair Bakken & Bakken-Three Forks Pools

    (01 60A - 01 60BB & 01 62A 01 62II)

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  • Future HZ Producer

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  • Sharon.BakerTypewritten TextPrimary Recovery

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    Sharon.BakerTypewritten TextFigure 7b

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    Sharon.BakerTypewritten TextPrimary + Secondary Recovery

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    Sharon.BakerTypewritten TextFigure 8b

    Sharon.BakerTypewritten TextFigure 8a

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    Sharon.BakerTypewritten TextConversions

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    Sharon.BakerTypewritten TextWaterflood Response

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  • Sharon.BakerTypewritten TextFigure 9

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  • TYPICAL OPEN HOLE WATER INJECTION WELL (WIW) DOWNHOLE DIAGRAMWELL NAME: Tundra Cromer Unit No. 3 HZNTL Open Hole WIW WELL LICENCE:

    Prepared by WRJ (average depths) Date: 2012

    Elevations :

    KB [m] KB to THF [m] TD [m] 2400.0

    GL [m] CF (m) PBTD [m]

    Current Perfs: Open Hole 950.0 to 2400.0

    Current Perfs: to

    KOP: 700 m MD Total Interval to

    Tubulars Size [mm] Wt - Kg/m Grade Landing Depth [mKB]

    Surface Casing 244.5 48.06 H-40 - ST&C Surface to 140.0

    Intermed Csg (if run) 177.8 34.23 & 29.76 J-55 - LT&C Surface to 950.0

    Open Hole Latera none none none 950.0 to 2400.0

    Tubing 60.3 or 73.0 - TK-99 6.99 or 9.67 J-55 Surface to 940.0

    Date of Tubing Installation: Length Top @

    Item Description K.B.--Tbg. Flg. 0.00 m KB

    Corrosion Protected ENC Coated Packer (set within 15 m of Intermed Csg shoe)

    60.3 mm or 73 mm TK-99 Internally Coated Tubing

    SC = 140mKB TK-99 Internally Coated Tubing Pup Jt

    Coated Split Dognut

    Annular space above injection packer filled with inhibited fresh water

    Bottom of Tubing mKBRod String :

    Date of Rod Installation:

    Bottomhole Pump:

    Directions:

    KOP = ~ 700 mMD

    Inhibited Annular Fluid

    Injection Packer set within 15 m of Intermediate Casing Shoe

    Intermediate Casing Shoe

    Open Hole Fractures

    Tundra Oil And Gas Partnership

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  • ** subject to final design and engineering

    Cromer Unit No. 3

    EOR Waterflood Project Planned Corrosion Control Program ** Source Well

    • Continuous downhole corrosion inhibition • Continuous surface corrosion inhibitor injection • Downhole scale inhibitor injection • Corrosion resistant valves and internally coated surface piping

    Pipelines

    • Source well to 3-4-8-29 Water Plant – Fiberglass • New High Pressure Pipeline to Unit 9 injection wells – 2000 psi high pressure

    Fiberglass Facilities

    • 3-4-8-29 Water Plant and New Injection Pump Station o Plant piping – 600 ANSI schedule 80 pipe, Fiberglass or Internally coated o Filtration – Stainless steel bodies and PVC piping o Pumping – Ceramic plungers, stainless steel disc valves o Tanks – Fiberglass shell, corrosion resistant valves

    Injection Wellhead / Surface Piping

    • Corrosion resistant valves and stainless steel and/or internally coated steel surface piping

    Injection Well

    • Casing cathodic protection where required • Wetted surfaces coated downhole packer • Corrosion inhibited water in the annulus between tubing / casing • Internally coated tubing surface to packer • Surface freeze protection of annular fluid • Corrosion resistant master valve • Corrosion resistant pipeline valve

    Producing Wells

    • Casing cathodic protection where required • Downhole batch corrosion inhibition as required • Downhole scale inhibitor injection as required

    Figure 11