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Complex Multi-Well Pad Planning 2/11/15
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Complex Multi-Well Pad Planning - AADEComplex+Units+(… · Solutions for Better Planning •Brought in an in-house well planner –Makes well planning process more efficient when

Mar 19, 2018

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Page 1: Complex Multi-Well Pad Planning - AADEComplex+Units+(… · Solutions for Better Planning •Brought in an in-house well planner –Makes well planning process more efficient when

Complex Multi-Well

Pad Planning 2/11/15

Page 2: Complex Multi-Well Pad Planning - AADEComplex+Units+(… · Solutions for Better Planning •Brought in an in-house well planner –Makes well planning process more efficient when

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Agenda

• Typical pad planning process

• Deficiencies in planning complex units/pads

• Anti-collision

• Solutions to help our planning process on complex units

• Examples of units planning using new solutions

• Complex unit/pad planning process

Page 3: Complex Multi-Well Pad Planning - AADEComplex+Units+(… · Solutions for Better Planning •Brought in an in-house well planner –Makes well planning process more efficient when

Typical Pad Planning Process

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Reservoir Engineer

Operations Land Coordinator

Drilling Engineer

Regulatory Engineer

Page 4: Complex Multi-Well Pad Planning - AADEComplex+Units+(… · Solutions for Better Planning •Brought in an in-house well planner –Makes well planning process more efficient when

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Typical Unit Layout

Page 5: Complex Multi-Well Pad Planning - AADEComplex+Units+(… · Solutions for Better Planning •Brought in an in-house well planner –Makes well planning process more efficient when

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Complex Unit A

Page 6: Complex Multi-Well Pad Planning - AADEComplex+Units+(… · Solutions for Better Planning •Brought in an in-house well planner –Makes well planning process more efficient when

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Complex Unit A

Page 7: Complex Multi-Well Pad Planning - AADEComplex+Units+(… · Solutions for Better Planning •Brought in an in-house well planner –Makes well planning process more efficient when

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Anti-collision Separation Factor

C to C

𝑆𝐹 =(𝐶 𝑡𝑜 𝐶)

(𝑈𝑅𝑎 + 𝑈𝑅𝑏)

URa URb

C to C

URa URb

SF = 1

Page 8: Complex Multi-Well Pad Planning - AADEComplex+Units+(… · Solutions for Better Planning •Brought in an in-house well planner –Makes well planning process more efficient when

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North Drilling Anti-Collision Policy

• While drilling vertical and curve, anti-collision monitoring/calculations at the rig after every survey when Separation Factor < 2.0 (2 Sigma)

• If Separation Factor < 1.5, contact CLR Drilling Engineer immediately. Discuss trends, trajectory, plan forward for separation.

• If Separation Factor < 1.0, stop drilling immediately. Contact CLR Drilling Engineer and Area Drilling Manager. Discuss risk options, trends, plan forward. Direct approval necessary before drilling resumes.

Page 9: Complex Multi-Well Pad Planning - AADEComplex+Units+(… · Solutions for Better Planning •Brought in an in-house well planner –Makes well planning process more efficient when

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Complex Unit A

Page 10: Complex Multi-Well Pad Planning - AADEComplex+Units+(… · Solutions for Better Planning •Brought in an in-house well planner –Makes well planning process more efficient when

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Complex Unit A

Page 11: Complex Multi-Well Pad Planning - AADEComplex+Units+(… · Solutions for Better Planning •Brought in an in-house well planner –Makes well planning process more efficient when

Solutions for Better Planning

• Brought in an in-house well planner

– Makes well planning process more efficient when working face to face and drawing out ideas

• Trial with Landmark’s Decision Space Software

– Essentially automates the well planning process

– Enter constraints:

• lateral spacing and length

• well trajectory constraints

• unit boundaries, etc.

– Program will pick pad locations and create plans

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Page 12: Complex Multi-Well Pad Planning - AADEComplex+Units+(… · Solutions for Better Planning •Brought in an in-house well planner –Makes well planning process more efficient when

Complex Unit B

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Page 13: Complex Multi-Well Pad Planning - AADEComplex+Units+(… · Solutions for Better Planning •Brought in an in-house well planner –Makes well planning process more efficient when

Complex Unit B

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Page 14: Complex Multi-Well Pad Planning - AADEComplex+Units+(… · Solutions for Better Planning •Brought in an in-house well planner –Makes well planning process more efficient when

Complex Units C, D, E, F, and G

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C

E

D

F G

Page 15: Complex Multi-Well Pad Planning - AADEComplex+Units+(… · Solutions for Better Planning •Brought in an in-house well planner –Makes well planning process more efficient when

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Complex Units C, D, E, F, and G

Page 16: Complex Multi-Well Pad Planning - AADEComplex+Units+(… · Solutions for Better Planning •Brought in an in-house well planner –Makes well planning process more efficient when

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Complex Units C, D, E, F, and G

Page 17: Complex Multi-Well Pad Planning - AADEComplex+Units+(… · Solutions for Better Planning •Brought in an in-house well planner –Makes well planning process more efficient when

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Complex Units C, D, E, F, and G

Page 18: Complex Multi-Well Pad Planning - AADEComplex+Units+(… · Solutions for Better Planning •Brought in an in-house well planner –Makes well planning process more efficient when

Planning Process for Complex Pads

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Reservoir Engineer

Operations Land Coordinator

Drilling Engineer

Regulatory Engineer

Decision Space

Technical Team

Compass

Page 19: Complex Multi-Well Pad Planning - AADEComplex+Units+(… · Solutions for Better Planning •Brought in an in-house well planner –Makes well planning process more efficient when

Questions?