11 drilling and well centre for improved recovery

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1 Drilling and Well Centre for Improved Recovery www.drillwell.no

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Page 1: 11 Drilling and Well Centre for Improved Recovery

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Drilling and Well Centre for Improved Recovery www.drillwell.no

Page 2: 11 Drilling and Well Centre for Improved Recovery

RESEARCH PARTNERS

INDUSTRIAL PARTNERS

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3DrillWell R&D Partners

International academic partners

http://www.iris.no/home

http://www.sintef.no/home/ http://www.ntnu.edu/

http://www.uis.no/frontpage/

Page 4: 11 Drilling and Well Centre for Improved Recovery

Vision Unlock petroleum resources through better drilling and well technology

Main targets

Cost reduction

Improved recovery

Efficient field development

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Drilling and Well Centre for Improved Recoverywww.drillwell.no

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Page 6: 11 Drilling and Well Centre for Improved Recovery

Drilling Process Optimisation

• Cuttings transport model

• Hook-load correction model ready for validation and commercialization

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Objective:

To determine the influence of thermal cycling on cement integrity

•Unique experimental set-up •Has attracted international attention•Cooperation with Schlumberger and Halliburton

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Cement integrity during thermal cycling

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P&A - Can the tubing be left in the hole?

• Ullrigg full scale experiments 2013 & 2014

• Cement along control lines• Micro-annulus between

cement and tubing/casing was reduced with expandable cement

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The National IOR Centre of Norway

The National IOR Centre of Norway

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The National IOR Centre of Norway

The partners

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The National IOR Centre of Norway

The Official Opening 26.March 2014

The Grand Opening @ UiS - more than 300 participantsIOR NORWAY 2015 - our 1st annual IOR conference

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The National IOR Centre of Norway

Understand, model and upscale

Coccolith

Opal-CT

Grain

Pore space

Coccolith

Coccolith

Opal-CT

Grain

Pore space

Coccolith

Pore Core Field

SEM

Lattice Boltzmann

m10 8 m103m10 2

Level SetCore scale experiments and modelling

IORSim, OPM, EnKF, 4D Seismic & Tracer

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The National IOR Centre of Norway

Challenges

Complex flow

pattern

Multiple Wells

Temp. gradients

Geo-chemistry

Oil Displacement

Water Chemistry

• Mature fields• Chemical EOR

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The National IOR Centre of Norway

The Approach

EclipseReservoir simulator

IORSim(*)

advect components

Geo-chemistry

(*) Similar philosophy as ARTSim (IFE/ResTrack)– Fast tracer simulations

Restart Files

Sw, Po, Pw,

qw …

Oil Rate

Water RateSO4

Mg

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Way forward: Key success factors

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Close collaboration with the industry

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Way forward: Key success factors

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Establish niches with world class contributions from the Centres

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The National IOR Centre of Norway

Way forward: Key success factors

National and international collaboration