Fluid flow in dual permeability hydrocarbon reservoirs

Project Information

Grant agreement ID: JOU20334

Project closed

Start date 1 January 1994

End date 31 December 1995

Funded under

• Specific research and technological development programme (EEC) in the field of non-nuclear energy, 1990-1994

Total cost No data

EU contribution No data

Coordinated by

University of Liverpool
United Kingdom

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Publications

Other (1)

Interim guide to fracture interpretation and flow modelling in fractured reservoirs

Author(s): GILLESPIE P A ET AL (EDITORS) (Liverpool University, Fault Analysis Group (GB))
Published in: EUR 17116 EN (1997) 203pp., FS, free of charge (euroabstract 35/271), 1997, Page(s) 203, ISBN 92-827-8812-1

Exploitable results

Fluid flow in dual permeability hydrocarbon reservoirs

Fluid flow in dual permeability hydrocarbon reservoirs. Summary: Improved methods were developed for the analysis and modelling of fractures in dual permeability hydrocarbon reservoirs. The techniques can be applied to fractured reservoirs, where accurate reservoir simulations are required to control production rates and avoid water breakthrough and hydrocarbon loss. Dissemination of the results has been aided by a published guide to fracture interpretation for reservoir geologists and engineers. The approach will assist industrial operators in the planning and development of dual permeability reservoirs and in optimising their production performance.