2013•ProceedingsRequires access

Inclusion of Geomechanics in Streamline Simulation for Full-filed Hydrogeomechanical Modelling - Different Coupling Strategies

Behrooz Koohmareh Hosseini

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Abstract

Classical reservoir simulations do not consider the important interaction between reservoir fluid pressure and reservoir rock geomechanical parameters such as permeability. However the impact of geomechanical properties on reservoir flow simulation should be taken into account particularly for stress-sensitive class of reservoirs for more accurate prediction of ultimate recovery and having a better understanding of the reservoir dynamics.

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What this paper is about

Classical reservoir simulations do not consider the important interaction between reservoir fluid pressure and reservoir rock geomechanical parameters such as permeability. However the impact of geomechanical properties on reservoir flow simulation should be taken into account particularly for stress-sensitive class of reservoirs for more accurate prediction of ultimate recovery and having a better understanding of the reservoir dynamics.

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Available abstract

Classical reservoir simulations do not consider the important interaction between reservoir fluid pressure and reservoir rock geomechanical parameters such as permeability. However the impact of geomechanical properties on reservoir flow simulation should be taken into account particularly for stress-sensitive class of reservoirs for more accurate prediction of ultimate recovery and having a better understanding of the reservoir dynamics.

Key concepts: Geomechanics, Reservoir simulation, Permeability (electromagnetism), Coupling (piping), Petroleum engineering, Geology, Reservoir engineering, Fluid dynamics

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