Nonstandard models for flow in heterogeneous porous media
The subsurface is of utmost societal importance: it is one of the major energy and water sources, and provides the possibility for temporary and long-term energy and CO2 storage. An optimal exploitation of the subsurface requires continuous efforts for a proper understanding of the various processes in it. This project addresses issues related to the mathematical modelling, numerical simulation and upscaling of twophase flow in the subsurface. The main focus is on non-equilibrium models in heterogeneous and fractured systems, where dynamic effects are included in the difference between the two phase pressures. The model concepts, methodology and the simulation tools developed in this project, matrix-fracture or rock-rock connectivi-ty, upscaling and numerical schemes, are directly applicable to processes of societal relevance: enhanced oil recovery, CO2 storage in geological reservoir, or geothermal systems.
Period of project
01 March 2017 - 30 June 2021