Coores™ (CO2Carbon dioxide ReservoirA subsurface body of rock with sufficient porosityMeasure for the amount of pore spaceSpace between rock or sediment grains that can contain fluids in a rock and permeabilityAbility to flow or transmit fluids through a porous solid such as rock to store and transmit fluids Environmental Simulator) is a research code designed by IFPEN to study CO2Carbon dioxide storage(CO2Carbon dioxide) A process for retaining captured CO2Carbon dioxide, so that it does not reach the atmosphereThe layer of gases surrounding the earth; the gases are mainly nitrogen (78%) and oxygen (around 21%) processes from the wellManmade hole drilled into the earth to produce liquids or gases, or to allow the injectionThe process of using pressure to force fluids down wells of fluids to the basinA geological region with sedimentary strata dipping towards a common axis or centre scale. With a structured or unstructured grid, Coores™ simulates multi-component three-phase and 3-D fluid flow in heterogeneous porous media. Molar conservation equations are solved with a fully coupled system linearised by a Newton approach. To take into account mineralogy changes, the transport model is coupled with a geochemistry reactor, Arxim. PermeabilityAbility to flow or transmit fluids through a porous solid such as rock and capillarity pressure changes due to porosityMeasure for the amount of pore spaceSpace between rock or sediment grains that can contain fluids in a rock variations are taken into account with different porosityMeasure for the amount of pore spaceSpace between rock or sediment grains that can contain fluids in a rock-permeabilityAbility to flow or transmit fluids through a porous solid such as rock and porosityMeasure for the amount of pore spaceSpace between rock or sediment grains that can contain fluids in a rock-capillarity pressure laws such as Kozeny-Carman, Labrid or Fair-Hatch laws.