CO2 will remain in supercritical (SC) state (ie p> 7.382 MPa and T> 31.04° C) under the
pressure (p) and temperature (T) conditions appropriate for geological storage. Thus, it is …

Injection of carbon dioxide (CO2) into geological formations is widely regarded as a
promising tool for reducing global atmospheric CO2 emissions. To evaluate injection …

We present a level set method for simulating capillary‐controlled displacements with
nonzero contact angles in porous media. The main feature of the method is a level set …

The large-scale injection of carbon dioxide (CO2) into saline aquifers is a promising tool for
reducing atmospheric CO2 emissions to mitigate climate change. An accurate assessment …

We develop a model describing the buoyancy-driven propagation of two-phase gravity
currents, motivated by problems in groundwater hydrology and geological storage of carbon …

Injection of carbon dioxide (CO2) into saline aquifers is a promising tool for reducing
anthropogenic CO2 emissions. At reservoir conditions, the injected CO2 is buoyant relative …

When injected in deep saline aquifers, CO2 moves radially away from the injection well and
progressively higher in the formation because of buoyancy forces. Analyzes have shown …

The objective of this study was to investigate the effect of wettability heterogeneity on pore–
scale characteristics of Supercritical (sc) CO 2 displacement dynamics and its capillary …

This work extends an existing analytical solution for pressure buildup because of CO2
injection in brine aquifers by incorporating effects associated with partial miscibility. These …

We present a theoretical and experimental study of viscous flows injected into a porous
medium that is confined vertically by horizontal impermeable boundaries and filled with an …