Modeling foam flow through porous media in the presence of oil is essential for various foam-
assisted enhanced oil recovery (EOR) processes. We performed an in-depth literature …

Abstract Enhanced Oil Recovery (EOR) processes aim at increasing the performance and
operative life of oilfields while newer, greener and more efficient energy sources are …

The data input for reservoir simulation of low-salinity waterflood in sandstones includes
adsorption isotherms, or equilibrium constants for all cation-exchange reactions, and cation …

Abstract Inflow Control Devices (ICDs) have been extensively used in injection wells to
control the injection profile. The design of ICDs is usually based on the permeability and …

Two-phase transport with simultaneous component adsorption and mechanical entrapment
occurs in numerous suspension and nano-colloidal flows in porous media, including …

Injection Induced Fractures (IIFs) are often formed during subsurface fluid injection.
Reservoir cooling caused by the injection of cold fluids can reduce the fracture gradient …

Air foam flooding is an important technology to enhance oil recovery by improving the swept
volume of the fluid and the efficiency of displacement of oil. This study uses a literature …

Foam has been successfully used in the oil industry for conformance and mobility control in
gas-injection processes. The efficiency of a foam-injection project must be assessed by …

In this paper, we present a framework to model low-tension gas flood process and
implement the model into the UT in-house compositional gas reservoir simulator (UT …

Numerical simulation of surfactant flooding using conventional reservoir simulation models
can lead to unreliable forecasts and bad decisions due to the appearance of numerical …