Liquid foams, as colloidal systems comprising a dispersed gas phase within a continuous
liquid medium, exhibit unique structural and rheological properties beneficial for various …

The flow dynamics of foam in porous media during enhanced oil recovery (EOR) and aquifer
remediation is an area of active research. Foam performance therein is dependent on the …

Foam-assisted gas injection in fractured unconventional reservoirs has garnered
considerable attention as a result of its potential to address challenges associated with gas …

Foam in porous media has been studied as a tool for various applications. Recently, the
technology has become relevant for contaminated-aquifer remediation, where porous media …

Foam propagation and stability in highly permeable porous media, encountered in soil
pollution applications, are still challenging. Here, we investigated the application of foam for …

We have studied the combined imbibition and evaporation of surfactant solutions into thin
porous media by means of experiments and numerical simulations. Solutions of anionic and …

In the present study, a comprehensive analysis of the pressure drop, flow pattern, and foam
structural properties of vertical upward two-phase flow in a Kenics static foam generator of a …

The substitution of CO 2 gas with CO 2 foam for improved mobility control has recently
attracted research attentions in enhanced oil recovery (EOR) as well as aquifer and soil …

This study investigates the effect on varying flow rates and bubble sizes on gas–liquid flow
through porous media in a horizontal microchannel. A simple bubble generation system was …

Fluid flow at nanoscale is closely related to many areas in nature and technology (eg,
unconventional hydrocarbon recovery, carbon dioxide geo-storage, underground …