Nanoparticles-stabilized foam has recently attracted increasing attention for enhanced oil
recovery (EOR) applications, largely due to the potentially high stability of these foams in the …

Recently, numbers of studies have been conducted by using nanoparticles as novel foam
stabilizer to enhance oil recovery (EOR). However, previous studies have not classified the …

Foams represent the most viable method of gas mobility control in subsurface reservoirs.
However, their wider oilfield application is constrained due to their low stability. In this study …

Abstract Carbon dioxide (CO 2) injection, in form of a viscous foam, is one of the effective
techniques to control premature CO 2 breakthrough in subsurface carbon storage and …

Stabilization of CO 2-in-water (C/W) foams with surfactants at high temperature and high
salinity conditions is challenging given limitations in the solubility and thermal stability of …

Compared to sole gas flooding, foam flooding provides superior mobility control, enhanced
sweep, and greatly improved oil recovery from depleted oil reservoirs. However, since most …

Adding nanoparticles (NPs) into surfactant solution has been widely employed in improving
foam stability in CO 2 Enhanced Oil Recovery (EOR) applications. To help understand the …

In this study, the influence of Al 2 O 3/SiO 2 nanoparticles (NPs) on the Cetyl Trimethyl
Ammonium Bromide (CTAB) foam formation and stability is investigated for enhanced oil …

Stability of carbon dioxide foam attracts huge attentions while being of great challenge to
many industrial practices. In this paper, aqueous CO 2 foam stabilized with synergy of …

Modern technology must meet the urgent need for net-zero global carbon emissions to
mitigate the deleterious effects of fossil fuel consumption. CO 2 utilization in fields such as oil …