Application of foam in upstream petroleum industry specifically in enhanced oil recovery
(EOR) has gained significant interest in recent years. In view of this, an attempt has been …

Foam stability is critical when using foams to reduce the gas mobility and to increase the oil
sweep efficiency, under harsh reservoir conditions. In this paper, we formulated foam …

Recently aqueous foams have shown promising results to overcome viscous fingering and
gravity segregation problems during gas injection process. However, one of the main …

The foam flooding technology can be used in low permeability fractured reservoir for tertiary
oil recovery. In view of low permeability fractured reservoir with low temperature and high …

Various enhanced oil recovery (EOR) methods have been studied intensively and proven to
mobilize, and aid in improving the flow of remaining oil in the reservoirs to producing wells …

Nanoparticles and surfactant stabilized foams have versatile applications in enhanced oil
recovery process. The synergistic advantages of surface tension reduction by surfactant and …

The goal of this research was to investigate the effect of electrolyte and an amphoteric
surfactant on the viscosity, foamability, and foam stability of sodium laurylglucosides …

The residual oil after primary or secondary oil recovery can be recovered by the methods of
EOR (Enhanced Oil Recovery). The objective of this study is screening the surfactants that …

This research has focused on providing a deep understanding of the effects of reservoir
heterogeneity on performance of CO2-EOR using a systematic laboratory investigation. The …

Super-Critical CO 2 flooding combined with surfactants is one of the latest techniques being
used for Enhanced Oil Recovery. This overcomes the shortcomings associated with CO 2 …