Over the past decades, microemulsions have become increasingly attractive for application
in diverse areas of science and engineering mainly because of their high thermodynamic …

Oil/gas exploration, drilling, production, and reservoir management are challenging these
days since most oil and gas conventional sources are already discovered and have been …

The geological sequestration of CO2 in deep saline aquifers is one of the most effective
strategies to reduce greenhouse emissions from the stationary point sources of CO2 …

Hypothesis. A large number of papers discuss merits and mechanisms of low salinity
waterflooding. For each mechanism proposed, there are counter examples to invalidate the …

In this work, the flooding processes of low salinity waterflooding and low salinity polymer
flooding (LSWF and LSP) in sandstone reservoirs were mechanistically modelled at nano …

The global energy scenario is undergoing an unprecedented transition. In the wake of
enormous challenges, such as increased population, higher energy demands, increasing …

Abstract Low Salinity Waterflooding (LSW) is a promising technology for improving oil
recovery in secondary and tertiary stages over the conventional waterflooding (HSW). As …

The major problem of the water flooding development process is the flood process's high
mobility and viscous fingering. Previous studies have shown that polymer flooding is viable …

Injection of sea water is the most common practice to displace oil in porous media in
subsurface formations. In numerous studies, conventional surfactants at concentrations in a …

Low salinity water alternating immiscible gas CO2 (Immiscible CO2-LSWAG) injection is a
popular technique for enhanced oil recovery (EOR) that combines the benefits of low salinity …