The surface, film, and foam properties of six polyvinyl alcohols (PVA) with different degrees
of hydrolysis (DH) and molecular weights were studied and compared with the properties of …

The foamability of surfactant solutions depends strongly on the adsorption properties of the
surfactants, their concentrations, and the foaming test used for foam generation. The aim of …

The stability of foams in the presence of oil is a crucial factor for foam displacement process
in enhanced oil recovery. After the test of foam stability in the presence of oil of the mixtures …

The foam stability of oil–water emulsions stabilised by various surface-active components at
high temperature is one of the major problems facing foam-flooding petroleum recovery …

The fundamental understanding of fluid transportation in confined nanopores is essential for
groundwater remediation, oil exploration, water purification, etc. Here, all-atom models of …

Dispersed and solubilized oil can impact bulk foam stability differently. Though aromatic
components are more soluble in water than straight-chain aliphatic components, solubilized …

In many practical applications involving surfactants, achieving defoaming without affecting
interfacial activity is a challenge. In this study, the antifoaming performance of REP-type …

Microemulsion–foam interactions are significant in the low tension gas process, an
emerging enhanced oil recovery method. As oil–water–surfactant systems are subjected to …

While foam propagation, foam–oil interaction and foam oil recovery performance have been
investigated by numerous research studies, most of previous works were performed on short …

Crude oil properties significantly affect foam behavior that is important to foam application in
enhanced oil recovery. This study focused on the comparison on foam behavior in the …