With the exploitation of light oil approaching saturation, the exploitation of heavy oil is of
particular importance. Thermal recovery technology is typically used in heavy oil recovery …

The application of fluorocarbon surfactants in fire-fighting foam has been restricted due to
their serious environmental hazards. Thus, it is necessary to develop the fluorine-free foam …

Aqueous foams play an important role in many industrial processes, from ore separation by
froth flotation to enhanced oil recovery (EOR). In the latter case, the foam is used as a means …

Foaming in products based on micellar solutions has considerable importance in various
consumer applications, such as washing and cleaning. In this work, the effects of surfactant …

A comprehensive experimental study is performed to investigate the performance of alkali-
surfactant (AS) assisted foam flooding as a means of tertiary Enhanced Oil Recovery (EOR) …

Interfacial rheology studies were conducted to establish a connection between the
rheological characteristics of particle-laden interfaces and the stability of Pickering foams …

Foams are widely used in tertiary oil recovery because of their dual function (profile control
and oil displacement), and foam stability is still the focus of research when implementing …

The extreme instability of aqueous foams on the ethanol layer is an important issue to
consider in the application of fire-fighting foams. We attempt making stable aqueous foams …

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 …

Despite the possible detrimental effect of oil on foam displacement processes in CO 2 EOR
the effect of oil on dense CO 2 foams has received little attention relative to air foams or low …