This paper presents a review of the state-of-the-art on interphase mass transfer between
immiscible fluids in porous media with focus on the factors that have significant influence on …

A simulation framework is proposed to simulate multicomponent multiphase flow in porous
media at the pore scale. It solves equations for the species concentrations in the framework …

Degassing and in situ development of a mobile gas saturation take place when an aqueous
phase saturated with gas at a pressure higher than the subsurface pressure is injected in …

Like the solid-water interface (SWI), air-water and oil-water interfaces (AWI and OWI) also
act as collectors for nano-sized particles in porous media. The attachment of hydrophobic …

Interphase mass transfer in porous media is commonly modeled using Sherwood number
expressions that are developed in terms of fluid and porous medium properties averaged …

We investigate theoretically the impact of adding convective dissolution to the sharp
interface problem of gravity current propagation along a sloping permeability jump. Three …

Interphase mass transfer in porous media involving multiple fluid phases is a fundamental
process that appears in a large number of situations of applied science and engineering …

The biofilm plays an important role in NAPL bioremediation, natural attenuation and the flow
behaviour of contaminant in porous media. Therefore, NAPL biodegradation in the presence …

Interphase mass transfer between fluids in porous media is an important part of transport
phenomenon in nature and found distinct applications in different fields of science and …

We investigate theoretically the impact of introducing convective dissolution along the
interface of a (dense) miscible gravity current propagating up-and downdip along a …