This article summarizes the state-of-the-art knowledge gained from field observations and
laboratory studies regarding foam as a liquid controlling agent in porous media. Being the …

Polymer solutions aid DNAPL (Dense Non Aqueous Phase Liquid)-contaminated soil
remediation but are impacted by gravity and viscous forces. This study assesses the …

Nowadays the remediation of DNAPL contaminated zones near groundwater has gained
great prominence in environmental fields due to the high importance of water resources. In …

Abstract Light Non-Aqueous Phase Liquid (LNAPL) flow on the water table is highly mobile
and is sensitive to the fluctuation of groundwater. This process is highly complex and …

Foam injection is a promising option for soil remediation applications. However, predicting
how it will propagate in highly permeable aquifers under groundwater flow is challenging …

Conventional in-situ hydrocarbon remediation technologies face challenges associated with
high costs and low long-term efficacy. Aqueous foam injection presents a promising …

Aqueous foam injection is a promising technique for in-situ remediation of soil and aquifers
contaminated by petroleum products. However, the application efficiency is strongly …

Studies of foam flow in highly permeable porous media are still limited due to foam's
complex behavior and discrepancies in foam research. Specifically, it is still unclear how …

This work presents a novel technique consisting in the use of yield stress fluids as blocking
agents in porous media presenting pore-scale heterogeneities. The key feature of this …

Foam flow in porous media is important in various engineering applications, including soil
remediation, carbon dioxide sequestration, and enhanced oil recovery. This study explores …