This work reviews the recent progress in physical and mathematical modelling of
electrochemically assisted soil remediation processes and focuses especially on those …

The use of inhibition chemicals holds the prospect of an efficient strategy to control
crystallization in porous materials, thereby potentially contributing to the prevention or …

Electrokinetic techniques (EK) have been proposed and applied in different fields of science
and engineering to enhance solute transport and species mobility in subsurface porous …

We implemented a numerical model to simulate transport of multiple species and
geochemical reactions occurring during electrokinetic remediation of metal-contaminated …

The stable structural design of multilayer dielectric films plays a vital role in improvement of
the breakdown strength (E BDS). The Al/Ti/Al films were fabricated by DC magnetron …

The application of an electric field on soil mass induces both electro-osmotic flow and
electro-migration, which has been used for the dewatering of soft soils and remediation of …

Electrokinetic techniques have attracted considerable attention due to their competitive
advantage in enhancing transport phenomena and remediation of low permeability soils …

The potential of electrokinetic remediation technologies (EKR) for the removal of different
contaminants from subsurface porous media has been increasingly recognized. Despite …

A physiscochemical model is presented for the reactive-transport of chemical scpecies
through a contaminated soil during an acid-enhanced electrokinetic remediation treatment …

Electrokinetic (EK) technology is promising for removing heavy metals from contaminated
unsaturated soils. It is crucial to accurately determine the unsaturated electro-osmotic …