A two-dimensional numerical model has been developed to simulate the electrokinetic
remediation of soils contaminated with heavy metals and has been validated using …

During the electrodecontamination of soils the pollutants' fluxes control the decontamination
time. Application of this technique to real cases necessitates some simple predictive tools to …

Electrokinetic is an effective and innovative method to remediate different kinds of soils,
especially low permeable finedgrain soils such as silty and clayey soils. In this method, by …

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

A mathematical model for galvanostatic soil electroremediation of cadmium‐spiked kaolinite
was built considering: chemical and electrical properties from both phases, assumption of …

The electrokinetic process is a promising decontamination technique for removal of heavy
metals from polluted sites. The authors have studied the removal of copper (Cu) from an …

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

Although there is a lot of experimental work published about the use of Electrokinetic
Remediation for the removal of toxic metals from soils, very few have reported results for …

The effect of ammonia as a complexing reagent to enhance the efficiency of the in situ
electrokinetic remediation is evaluated. Lab scale experiments with copper spiked kaolin …

4.1 INTRODUCTION The movement of heavy metals in soil in an applied electric field was
first reported in 1980 (Segall et al., 1980), by researchers who attempted to dewater a …