The soil contaminated by inorganic contaminants including heavy metals, radioactive
elements and salts has been posing risks for human health and ecological environment …

Electrokinetic remediation (EKR) technology is a promising method to remove heavy metals
from low permeability soil, because it is environmentally friendly, efficient and economical …

Salt damage can affect the service life of numerous building structures, both historical and
contemporary, in a significant way. In this review, various damage mechanisms to porous …

Abstract Models of electrokinetic soil remediation systems have been developed
significantly in recent decades. A wide range of physicochemical phenomena occurs in this …

Two limestones and two solid wastes were tested as adsorbents for chloride and sulphate
ion removal from synthetic and real alkaline process mining water. The composition and …

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

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

This experimental study examines the influence of salt ions from poultice compositions
entered into the contaminated fired clay brick with applied continuous and pulsed DC …

We developed a methodology for the cost optimization of electrokinetic treatment porous
media contaminated by toxic metals. A two-dimensional reactive-transport model was …

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 …