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16 de abr. de 2022 · Electrokinetic (EK) remediation is an in situ soil treatment technology that applies electric fields such as electromigration and electroosmotic flow (EOF). This technology is advantageous for environmental remediation applications in two ways.
- Critical Review of Electro-kinetic Remediation of ... - Springer
Electro-kinetic remediation (EKR) is an environmentally...
- Electrokinetic Soil Remediation: An Overview | SpringerLink
Electrokinetic remediation is a widespread soil treatment...
- Critical Review of Electro-kinetic Remediation of ... - Springer
1 de abr. de 2024 · Electrokinetic Remediation (EKR) has proven to be a highly effective technology for reducing pollutant concentrations and mitigating soil toxicity.
Electrokinetic remediation, also termed electrokinetics, is a technique of using direct electric current to remove organic, inorganic and heavy metal particles from the soil by electric potential. The use of this technique provides an approach with minimum disturbance to the surface while treating subsurface contaminants.
10 de ago. de 2021 · Electro-kinetic remediation (EKR) is an environmentally friendly technology to migrate and remove pollutants from the soil and sediment matrix. This paper analyses the mechanism and performance of EKR of heavy metals, organic pollutants, and compound pollutants.
24 de sept. de 2014 · Electrokinetic remediation is a widespread soil treatment technique especially suited for fine porous matrices. The principle of electrokinetic remediation is based on the application of a low-intensity direct current through the soil between electrodes–cathodes and anodes.
10 de dic. de 2023 · Electrokinetic remediation (EKR) technology is a promising method to remove heavy metals from low permeability soil, because it is environmentally friendly, efficient and economical, and can realize in-situ remediation.
Nimila Dushyantha, Chamila Jinendra Nanayakkara, Gayithri Niluka Kuruppu. Advancement in electrokinetic processes for efficient critical metal Extraction: Unveiling the potential of electrokinetic In-Situ leaching (EK-ISL) in mining and mineral processing.
