EKOGRID is featured positively on an environmental issue article published on the oil&gasportal website.

To read the full article, click the link https://www.oil-gasportal.com/environmental-issues/petroleum-contaminated-soils-remediation-technologies/

Here’s a brief summary of the article, ”Petroleum Contaminated Soils Remediation Technologies.”

Electrokinetic Oxidation (EKOGRID™):
Electrokinetic oxidation is a soil and groundwater remediation method that uses low-voltage pulsed current to trigger electrochemical and redox reactions. The EKOGRID™ system employs steel rod electrodes arranged in a “grid” to reach contaminated areas. It works best in fine-grained, capillary soils but can also be applied underwater or in fractured bedrock.
The process generates oxygen and free radicals at the surface of soil grains, which oxidise organic pollutants, breaking hydrocarbons into carbon dioxide and water. The technology also enhances bioremediation by supplying oxygen to microorganisms that degrade contaminants. Electro-osmotic forces help distribute the reaction products within the soil pores, ensuring even treatment. Optimising nutrient levels and monitoring microbial activity are key to the process’s effectiveness.

Technology Differentiation and Sustainability:
EKOGRID™ stands out because it achieves oxidation-based remediation without using harmful chemicals, preventing secondary pollution. The process is performed in-situ, avoiding the need to excavate, transport, or replace contaminated soil, which significantly reduces costs.
The system operates at very low voltage and current densities, making it safe for humans, animals, and plants. Daily site activities can continue during remediation. Its low energy demand allows the use of renewable energy sources like solar or wind power with a backup. A single treatment can decontaminate both soil and groundwater on-site, combining effectiveness with environmental sustainability.