Updated water directives and ambitious targets like the United Nations' Sustainable
Development Goals (SDGs) have emerged in the last decade to tackle water scarcity and …

Herbicides have been largely utilized during the last decades to maintain the quality and
quantity of agricultural crop, ensuring the need of an increasing world food production …

Electrochemical oxidation by means of dimensionally stable anodes (Ti/RuO 2) was
executed for the simultaneous elimination of various pollutants (such as COD, phenol …

An electrochemical oxidation (EO) process with Ti/RuO 2 anodes was applied to treat
phenolic wastewaters. In order to optimise the system, different operating conditions were …

Industrial effluents containing synthetic dyes are responsible for significant non–aesthetic
pollution and health-risk issues due to their release into the water bodies. Removal of these …

Chlorine evolution anodes are widely used in industrial electrolysis, whose electrocatalytic
activity and stability need to be improved urgently in order to improve energy efficiency. In …

Electrochemical oxidation processes are promising solutions for wastewater treatment due
to their high efficiency, effortless control, and versatility. Mixed metal oxides anodes are …

Herein, we reported using nontoxic Ce for co-doping to reduce the dopant amount of highly
toxic Sb, resulting in a boost to the ability of SnO 2 reactive electrochemical membrane …

The efficiency of electrochemical technology in treating water contaminated by complex
organic pollutants has been widely investigated. Notwithstanding, it is still necessary to …

This work introduces a fast and pioneering method to synthesize mixed metal oxides (MMO)
anodes using a CO 2 laser as the only heating source. For comparison purposes, ruthenium …