Heavy metals-laden industrial wastewater represents both a threat to ecosystems and
human health and, in some instances, a potential source of valuable metals however the …

Fe (IV) and Fe (V) are promising oxidants for the selective removal of emerging organic
contaminants (EOCs) from water under near-neutral conditions. The Fe (III)-assisted …

Abstract Ferrate (VI), though well-acknowledged for its multiple treatment functions, has
traditionally found application in an auxiliary treatment of conventional water treatment …

It is a long-pursued goal to develop electrified water treatment technology that can remove
contaminants without byproduct formation. This study unveiled the overlooked …

Many studies have investigated activation of ferrate (Fe (VI)) to produce reactive high-valent
iron intermediates to enhance the oxidation of micropollutants. However, the differences in …

Advanced coagulation driven by Ferrate (Fe (VI)) and sulfite (S (IV)) activated Fe (VI)
demonstrated the triple role, ie, oxidation, coagulation, and adsorption. The present study …

Using oil recovery wastewater as the target material, the degradation of organic matter in
oilfield wastewater was studied in an anodic oxidation system using Ti/Ru-Ir oxide-coated …

This study investigates the degradation of oil recovery wastewater and the generation of
Na2FeO3 in an anodic oxidation system. The electrochemical oxidation technique with a …

The ternary potassium sulfido and selenido ferrates K9 [Fe2S (e) 7] were synthesized as
pure phases through a facile and straightforward solid‐state method. The compounds …

FeO32− acted as a highly effective water-purifying agent and exhibited superior
performance compared with FeO42−. The traditional synthesis method of FeO32− requires …