The wastewater pollution with various contaminants exposure and increased sludge
production from municipal wastewater treatment plants (WWTPs) are the two challenges …

Abstract Permanganate (Mn (VII)) has been widely studied for removal of emerging organic
contaminants (EOCs) in water treatment and in situ chemical oxidation process. Studies on …

Developing efficient photocatalysts for high-concentration pharmaceutically active
compounds (PhACs) removal in aquatic environments holds immense promise. Metal …

Recently, it has been reported that the combination of permanganate (Mn (VII)) and bisulfite
can lead to a rapid degradation of organic contaminants, where soluble Mn (III) is proposed …

Organic ligands have been extensively used to enhance the catalytic performance of
manganese ion (Mn (II)) for peracetic acid (PAA). In this study, sodium bicarbonate …

Permanganate oxidation is an attractive environmental remediation strategy due to its low
cost, ease of use, and wide range in reactivity. Here, permanganate reactivity trends are …

In this work, a novel advanced oxidation process (AOP) by the combination of ferrate (Fe
(VI)) and sulfite for the treatment of recalcitrant contaminants was proposed and verified by …

Ferrate (K2FeO4) is a powerful oxidant and up to 3 mol of electrons could be captured by 1
mol of ferrate in the theoretical conversion of Fe (VI)–Fe (V)–Fe (IV)–Fe (III). However, it is …

Although permanganate activation by sodium sulfite (Mn (VII)/Na 2 SO 3) has shown great
potential for rapid abatement of organic contaminants, the limited reactivity under alkaline …

Recently, free reactive manganese species (RMnS) generated via permanganate catalytic
oxidation technology has been applied to contaminants abatement and sludge dewatering …