Efforts are being made to tune the reactivity of the tetraoxy anion of iron in the+ 6 oxidation
state (FeVIO42–), commonly called ferrate, to further enhance its applications in various …

Abstract Many iron (II, III, VI)-and manganese (II, IV, VII)-based oxidation processes can
generate reactive iron/manganese species (RFeS/RMnS, ie, Fe (IV)/Fe (V) and Mn (III)/Mn …

Recently, reactive iron species (RFeS) have shown great potential for the selective
degradation of emerging organic contaminants (EOCs). However, the rapid generation of …

Exploitation of highly active, stable and easily recyclable catalytic materials for
heterogeneous Fenton-like processes has been enormously stimulated by the globally …

The catalytic activation of peroxymonosulfate (PMS) is under intensive investigation with
potentials as an alternative advanced oxidation process (AOP) in wastewater treatment …

The presence of organic micropollutants in water sources worldwide has created a need for
the development of effective and selective oxidation methods in complex water matrices …

The increasing presence of antibiotics in water sources threatens public health and
ecosystems. Various treatments have been previously applied to degrade antibiotics, yet …

Ferrate (VI) and peracetic acid (PAA) are two oxidants of growing importance in water
treatment. Recently, our group found that simultaneous application of ferrate (VI) and PAA …

Fe (VI) has received increasing attention since it can decompose a wide range of trace
organic contaminants (TrOCs) in water treatment. However, the role of short-lived Fe (IV) …

Recently, several studies have been conscious of the promotion effect of hydrogen peroxide
(H 2 O 2), a self-decay product of ferrate (Fe (VI)), on Fe (VI) to oxidize contaminations, but …