Fe-based catalysts as low-cost, high-efficiency, and non-toxic materials display superior
catalytic performances in activating hydrogen peroxide, persulfate (PS), peracetic acid …

For decades, micropollutants are ubiquitous in our daily life, from the industrial manufacture
to the indispensable food or medicine. Increasing techniques have received satisfactory …

Herein, a highly dispersed catalyst (ZnO x-500) was synthesized for heterogeneous catalytic
ozonation (HCO), which had a simple ZnO crystal phase but riched in oxygen vacancies …

Adsorption is the first step of the interface mechanism, but the adsorption behaviors of ozone
(O 3) and pollutants on the catalyst during catalytic ozonation have always been overlooked …

Advanced oxidation processes based on peracetic acid (PAA) activation have received
more attention in water treatment recently. In this study, the degradation of iohexol (IOH, a …

Heterogeneous Fenton has already been used extensively to remove emerging
contaminants, however, sluggish Fe (III)/Fe (II) circulation and high mass-transport …

In this study, kinetics, influencing factors and potential mechanisms involved in the
degradation of chloral hydrate (CH) by UV/peroxymonosulfate (PMS) process were …

In this study, we demonstrated the self-assembly of MOGs (Metal Organic Gels) and high-
entropy MXenes through the cross-linking of terminal functional groups to achieve efficient …

In this study, a moderate oxidation strategy, in-situ pretreatment with ferrous activated sulfite
(Fe (II)/S (IV)), was employed to mitigate membrane fouling during the filtration of algae …

Background: Catalytic ozonation process has become one of the most promising
technologies in organic wastewater treatment industry due to its high efficiency and rapidity …