In this study, we developed a Cu 0.5 Fe 2.5 S 4 nanocatalyst through facile sulfidation of the
Cu-MIL-88B (Fe) precursor to expedite surface Fe (III) reduction and enhance H 2 O 2 …

The MgAl 2 O 4 nanoparticles with different particle sizes prepared by a polyacrylamide gel
method with different metal salts as raw materials which was used to study its efficiency as …

Emerging contaminants are the contaminants that newly identified their adverse effects on
the environment. Pharmaceutical compounds have gained researchers' attention among …

Iron electrocoagulation (Fe EC) is normally considered as a separation process. Here, we
found that Fe (II)–O2 interactions in Fe EC systems could produce reactive oxidants, mainly …

The degradation of carboxylic acid has been identified as one of the rate-determining steps
in the mineralization of organic pollutants by ozonation. In this study, Ce (III)-doped graphitic …

Using copper and/or iron based nanomaterial to activate dioxygen to produce free radicals
is an alternative and environmental friendly technique, but the low conversion efficiency of …

Developing a green and efficient catalyst for oxidant activation to tackle refractory organics
pollution is challenging for water purification. In this study, we prepared a zero-valent iron …

Heterogeneous Fenton dominated by· OH is limited in its application, as pre-acidification is
required to maximize the generation amount and redox potential of· OH. It is thus featured to …

Electrocoagulation of zero-valent iron has been widely applied to the removal of dissolved
arsenic, but the solid-liquid separation of arsenic-containing precipitates remains technically …

Acrylonitrile is a highly toxic and hazardous pollutant present in industrial wastewater at high
concentrations, posing significant environmental and health risks. There is an urgent need …