Advanced oxidation processes (AOP), involving the generation of highly oxidizing radical
species, have attracted much attention because of their potential in eliminating recalcitrant …

The available technologies for the abatement of phenol from water and gaseous streams are
briefly reviewed, and the recent advancements summarized. Separation technologies such …

This review article explored the catalytic degradation of phenol and some phenols derivates
by means of advanced oxidation processes (AOPs). Among them, only the heterogeneous …

The use of hydrogen peroxide as the oxidizing agent in the presence of a catalyst (Catalytic
Wet Peroxide Oxidation, CWPO) has emerged as a clean and effective alternative among …

This study presents an original approach to the improvement of advanced oxidation process
(AOP) efficiencies through the design of highly active catalysts. Then, removal of phenol was …

Iron-on-activated carbon catalysts for CWPO have been prepared through FeCl3-activation
of lignin isolated from alkaline-pulping black liquors. The purpose of the chemical activation …

Liquid phase catalytic oxidation of phenol was carried out over Cu–Ni–Al hydrotalcite at
ambient temperature and pressure using hydrogen peroxide as oxidant. The results showed …

The serious limitations of available technologies for decontamination of wastewater have
compelled researchers to search for alternative solutions. Catalytic treatment with hydrogen …

Abstract Al-Fe-, Al-Cu-, and Al-Fe-Cu-PILCs were synthesized, characterized and tested in
the catalytic wet peroxide oxidation of 4-chlorophenol (4-CP). An apparent induction period …

The performance of a commercial CuO/alumina catalyst used in the catalytic wet peroxide
oxidation (CWPO) of 1g/l phenol solutions is investigated in a batch reactor. The effect of …