Abstract Iron-alginate beads (Fe-ABs) were successfully prepared by the ion-gelation
method, and applied as heterogeneous Fenton catalysts for the removal of a malodorous …

In this work the characterization and the performance of iron immobilized in alginate beads
(Fe-ABs) as catalyst for heterogeneous electro-Fenton (EF) treatment of a malodorous …

A novel magnetic heterogeneous catalyst has been developed by incorporation of iron (II)
and magnetic functionalized nanoparticles Fe 3 O 4 in alginate beads with the aim of using …

BACKGROUND The exploration of new technology based on electro‐Fenton‐like process
has advantageous and unique environmental implications, however, scaling up to permit …

Raw diatomites were modified by acid or base treatments; addition of Fe or Cu species
through the incipient wet impregnation method (IWI) and calcination at 700° C. Samples …

The presence of many organic contaminants in wastewater poses serious threat to public
health since most of them are toxic, endocrine disrupting and detrimental to humans' life …

Organic pollution has become a critical issue worldwide due to the increasing input and
persistence of organic compounds in the environment. Iron minerals are potentially able to …

Aniline is a toxic chemical, and in many industries it is degraded by Fenton processes. In this
study, an Fe (II)-nano-Fe3O4@ PAC heterogeneous Fenton catalyst (MFC) was prepared …

In the current study, a novel-fangled sequential approach, adsorption/electro-Fenton, was
developed for the elimination of micropollutants from aqueous matrixes. Therefore, the …

A major deficiency of the traditional Fenton technology in practical application is the
production of a large amount of sludge. In this paper, we first synthesized a kind of magnetic …