At present, the use of conventional wastewater processes is becoming increasingly challenging, mainly due to presence biorecalcitrant organic matter. Advanced oxidation such as Fenton, Fenton-like and hybrid have been successfully employed for treatment highly concentrated toxic non-biodegradable pollutants. Here, a series bimetallic catalysts, based on Cu/Fe supported over ZrO2, were investiga...

Advanced oxidation processes like Fenton and photo-Fenton have been effectively applied to oxidize the persistent organic compounds in solid waste leachate and convert them to unharmful materials and products. However, there are limited data about application of Fenton-like process in leachate treatment. Therefore, this study was designed with the objective of treating municipal landfill leacha...

Advanced oxidation processes (AOPs) have been intensely studied for the removal of refractory pollutants because strong oxidizing capacity hydroxyl radical. One emerging AOP methods gaining increased attention is bio-electro-Fenton (BEF) which can generate radical in-situ in cathode chamber using energy harvested by exoelectrogenic bacteria anode. In this study, feasibility BEF technology metop...

Abstract Innovations in water technology are needed to solve challenges of climate change, resource shortages, emerging contaminants, urbanization, sustainable development and demographic changes. In particular, conventional techniques wastewater treatment limited by the presence poorly biodegradable organic matter. Alternatively, recent Fenton, Fenton-like hybrid processes appear successful fo...

MoS2 has garnered considerable attention as an exceptional co-catalyst that is capable of significantly enhancing the efficiency H2O2 decomposition in advanced oxidation processes (AOPs). This improvement allows for a reduction required amounts and Fe2+. In this study, we investigated cyclic durability photo-Fenton catalysts, focusing on degradation pollutants through introduction PPy into hete...

We present a novel heterogeneous Fenton-like catalyst of LiFePO4 (LFP). LFP has been widely used as an electrode material of a lithium ion battery, but we observed that commercial LFP (LFP-C) could act as a good Fenton-like catalyst to decompose rhodamine 6G. The catalytic activity of LFP-C microparticles was much higher than a popular catalyst, magnetite nanoparticles. Furthermore, we found th...