Biochar, an incredibly versatile and functional biomass material, has garnered significant
attention for its myriad applications in the field of wastewater treatment as adsorbents and …

While the occurrence and removal technologies of tetracyclines in the environment have
been reported, a comprehensive systematic summary and analysis remain limited …

Nitrogen do** as an effective strategy for biochar modification is extensively applied on
the adsorption and degradation of organics in the aquatic environment. Unfortunately, there …

One of the greatest engineering challenges of this century is development of new
technologies for removing emerging hazardous contaminants from water sources. Electro …

Abstract MIL-101 (Fe)-based catalysts have been widely used for degradation of organic
pollutants based on peroxymonosulfate (PMS) activation. Hence, a facile calcination and …

Biomass-derived carbonaceous materials exhibit fascinating potentials in nonradical
oxidation of micropollutants (MPs) by activating persulfate and their performances mainly …

Abstract Electro-Fenton (E-Fenton) and Bio-Electro-Fenton (BEF) technologies have been
proved to be efficient in undegradable pollutants purification. However, various limitations …

Metal cluster catalysts have large atomic load, interaction between atomic sites, and wide
application of catalysis. In this study, a Ni/Fe bimetallic cluster material was prepared by a …

Electrochemical advanced oxidation processes (EAOPs) are effective for the removal of
organic contaminants from groundwater. The choice of an affordable cathode material that …

Due to the wide applications of polyurethane (PU), production is constantly increasing,
accounting for 8% of produced plastics. PU has been regarded as the 6th most used …