The treatment of dye-containing wastewater generated from textile industries is still a
challenge, and various technologies, including physical, chemical and biological ones have …

Titanium dioxide (TiO2) photocatalysts, characterized by exceptional photocatalytic activity,
high photoelectric conversion efficiency, and economic viability, have found widespread …

This study investigates the utilization of Ficus religiosa (Linn.) bark extract-mediated green
synthesis to immobilize zerovalent copper (ZVC@ CSAC) and zerovalent iron (ZVI@ CSAC) …

Industrial wastewater containing heavy metals, toxic compounds, and dyes poses significant
environmental concerns. These substances harm aquatic and terrestrial life, making their …

Friction exists everywhere. Tribocatalytic dye decomposition is a recent and promising
wastewater treatment technology, in which the ordinary phenomenon of mechanical friction …

Anaerobic digestion combined with partial nitritation/anammox technology holds promising
potential for the carbon–neutral treatment of nitrogenous industrial organic wastewater …

The wastewater treatment technology of algae-bacteria synergistic system (ABSS) is a
promising technology which has the advantages of low energy consumption, good treatment …

Microplastics (MPs) are easily prone to adsorption reactions in an aquatic environment.
Dyes in textile wastewater might be released and adsorbed by microplastics, causing …

Emissions of dyes with wastewater from textile industries are increasing every year. Dyes,
persisting or decomposing in the environment, enter drinking water through nature's water …

Rapid activation of sodium persulfate (SPS) for the degradation of CI Reactive Red 218
(RR218) was achieved using Ti3C2 MXene reduction of trace Fe3+. The degradation rate of …