Electrochemical methods are increasingly favored for remediating polluted environments
due to their environmental compatibility and reagent-saving features. However, a …

The enormous potential threat to human health and the ecological environment, the oily
wastewater remains a global challenge to this day. Membrane separation technology has …

Special wettability membranes represent one of the smart, advanced, and energy-efficient
solutions for the separation of contaminated oily wastewater as well as the treatment of …

This study developed multifunctional Cl, S doped carbon nitride nanotube composite
molybdenum disulfide with S vacancy (CN Cl/S/MoS 2v) for catalytic ozonation synergistic …

This work presents highly porous magnetic activated carbon nanoparticles (MPFRC-A)
derived from pine fruit residue. The MPFRC-A were produced through a three-step process …

In this study, a magnetic biochar-based bismuth tungstate composite photocatalyst was
synthesized to investigate the competitive adsorption behaviors of multiple antibiotics …

The rapid development of the petrochemical industry and associated wastewater, has led to
an increasing demand for membrane technologies with enhanced permeability and anti …

Developing highly efficient and convenient nanofibrous composites holds great significance
for the separation of water-in-oil emulsions. In this paper, we present a reusable porous fiber …

Pesticide-containing wastewater (PCW) contains high concentrations of toxic organic
pollutants, complex components, and substances that are difficult to degrade. Employing …

Various integrated treatment methods have been extensively studied by researchers
worldwide to effectively remove ammonium from different types of wastewater. In this study …