5 South Zhongguancun street
Center for Energy and Environmental Policy Researc
Beijing, 100081
China
Beijing Institute of Technology
MXene Membrane, Stability, Anti-Swelling, High Removal Rate, Water Treatment
Per- and polyfluoroalkyl substances (PFAS), biopolymers, algae oxidative stress, ultrafiltration membrane fouling, flocs size
MXene-based membrane, optimal cross-linking, anti-swelling, low defects, stability
wastewater treatment, oxidation catalyst, Cu@FeOCl, Fenton-like, Tetracycline degradation, Free radical reaction
MXene, r-HGO, 2D membranes, dye removal, Water Treatment
MXene, r-HGO, 2D membranes, dye removal, Water treatment
PMS activation, Tetracycline degradation, Two-dimensional catalytic membrane, Reduced sulfur species, water treatment
MXene, TiO2/C, Stability, high removal rate, Membrane Technology
Biopolymers, Tap water treatment, Nanofiltration, Disinfection by-products, High-quality permeate
MXene membrane, 2-D material, stability, high removal rate, water purification
Water treatment, GO membrane, PMS activation, Co catalyst, Singlet oxygen
Water treatment, GO membrane, MXene co-catalysts, PMS activation, Nanoconfinement structure, Cu catalyst