No. 24 South Section1, Yihuan Road,
Chengdu, 610064
China
Sichuan University
Polymer of intrinsic microporosity, bulky side group, gas separation.
Polymer of intrinsic microporosity, bulky side group, Gas separation
CO2 separation, thin film nanocomposite membranes, in situ synthesis, ZIF
Tröger's base polymer, Carbon molecular sieve membranes, low carbonization temperature, H2 purification, He separation
MOF, hydroxylamine, MMMs, CO2/N2 separation, relative humidity
Polyimide, Ionic liquids, Carbon molecular sieve membrane, Thermal cross-linking
Vanadium extraction tailings, desulfurization acid leaching, resources utilization, secondary leaching, harmless treatment.
Renewable energy (RE)、Hydrogen economy、Green ammonia、Flexible process、Techno-economic analysis
Heavy metal removal, Positively charged membrane, Thin film nanocomposite membranes, UiO-66-NH2 nanoparticles
Cu-MOF, Halloysite nanotubes, Polydopamine, TFN membranes, dye removal
Bio-carbon sphere, Meso-macroporosity, Carbon dioxide capture, mass transport
ZIF-67, nanocellulose fibers, TFN membranes, Dye removal
flow electrode capacitive deionization, Layered Metal Oxide, Defluorination, Asymmetric electrodes
Zeolite-induced, Defective CuBTC, One-pot synthesis, Toluene/Acetone/Ethyl acetate, Catalytic oxidation
CO2 separation, membranes, block copolymer, microstructure rearrangement.
CO2 separation, Membranes, block copolymer
active sites exposure, hybrid structure, rich edge-N species, H2S oxidation
CO2 capture, In-situ N-doped, Self-templated, Microfluidic technology
CO2, methane, catalysts, Ni, carbon deposition
NH3-SCR, LDO/Z, Cu, Mn, NO emission
Multi-azeotrope separation, thermodynamic analysis, Reactive extractive dividing wall column, Inherent process risk index
Bio-carbon sphere, meso-macroporosity, carbon dioxide capture, mass transport
