Wastewater Treatments Based on Adsorption, Catalysis, Biodegradation, and Beyond (MDPI - Multidisciplinary Digital Publishing Institute, 2024)
Keywords: acid black-234 dye; acidic wastewater; activated carbon; adsorption; adsorption mechanism; adsorption performance; agricultural solid waste-based adsorbents; antibiotics; application to seawater; bioremediation; biosorbent; cationic dye; composite characterization; copper; corncob biochar; Cr(VI); diclofenac; dissolved organic matter; dye retention; electricity generation; environment; environmentally friendly product; fiber of palm tree; functionalization for enhanced performance; heavy metal ions; heavy metal pollution; immobilization; ionic liquids; isotherm model; kaolin; Kd values; kinetic model; KOH/FeCl3 modified; lignin; M-MWCNTs; Mathematics and Science; Medulla tetrapanacis; metal desorption and sorbent recycling; methylene blue; microbial cell; microbial fuel cell; Mn(II) removal; modified biochar fibers; n/a; nanotubes; Pb(II) removal; photocatalysis; Physics; pollutant; powdered activated carbon; PSO-BP model; pyridine-modified chitosan adsorbent; Reference, Information and Interdisciplinary subjects; remediation via adsorption; Research and information: general; seawater; selectivity; solid-supported ionic liquids; sorption selectivity; strontium recovery; sub-picomolar range; sulfamethoxazole; sulfate reduction; sulfate-reducing bacteria (SRB); sulfide oxidization; sulfonation of composite algal/PEI sorbent; Thermodynamics and heat; thiosalicylate; trimethoprim; U-232; uptake kinetics and sorption isotherms; wastewater; water decontamination; water treatment; wood; zeolite