Polymeric Materials for Wastewater Treatment Applications (MDPI - Multidisciplinary Digital Publishing Institute, 2025)
Keywords: absorption; adsorption; adsorption mechanism; agricultural wastewater; antimicrobial; AOPs; bio-composite; biomaterial; cadmium; calcium peroxide; carrageenan; catalytic degradation; cellulose nanofibers; cellulosic nonwoven; chitosan; Economics, Finance, Business and Management; Energy industries and utilities; Environmental science, engineering and technology; evaporation; evaporation efficiency; extraction; Fe-CDs; grafting; H2O2 release; heat transfer; hexavalent chromium; hydrogel polymers; hydrogels; hydrophobization process; Industry and industrial studies; isotherms; kinetics study; kraft washing effluents (KWE); lysozyme and methylene blue; mass transfer; microbial control; microorganisms; N and Fe codoped carbon dots (N; n/a; nano-hydroxyapatite; nanocellulose; nanoparticles; natural fibers; NMR; PAC; pathogens; Pb2; Pd nanoparticles; PFAS; photocatalysis; Pollution control; polyelectrolyte multi-layers; polymer; polystyrene membranes; Reference, Information and Interdisciplinary subjects; relative humidity; Research and information: general; SEM; solar evaporation; suaeda fruticosa polysaccharide; sulfide ions (S2?); sulfonated polystyrene; support layer; Technology, Engineering, Agriculture, Industrial processes; thermal efficiency; vapor pressure; wastewater treatment; Water industries; water treatment; wood