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Keywordsphotocatalysis; clean air delivery rate (CADR); indoor air quality; Volatile Organic Compounds (VOCs); air cleaner; photocatalysis; Clean Air Delivery Rate (CADR); indoor air quality; Volatile Organic Compounds (VOCs); air cleaner; TiO2; DFT calculations; Se/N-codoping; sunlight; heterogeneous photocatalysis; arsenic contamination; paddy-field floodwater; sunlight-induced reactions; TiO2; photocatalysis; DFT; quantum mechanics; molecular modeling; TiO2–MnO2 nanotubes; visible light induced photocatalysis; alloys; toluene degradation; anodization; carbon nitride; self-assembly; photocatalysis; pollutant degradation; Cr(VI) reduction; V2O5-TiO2 nanotubes; visible-light-driven photocatalysis; alloys; toluene degradation; air treatment; advanced oxidation processes; methyl anthranilate; methyl 2-aminobenzoate; hydrogen peroxide; photodegradation intermediates; emerging contaminants; cuprous oxide (Cu2O); adsorption; photocatalytic performance; methyl orange (MO); dye degradation; photocorrosion; titania nanotubes; nitrogen-doped nanotubes; photoelectrocatalysis; E. coli; visible light; nanotubular; transparent; TiO2; sputtered Ti; FTO; anodization; photocurrent; photoactive hybrid materials; photocatalyst; biopolymers; synthetic polymers; water/air detoxification; metal oxides; air pollution; photocatalytic reactors; radiation modeling; reactor optimization; urban and hospital wastewater; urine treatment; pathogen microorganisms; emerging contaminants; UV/H2O2; photo-Fenton; E. coli; MS2 coliphage; saccharomyces cerevisiae; micropollutants; antibacterial surfaces; light; metal oxides; coatings; magnetron sputtering; solar photocatalytic oxidation; ozonation; solar photocatalytic ozonation; water contaminants; hydroxyl radical; sulfate radical; photocatalysis; atmospheric aerosols; reactive oxygen species; reactive halogen species; advanced oxidation processes; dissolved natural organic matter; halogenation; reclaimed waters
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