Catalytic Removal of Volatile Organic Compounds

doi:10.3390/books978-3-03842-214-3

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Keywords

clay; bentonite; silica; dynamic adsorption; FTIR; heat of adsorption; isosteric; TPD; TPAE; Pd-doped supported catalysts; CeO₂; TiO₂; Al₂O₃ and M/Al₂O₃ oxides; propene oxidation; catalytic oxidation; naphthalene; platinum; silica; VOCs; PAHs; non-thermal plasma; volatile organic compound; plasma-catalysis; adsorption; regeneration; carbon materials; noble metals; combustion catalyst; porosity; surface chemistry; sensitive reaction; DBD plasma; one-stage arrangement; diethylether; Mn-Fe mixed oxides; cordierite honeycomb; plasma; hybrid system; zeolite; VOC; mixed oxide; LDH; microwaves; ultrasound; toluene; catalytic oxidation; co-precipitation; hydrotalcite; auto-combustion; oxygen mobility; isotopic exchange; oxygen storage; catalysis; synthesis gas; methane; chemicals production; circular economy; sustainability; fuels; oxidation; reforming; VOC; toluene; catalytic oxidation; adsorption; zeolite; copper; photocatalysis; outside vapor deposition; porous amorphous-silica; acetaldehyde removal; air purification; water purification; n/a

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