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The influence of temperature on the photocatalytic oxidation of a model volatile organic compound, trichloroethylene, in gas streams using UV Vis radiation is analyzed.
The effect of metal type and amount as well as synthesis route on the photocatalytic activity in reaction of toluene removal, used as a model volatile organic compound, was investigated.
The method has been demonstrated using three types of adsorbent adsorbate systems: composite zeolite and silica-gel pellets for water adsorption, and activated carbon for the adsorption of toluene as a model volatile organic compound.
Two series of ceria-promoted carbon-supported platinum catalysts have been prepared and evaluated in total oxidation of ethanol, as a model volatile organic compound (VOC), in order to study the effect of the metal precursor (H2PtCl6 or Pt(NH3 4 NO3 2) on their physico-chemical properties and catalytic behavior.
Geranyl acetate (Aldrich, MW 196) was used as a model volatile compound.
We examined micelle assembly in two different oil phases, toluene (as a model volatile nonpolar solvent), and oleic acid, a naturally occurring fatty acid.
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A model of volatile organic compound condensation in dense fluidized bed was used to simulate a new depollution process by separation in fluidized bed.
A series of MnxCey/Al2O3 mixed oxides catalysts with different compositions prepared by wet impregnation method were tested for catalytic combustion of chlorobenzene (CB), as a model of volatile organic compounds of chlorinated aromatics.
Complete oxidation of ethanol, as model volatile organic compound, was investigated on manganese oxides catalysts.
The samples perform well in the deep oxidation of benzene and chlorobenzene, chosen as model volatile organic compounds (VOC).
Theoretical and experimental studies based on the photodegradation of model volatile organic compounds (VOCs), have been carried out and results show that 90% degradation can be achieved in the photoreactor which has been designed at low cost and to provide increased efficiency at elevated pollutant feed.
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