The addition of small quantities of ozone to an air stream passing through a catalytic oxidizer has three effects: the temperature necessary for catalitic oxidation is decreased from 450-600 K to 330-350 K, working time of catalyst is increased, and the suite of complex oxidation of all complex organic compounds that can be oxidized is increased.Experiments have shown ozonocatalytic oxidation of xylene, toluene and carbon monoxide to water and carbon dioxide. The investigations ware carryed out with various oxide catalysts, at several temperatures with various gas mixtures, and at various flow rates. It was shown 1) that the process of oxidation was associated with the formation of atomic oxygen from ozone; 2) that cobalt and copper oxides have maximum activity, and 3) that optimal conditions are in the range T=333-343 K, W=20000h-1.
Ozonocatalytic Oxydation of Contaminants
Sae Technical Papers
International Conference On Environmental Systems ; 1994
1994-06-01
Conference paper
English
Fuel additives , Carbon dioxide , Carbon monoxide , Copper , Gases , Corrosion , Catalysts , Oxygen
Ozonocatalytic Oxydation of Contaminants
British Library Conference Proceedings | 1994
|Die Oxydation des Methyluracils
TIBKAT | 1901
|Die Oxydation des Trimethyluracils
TIBKAT | 1903
|Die Oxydation des Trimethyluracils
GWLB - Gottfried Wilhelm Leibniz Bibliothek | 1903
|Die Oxydation des Methyluracils
GWLB - Gottfried Wilhelm Leibniz Bibliothek | 1901
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