III International Conference

PP-II-95(0.2) allowed to describe all obtained experimental data. A number of hypothetic mechanismsfor carbon monoxide oxidation reaction were proposed. The part of them has beendiscriminated on the base of kinetics experiments. But for more details discrimination ofmechanisms (mechanisms with a different order of oxygen, carbon monoxide and waterinteraction with active center) would be require isotope exchange experiments.Above-mentioned data allowed us to elaborate new effective catalyst for low-temperaturecarbon monoxide oxidation in air [3]. This catalyst is capable to decrease concentration of COin air from 10000÷100 mg/m 3 to 20÷5 mg/m 3 under very mild conditions (18-60 o C, relativehumidity - 20÷98 %, up to 40000 h -1 ).Acknowledge: Moscow Government for financial supportReferences1. L.I. Kuznetsova, K.I. Matveev, E.G. Zhizhina. Kinetics and Catalysis, 1985, v. XXVI, 5, p.1029-10432. T.L. Rakitskaja, A.A. Ennan, V.L. Paina, М.: Tsintikhimneftemash, 1991, p.35.3. Pat. RU N2267354, B01J 23/89, B01J 31/30, B01D 53/62, 10.01.2006.336