Catalytic Oxidization Technology (CTO) Overview Processing Principle
Because most organics are combustible, catalytic oxidization technology has become one of the most effective methods to purify exhaust gases with hydrocarbons.
Catalytic combustion methods is mainly applied to the treatment of organic exhaust gases under normal pressure, with large wind volume, with middle and low concentrations or with volatility. The organic solutions that this method can be used with include benzene, ketone, ester, aldehyde, ether, alkane and mixed solutions. It can be widely used in paint in the industries of automobiles, ship building, motorcycles, furniture, household appliances, pianos and steel structure manufacturers as well as purification of organic gases in painting workshops or production lines, and it can also be used with production lines of shoemaking viscose, can making, chemical plastics, cables and enameled wires.
The Catalytic Oxidization (Catalytic Combustion) System adopts precious the metals of platinum and palladium as the catalyst, and at a temperature between 250~600 ℃, it catalyzes and combusts (or reduces) volatile organics or NOx in the tail gas and converts them into CO2, HCl, NO2, SO2, Cl2, H2O and N2.
