Catalytic combustion exhaust gas treatment equipment

Catalytic combustion exhaust gas treatment equipment is a method in which combustible components in exhaust gas can undergo combustion reactions at lower temperatures in the presence of a catalyst. This method can save fuel preheating, increase reaction rate, reduce reactor volume, and improve the relative conversion rate between one or several reactants and another or several reactants.

Working principle of catalytic combustion exhaust gas treatment equipment

Catalytic combustion method belongs to thermal destruction method. The mechanism is oxidation and thermal cracking, and the organic components in the thermal decomposition exhaust gas are converted into CO2 and H2O. Catalytic combustion technology provides an economic solution for the treatment of pollutants. The use of catalytic combustion treatment for organic waste gas has the advantages of high purification efficiency, low energy consumption, and no secondary pollution. The purification efficiency of catalytic combustion is generally above 97%, which is a technology for purifying high concentration and low flow organic waste gases.

Technical characteristics of catalytic combustion exhaust gas treatment equipment

1. The use of catalytic combustion technology to purify organic waste gas can simultaneously remove multiple organic pollutants, and has the advantages of simple process flow, compact equipment, and reliable operation;

2. Adopting electric heating/gas heating for start-up has the advantages of convenience and low operating costs;

3. The process has multiple protective measures to ensure the operation of the system;

4. The entire process produces no wastewater, and the purification process does not generate secondary pollution;

5. It has high purification efficiency, generally reaching over 97%.