I. Process Principle:

Catalytic combustion involves heating exhaust gases to their decomposition temperature, where they undergo flameless combustion with the aid of a catalyst, producing carbon dioxide and water while releasing a significant amount of heat.

II. Components:

Catalytic chamber, electric heating box, heat exchanger, fan, electrical control cabinet.

III. Main Features:

1)      Low ignition temperature, energy-saving;

2)      Wide application range—capable of treating almost all hydrocarbon-based organic exhaust gases and odorous gases, particularly effective for low-concentration, multi-component, and non-recoverable exhaust gases in industries such as mechanical coating, organic chemical, and insulating materials;

3)      High treatment efficiency, no secondary pollution.

IV. Technical Advantages:

1)      Independently developed and manufactured, stable performance, high cost-effectiveness;

2)      Automatic control, easy operation;

3)      Safe and reliable—equipped with flame arrestor and dust removal system, explosion-proof pressure relief system, overtemperature alarm system, etc.;

4)      Long service life—catalyst replacement typically required after 8000 hours or more, and the carrier is renewable.

V. Process Classification:

1)   &極nbsp;  Activated carbon adsorption-desorption + CO/RCO (activated carbon adsorption-desorption-catalytic combustion);

2)      Zeolite rotor adsorption-desorption + RCO/RTO (zeolite rotor adsorption-desorption-catalytic combustion).