Catalytic combustion environmental protection device

Structure of catalytic combustion environmental protection device:

A catalytic combustion environmental protection device composed of key components such as activated carbon filter box, flame arrester, heat exchanger, catalytic bed, centrifugal fan, etc.

Characteristics of catalytic combustion environmental protection device:

The design principle, materials, stable performance, simple operation, energy saving, no secondary pollution, and low operating cost of catalytic combustion environmental protection device. The desorption time and cycle can be determined according to the usage situation. Generally, the desorption time of the charcoal box is 5-10 hours, and the desorption cycle is once every 10-15 days. The activated carbon bed that adsorbs exhaust gas can be removed by catalytic combustion of exhaust gas, and then the gas is sent to the catalytic combustion equipment for purification, without the need for additional energy, with low operating costs and energy savings. Ceramic honeycomb precious metal catalysts are used in catalytic combustion chambers with low resistance. When the steam concentration reaches the standard or above, it can maintain spontaneous combustion, automatic control, simple operation, and convenient maintenance.

Dimensions and specifications of catalytic combustion environmental protection device:

Due to different working conditions and exhaust gas concentrations, equipment size and specifications should be customized according to the customer's working conditions, installation scope, and local emission standards.

Scope of application of catalytic combustion environmental protection device:

Mainly used for waste gas in chemical production, production, and various resin production processes; Surface coating exhaust gas of metal and plastic parts in the automotive, motorcycle, and bicycle industries; Surface coating exhaust gas of metal and plastic parts in industries such as machinery, ships, household appliances, furniture, and building materials; Waste gas generated during the production process of electronic and paint packaging lines; Waste gas from the production process of asphalt and rubber products.