Working principle of catalytic combustion equipment:

The catalytic combustion equipment adopts multiple gas paths for continuous operation, multiple activated carbon adsorption boxes for alternating operation, and one catalytic combustion chamber. The activated carbon adsorption box adsorbs exhaust gas, and stops the adsorption operation when it reaches saturation, and immediately performs desorption treatment. At the same time, the activated carbon adsorption box is used for adsorption concentration. When it reaches saturation, the adsorption operation is stopped, and then desorption treatment is carried out. These desorbed organic waste gases have been concentrated and sent to the catalytic combustion chamber for catalytic combustion. The catalytic oxidation reaction, also known as "combustion," is carried out on the catalyst at high temperatures of 250-350 ℃, converting the organic waste gases into harmless CO2 and H2O for discharge. When the concentration of organic waste gas reaches over 2000PPm, the organic waste gas can maintain its natural state in the catalytic bed without external heating, and most of the exhaust gas after combustion is discharged into the atmosphere.

Performance characteristics of catalytic combustion equipment:

1. Energy saving: Catalytic combustion equipment is a cutting-edge waste gas treatment device at present. Catalytic combustion equipment has high efficiency in treating waste gas, and due to its heat exchange system, it can firmly lock in heat, thereby achieving energy-saving goals.

2. Save labor costs: Catalytic combustion equipment is an intelligent device that can be independently controlled and does not require dedicated personnel to supervise and maintain

3. The catalytic combustion equipment produced by our company has an intelligent electronic control system that can intelligently regulate according to equipment instructions. In addition, Huakang catalytic combustion equipment has monitoring and alarm devices and explosion-proof measures, which can improve its performance.

4. Timely and rapid response: Due to the addition of precious metal catalysts inside the catalytic combustion equipment, the equipment can catalyze the oxidation reaction of exhaust gas at 250-350 ℃.

5. Energy saving: Due to the heat exchange function of the heat exchanger, the catalytic combustion equipment can recover the heat of the gas after oxidation and decomposition, so that the catalytic combustion equipment does not need to be heated for a long time and can work continuously.