Manufacturing method of integrated off-line catalytic combustion equipment

1. This utility model relates to the technical field of catalytic combustion treatment equipment, and more specifically to an integrated off-line catalytic combustion equipment.

Background technique:

2. Volatile organic compounds (vocs) organic compounds that participate in atmospheric photochemical reactions are one of the main factors that cause air pollution in cities in my country. Industrial source voc emissions have the most direct impact on the surrounding air pollution and have obvious concentration. Therefore, significant improvement can be achieved through management and control, especially the key industrial industries in the industrial source, because the generated voc accounts for a relatively large amount, which is generally organized discharge, high concentration, easy to collect and process, and has a relatively mature governance technology. Therefore, it is the key development direction of the voc governance industry, and it is also the most concentrated field of voc governance enterprises.

3. VOC is a volatile organic compound. VOC is any carbon compound that participates in atmospheric photochemical reaction except co, co2, h2co3, metal carbide, metal carbonate and ammonium carbonate. Because it is a carbon compound, it is It can be burned at a certain temperature. At present, this type of gas is generated in furniture factories and paint rooms. The treatment of this type of gas is more important to the environmental protection industry. Therefore, a lot of cost and energy are required to develop the treatment of voc gas. equipment;

4. According to the existing patent documents (cn202010609118x), the structure of the heat exchange box and the content of heating catalysis are disclosed, while the existing patents solve the direct treatment of exhaust gas in the factory. The equipment is large and each functional module is It is separate, so there are several problems: first, manual monitoring and real-time control equipment are required when performing waste gas treatment, so it is only suitable for treatment during workers’ working hours; the efficiency is low; second, when others have adsorption After the equipment is adsorbed, the carbon plate in the adsorption equipment is full of voc particles, and cannot be quickly placed in the equipment for separate desorption; third, due to the large volume of the equipment, separate modules need to be removed in order during transportation , Transportation is inconvenient, and takes up too much space.

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