Device Overview: With the development of industry and the growth of urban population, people are emitting more and more various pollutants in production and daily life, and organic exhaust pollutants have a particularly serious impact on the environment and people's physical health. At present, the treatment of organic gas at home and abroad usually adopts direct or thermal storage oxidation methods. In theory, various organic substances can be completely oxidized to CO2, H2O, and other harmless substances at high temperatures (800 ℃ or above). However, due to the low content of organic components in the polluted gas and the large air volume, using the above two treatment methods will consume a lot of energy and incur high operating costs, making it difficult for enterprises to bear. Therefore, the treatment of high air volume and low concentration organic waste gas requires concentration followed by high-temperature oxidation or thermal storage oxidation treatment.

Applicable scope:
    ☆Applicable industries: chemical industry, printing and dyeing, plastic, machinery, instruments, wires and cables, enameled wires, motors, engines, automobiles, motorcycles, bicycles, household appliances, printing, magnetic tapes, shoe making, etc.
    ☆ Applicable waste gas: Suitable for the removal and purification of low concentration (50-1000PPm), high air volume organic gases and odors, such as benzene, alcohols, ketones, lipids, acids, and other organic waste gases.

Classification of treatment processes:
    ☆ Activated carbon adsorption and desorption device+regenerative thermal oxidation device
    ☆ Zeolite wheel adsorption and desorption device+thermal storage oxidation device

Structural features:
    ☆ Adopting a combination of adsorption concentration and thermal storage oxidation method, the principle is advanced, the structure is unique, the performance is stable, and it is safe and reliable.

    ☆This device has high purification efficiency and will not generate secondary pollution.

    ☆The thermal storage ceramic of the thermal storage oxidation device has the characteristics of low resistance and good stability. When the concentration of organic waste gas reaches 2000PPm, it can maintain spontaneous combustion.
    ☆Utilizing waste heat, significantly saving energy. The regeneration of the adsorption medium in this device uses hot air as the desorption medium, and this hot air flow comes from the residual heat after thermal storage and oxidation in the subsystem. The concentration of organic waste gas after desorption enters the thermal storage oxidation device for purification treatment, without the need for additional energy, greatly reducing operating costs.
    ☆ The control cabinet (screen) in this equipment is composed of safe, reliable, and stable electrical components and circuits. The temperature regulation and working state control are automatically executed by the control system