The Zeolite Rotor + CO Integrated Unit is a highly efficient industrial waste gas treatment device that combines zeolite rotor adsorption technology with catalytic oxidation (CO) technology to purify organic substances in exhaust gases. The following is a detailed introduction to this equipment:

1. Equipment Overview

The Zeolite Rotor + CO Integrated Unit uses the adsorption and desorption functions of the zeolite rotor to concentrate organic substances from the exhaust gas and transfer them to the catalytic oxidation zone for high-temperature oxidation, ultimately converting them into harmless carbon dioxide and water vapor. This technology is suitable for treating large-volume, low-concentration organic waste gases, particularly in industries such as printing, coating, chemical, and pharmaceutical.

2. Equipment Components

• Zeolite Rotor: The core component utilizes the adsorption characteristics of zeolite molecular sieves to adsorb organic substances from the exhaust gas onto the rotor surface. The rotor is divided into a treatment zone and a regeneration zone. The treatment zone adsorbs organic substances from the exhaust gas, while the regeneration zone uses heating to desorb and concentrate the adsorbed organic substances.
• Catalytic Combustion Chamber: Located after the regeneration zone of the zeolite rotor, it receives the concentrated organic exhaust gas from the rotor. Under the action of a catalyst, the organic exhaust gas undergoes an oxidation reaction at a relatively low temperature, converting into carbon dioxide and water vapor.
• Pre-treatment Device: Includes primary, medium, and high-efficiency filters to remove dust particles from the exhaust gas, protecting the zeolite rotor and catalytic combustion chamber from contamination.
• Fan: Provides the power to circulate the exhaust gas through the system.
• Chimney: Discharges the treated clean gas.

3. Technical Features

1. High Efficiency: The zeolite rotor has a large specific surface area and adsorption capacity, effectively removing organic substances from the exhaust gas. Catalytic oxidation technology achieves complete oxidation of organic compounds at relatively low temperatures, with a treatment efficiency of up to approximately 95%.
2. Energy Saving and Environmental Protection: The catalytic oxidation process occurs at low temperatures, resulting in low energy consumption. Additionally, this technology avoids the secondary pollution issues associated with traditional combustion methods, enabling green treatment of exhaust gases.
3. Compact Footprint: The Zeolite Rotor + CO Integrated Unit adopts an integrated design, requiring minimal space, making it suitable for various industrial production sites.
4. Strong Adaptability: This equipment is suitable for treating large-volume, low-concentration organic waste gases and demonstrates effective treatment for a wide range of organic compounds in exhaust gases.

4. Applicable Industries

The Zeolite Rotor + CO Integrated Unit is widely used for the treatment of low-concentration, large-volume organic waste gases in industries such as printing, coating, chemical, pharmaceutical, furniture, and semiconductor manufacturing.