VOC catalytic combustion equipment

VOC catalytic combustion equipmentMainly used for treating volatile organic compounds (VOCs) exhaust gas, it is converted into harmless carbon dioxide and water vapor through catalytic combustion technology, thereby achieving purification treatment of exhaust gas. ‌

working principle

The working principle of VOC catalytic combustion equipment is to catalyze the oxidation and decomposition of organic components in VOCs exhaust gas at lower temperatures (usually between 200 ℃ -400 ℃) through the action of catalysts, generating carbon dioxide and water vapor. This technology not only reduces the reaction temperature, but also improves the reaction efficiency, thereby achieving energy-saving and emission reduction effects.

Application scenarios

VOC catalytic combustion equipmentWidely used in multiple industries, including:

Chemical, printing, painting, electronics, pharmaceuticals and other industries: These industries generate a large amount of VOCs containing waste gas during the production process. By installing VOC catalytic combustion equipment, the concentration of waste gas emissions can be effectively reduced, the production environment can be improved, and environmental regulations can be met.

Industries such as petroleum, chemical, plastic, rubber, pharmaceutical, printing, furniture, textile printing and dyeing, coating, coatings, semiconductor manufacturing, synthetic materials, etc.: The high concentration and high air volume organic waste gas generated by these industries can be treated by RCO regenerative catalytic combustion equipment, with a treatment efficiency of generally over 99% and a heat recovery efficiency of over 85%.

advantage

Efficiency: VOC catalytic combustion equipment adopts high-efficiency catalytic combustion technology, which can complete the purification treatment of exhaust gas in a short time with high purification efficiency, generally reaching over 95%.

Energy saving: Compared with traditional combustion methods, catalytic combustion technology has lower energy consumption and higher heat recovery rate, thereby reducing energy consumption.

Environmental friendliness: Harmful substances generated during the treatment process are converted into harmless carbon dioxide and water vapor, with minimal impact on the environment.

Adaptability: Suitable for exhaust gas treatment under various working conditions, with high stability and reliability.