catalytic combustion

 & Nbsp& Nbsp& Nbsp& Nbsp; Process flow description of runner+RTO/CO catalytic combustion design
● Various painting workshops (automobile manufacturing, shipbuilding, bicycle manufacturing, aircraft manufacturing, metal products, etc.)
● Exhaust treatment of various printing workshops (gravure printing, building decoration material printing, and other printing processes)
● Aluminum profile production Exhaust treatment for coating processing and other processes
● Exhaust treatment for various electronic product manufacturing processes
● Semiconductor integrated circuits Exhaust treatment during the manufacturing process of liquid crystal display screens (LCD)
● Exhaust treatment during the manufacturing process of lithium-ion batteries (electrode formation process, electrolyte filling process)
● Exhaust treatment during the production process of resin, rubber, tires, and other products
● Automotive repair stores Exhaust treatment of volatile organic compounds from decentralized sources such as clothing dry cleaners
● Pharmaceutical factories, traditional Chinese patent medicines and simple preparations product workshops, Treatment of exhaust gases from food companies
● The exhaust gas contains nitrogen, sulfur Exhaust treatment of impurities such as chlorine





This system mainly utilizes the ceramic heat storage mechanism and the continuous switching valve of the heat storage body to repeat the process of waste gas heating, waste gas combustion decomposition, and heat storage to reduce the flue gas temperature. This system can completely decompose VOC and save a lot of fuel costs. When the exhaust gas reaches a certain VOC concentration, there is no need to supplement thermal energy at all& Nbsp& Nbsp& Nbsp& Nbsp< Br/>