The price of 10000 air volume RCO catalytic combustion equipment is reasonable

Description :

　　Activated carbon adsorption, desorption, catalytic combustion equipment

　　Thermal Storage Catalytic Oxidation System (RCO)

　　Organic waste gas enters the combustion furnace through a blower and is heated to around 250-300 ℃ by electric heating. At this temperature, the organic components in the exhaust gas are oxidized and decomposed into carbon dioxide and water under the action of the catalyst

　　The high-temperature flue gas enters the coarse heat storage body of the special mechanism, and the vast majority of the heat is absorbed by the heat storage body (more than 95%). After the temperature drops to near the inlet temperature, it is discharged through the chimney. Normally, heat storage

　　The catalytic combustion system consists of three heat storage chambers. Under the control of the PLC program, the exhaust gas circulates through the following operation process: entering the heat storage chamber that has already been stored, preheating the exhaust gas, and then entering the combustion chamber

　　The treated exhaust gas is discharged after releasing heat through the heat storage chamber, and a portion of the treated gas is directed back to the third chamber to blow away any remaining untreated exhaust gas.

　　By adopting a combination process of adsorption concentration and catalytic oxidation, the entire system achieves a closed cycle purification and desorption process. Compared with organic waste gas purification devices for recycling, it does not require additional energy sources such as compressed air and steam, and does not generate secondary pollution during operation. The equipment investment and operating costs are low. 2. The front-end adopts a dry and efficient dust filtration device with high purification efficiency, ensuring the service life of the adsorption device. 3. Using specially formed honeycomb activated carbon as the adsorbent material, the adsorbent has a long lifespan, low adsorption system resistance, and high purification efficiency; 4. Honeycomb ceramics impregnated with precious metals palladium and platinum are used as catalysts, with a catalytic purification rate of over 97%, long catalyst life, low exhaust gas decomposition temperature, short desorption preheating time, and low energy consumption. 5. The activated carbon adsorption bed for adsorbing organic waste gas can recycle the hot gas after catalytic combustion for desorption and regeneration. The desorbed gas is then sent to the catalytic combustion chamber for purification treatment. When the concentration of organic waste gas reaches 2000PPM or above, spontaneous combustion can be maintained. No need for additional energy, low operating costs, and significant energy-saving effects. 6. Adopting a microcomputer centralized control system, the equipment operation and operation process achieve full automation, stable and reliable operation. 7. The safety facilities are complete, and safety fire dampers are installed between the gas source and equipment. The desorption temperature entering the activated carbon bed is strictly controlled during desorption, and flame arresters, temperature sensing rods, explosion-proof ports, and automatic shutdown are installed

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• catalytic combustion