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RCO thermal storage catalytic combustion furnace


Product features: Through activated carbon adsorption, high air volume and low concentration organic waste gas can be concentrated into low air volume and high concentration waste gas, which can then be processed in the RCO device, saving operating costs. After collecting the exhaust gas with excellent results, it undergoes pre-treatment and then enters the activated carbon adsorption device. The gas maintains a certain residence time in the activated carbon bed layer, and VOCs in the gas are adsorbed on the surface of the activated carbon. After being discharged from the activated carbon bed layer, the clean gas can be directly discharged through the induced draft fan. After being treated by RCO, the clean gas is heated to a certain temperature and used as the desorption air, which is then desorbed through the activated carbon bed, The concentrated organic matter desorbed from the activated carbon adsorption device enters the RCO device and is decomposed through noble metal catalysts. The decomposition temperature is between 200-250 ℃, and the organic waste gas is decomposed into carbon dioxide and water, which are then circulated. After the waste gas is desorbed and decomposed, it is discharged into a chimney and meets the emission standards.
  • DESCRIPTION
    • Commodity name: RCO thermal storage catalytic combustion furnace
    • Commodity ID: RCO thermal storage catalytic co

    Product features: Through activated carbon adsorption, high air volume and low concentration organic waste gas can be concentrated into low air volume and high concentration waste gas, which can then be processed in the RCO device, saving operating costs. After collecting the exhaust gas with excellent results, it undergoes pre-treatment and then enters the activated carbon adsorption device. The gas maintains a certain residence time in the activated carbon bed layer, and VOCs in the gas are adsorbed on the surface of the activated carbon. After being discharged from the activated carbon bed layer, the clean gas can be directly discharged through the induced draft fan. After being treated by RCO, the clean gas is heated to a certain temperature and used as the desorption air, which is then desorbed through the activated carbon bed, The concentrated organic matter desorbed from the activated carbon adsorption device enters the RCO device and is decomposed through noble metal catalysts. The decomposition temperature is between 200-250 ℃, and the organic waste gas is decomposed into carbon dioxide and water, which are then circulated. After the waste gas is desorbed and decomposed, it is discharged into a chimney and meets the emission standards.

    Equipment features:

    1. The whole box is made of stainless steel.

    2. The RCO process is used to purify organic waste gas, which can remove a variety of organic pollutants at the same time.

    3. Low power consumption, due to the small resistance of the bed, it can work with a low-pressure fan, with less power consumption and low noise.

    4. The filter box is equipped with a filter element, and the exhaust gas is pre-filtered to improve the adsorption effect. This equipment is a two-stage filtration, the gas is excellent into the first layer of the box, with a filter element inside, the powder or particles are filtered first, and then the gas enters the second layer of the box with activated carbon activated carbon to adsorb the exhaust gas.

    5. Waterproof activated carbon, not easy to block, not easy to spread.

    6. Five sets of protective measures directly meet the issuance standards, and accidents occur.

    7. The operation system is divided into manual and automatic, and the operating cost is low.

    8. Due to the existence of the catalyst, the ignition temperature of catalytic oxidation is about 250-300 °C, which is 650-800 °C lower than that of direct oxidation, so the energy consumption is much lower than that of direct oxidation.

    9. Activated carbon catalyst is adopted, with low resistance and high activity. When the organic vapor concentration reaches more than 2000ppm, spontaneous combustion can be maintained.

    10. No secondary pollution.

    11. The heat exchanger is installed in the combustion furnace to save energy.

    12. It has a wide range of applications, including the purification of medium and high concentration organic waste gas generated in petroleum, chemical, rubber, paint, coating, furniture, printing cans, printing and other industries.

    13. The electric heating system works in sections, automatically tracks the temperature and has a built-in heat storage device to save energy and electricity.

    14. Low thermal expansion, large specific heat capacity, large specific surface area, small pressure drop, small thermal resistance, good thermal conductivity, and good heat resistance to stamping.

    15. Waste heat can be reused: the waste heat can be returned to the drying channel to reduce the power consumption in the original drying channel, and can also be used as a heat source in other aspects.

    16. Small footprint: only 70% ~ 80% of similar products in the same industry, and there is no requirement for equipment foundation.

    17. Long service life: The catalyst is generally replaced in 8000 hours.

    18. Easy to operate: When the equipment is working, it can be automatically controlled.

    19. Low energy consumption: When the equipment starts, it only takes 15~30 minutes to heat up to the ignition temperature, and the energy consumption is only the power of the fan, and it is automatically compensated when the concentration is low.

    20. The equipment is equipped with fire and dust removal system, pressure relief system, over-temperature alarm system and automatic control system.

    21. Low resistance and high purification rate: today's honeycomb ceramic carrier catalyst impregnated with precious metals palladium and platinum is adopted, and the specific surface area is large.

     

    Key words:
    • 催化
    • 废气
    • 蓄热
    • 温度
    • 活性炭
    • 气体
    • 通过
    • 有机
    • 进入

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