Waste gas treatment process
A waste gas treatment and process technology, applied in the direction of gas treatment, air quality improvement, combustion method, etc., can solve the problems of large area occupied by the device, large amount of fuel, high operating cost, etc., and achieve small occupied area, low price and easy operation low cost effect
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[0016] Example one
[0017] First prepare ten regenerators and heat the regenerators to the operating state. Heat storage bodies are installed in ten heat storage chambers. The heat storage body is a ceramic product, and vertical holes are evenly distributed on the heat storage body to form a honeycomb shape; after that, the exhaust gas with a temperature of 30°C and a pressure of 11000 Pa is uniformly sent to the five storage bodies through a gas distributor. In the heating chamber, the exhaust gas absorbs the heat stored in the thermal storage ceramics in the five regenerators, and the exhaust gas temperature is heated to the decomposition point temperature of organic matter in the exhaust gas at 650℃; then the exhaust gas heated by the regenerator is sent to a temperature of 800℃ The thermal oxidation chamber is incinerated for 1 second to cause the organic matter in the exhaust gas to undergo oxidative decomposition reaction, which converts the organic matter into carbon dio...
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[0018] Example two
[0019] First prepare ten regenerators and heat the regenerators to the operating state. Heat storage bodies are installed in ten heat storage chambers. The heat storage body is a ceramic product with vertical holes evenly distributed on it to make the heat storage body into a honeycomb shape; then the exhaust gas with a temperature of 30°C and a pressure of 12000 Pa is uniformly sent to the five heat storage chambers through a gas distributor , The maleic anhydride waste gas absorbs the heat stored in the heat storage ceramics in the five heat storage chambers, and the maleic anhydride waste gas temperature is heated to the decomposition point temperature of organic matter in the waste gas at 720℃; then the waste gas heated by the heat storage body is sent to the temperature Burn in a thermal oxidation chamber at 850°C for 3 seconds to cause the organic matter in the exhaust gas to undergo an oxidation decomposition reaction to convert the organic matter int...
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