Static Carbonization Furnace
Since the drying temperature of the paddle dryer is low, it can dry the moisture but not effectively volatilize organic matter. The static furnace temperature can reach about 600 degrees. At this high temperature, it can effectively carbonize the organic matter in the material. , to ensure the furnace temperature of the fluidized activation furnace and the stability of the furnace. The material enters the furnace through a feed port. Under the push of the spindle, the speed is adjusted according to the output, and the carbon is carbonized through jacket heating. Different The oxidation and decomposition of organic matter ensures the stability of the carbon-containing organic matter. The exhaust gas enters the secondary combustion chamber after being washed by the spray tower.
Quenching towers can be designed in various configurations, including vertical or horizontal arrangements, to accommodate the specific process requirements. The cooling medium flow rate, temperature, and contact time with the gas stream are crucial parameters that need to be controlled to achieve efficient cooling.
Quenching towers find applications in a wide range of industries, including petroleum refining, chemical manufacturing, power generation, and metallurgy. They are particularly useful in processes where the rapid cooling of hot gases or vapors is necessary to prevent undesired reactions, ensure equipment protection, or facilitate downstream process operations.
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Horizontal Carbonization Furnace Quench Column For Petroleum Refining Images
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