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Smoke purification scheme for NOx in chemical plants
Smoke purification scheme for NOx in chemical plants
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Smoke purification scheme for NOx in chemical plants
Keywords: NOx smoke purification, chemical plant smoke purification
To eliminate the smoke of NOx in chemical plants, fuel can be added to the smoke, and catalytic combustion can be carried out through supported platinum and palladium catalysts to convert NOx into N2 gas. The combustion method involves using appropriate catalysts to decompose and oxidize combustible substances in harmful gases at lower temperatures.
Keywords: NOx smoke purification, chemical plant smoke purification
To eliminate the smoke of NOx in chemical plants, fuel can be added to the smoke, and catalytic combustion can be carried out through supported platinum and palladium catalysts to convert NOx into N2 gas. The combustion method involves using appropriate catalysts to decompose and oxidize combustible substances in harmful gases at lower temperatures.
Catalytic combustion device refers to a device or equipment that burns under the action of a catalyst. The working principle of a catalytic combustion device is to use a catalyst to carry out flameless combustion of organic waste gas at a lower ignition temperature, decomposing the organic waste gas into non-toxic carbon dioxide and water vapor.
Catalytic combustion is flameless combustion, making it suitable for high demand applications such as fuel cells using H2 and O2 as raw materials, and pocket furnaces using gasoline or alcohol as raw materials (with Pt impregnated asbestos catalyst).
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