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Odor and odor removal and purification scheme for non methane total hydrocarbons
Odor and odor removal and purification scheme for non methane total hydrocarbons
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Odor and odor removal and purification scheme for non methane total hydrocarbons
Keywords: odor purification, odor purification, removal of non methane total hydrocarbons, purification of non methane total hydrocarbons
UV light deodorization photocatalytic purifier (photocatalytic equipment), plasma UV photolysis photocatalytic oxygen integrated machine, low-temperature plasma integrated machine equipment, activated carbon photocatalytic oxygen integrated machine and other professional deodorization equipment.
Plasma exhaust gas treatment technology is not a water washing technology for treating industrial exhaust gas. It involves direct breakdown and bombardment of pollutants by high-energy plasma, causing molecular chains to break, rather than transferring pollutants.
Low temperature plasma exhaust gas treatmentThe technology utilizes high-energy electrons, free radicals, and other active particles to activate, ionize, and crack various components in industrial waste gas, causing it to undergo a series of complex chemical reactions such as decomposition and oxidation. After multi-stage purification, it eliminates odors and pollutants emitted from various pollution sources, achieving low toxicity and non toxicity of toxic and harmful gases.
Photocatalytic oxidation technology is used to treat the odor gases generated during production and operation, mainly including VOCs such as toluene, xylene, butanone, and ethyl acetate.
There are relatively many cases of using photocatalytic oxidation technology alone in the field of organic waste gas treatment, but the application of photocatalytic oxidation technology combined with conventional activated carbon adsorption processes for the purification of odors and malodorous gases has not yet been widely applied in practice.
There are relatively many cases of using photocatalytic oxidation technology alone in the field of organic waste gas treatment, but the application of photocatalytic oxidation technology combined with conventional activated carbon adsorption processes for the purification of odors and malodorous gases has not yet been widely applied in practice.
Advantages of UV photocatalytic equipment:
1) The deodorization and purification efficiency is high, and the operating performance is stable.
2) The deodorization device is designed with a compact structure, innovative design, small size, light weight, and convenient transportation.
3) Equipment noise ≤ 45dB (A), equipment wind resistance ≤ 100Pa.
4) The device has low operating costs and low energy consumption.
5) Easy to install and operate.
6) Easy to clean and maintain, with a long service life.
The photocatalytic equipment can process various exhaust gases, including those that are not suitable for plasma treatment (such as spray painting exhaust gas, spray painting exhaust gas, chemical exhaust gas, gasoline alcohol exhaust gas, Tianshui exhaust gas, paint factory exhaust gas, fertilizer factory exhaust gas, etc.). The use of UV photocatalytic photocatalytic equipment provides higher safety.
The photocatalytic equipment can process various exhaust gases, including those that are not suitable for plasma treatment (such as spray painting exhaust gas, spray painting exhaust gas, chemical exhaust gas, gasoline alcohol exhaust gas, Tianshui exhaust gas, paint factory exhaust gas, fertilizer factory exhaust gas, etc.). The use of UV photocatalytic photocatalytic equipment provides higher safety.
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