UV photolysis purification equipment efficiently removes triphenyl waste gas

[China Packaging Network News] A few days ago, good news came from Shenzhen Tianhaoyang Environmental Protection Technology Co., Ltd. The company's independently developed THY series of high-efficiency UV photolysis purification equipment has been successfully applied to Dongguan Guankun Electronics Co., Ltd. triphenyls. Exhaust gas purification project. The equipment solves the difficult problems of low odor deodorization efficiency, equipment can not continuously work, unsafe and stable operation and other difficult problems that can not be solved by general purification equipment. The exhaust gas after treatment has reached the “Volume Organic Compound Emission Standard for Packaging and Printing Industry”.

It is understood that Tianhaoyang Environmental Protection Technology is committed to the technical research and development of products in the field of industrial exhaust gas purification. Currently, UV efficient photolysis purification equipment has been successfully implemented in hundreds of industrial enterprise purification projects, including food processing, petrochemicals, biopharmaceuticals, and packaging. Printing and other industries odor gas purification. Dongguan Guankun Electronic Decontamination Engineering has met the acceptance criteria and Tianhaoyang Environmental Protection Technology has designed three sets of THY-TQ15000 high-efficiency UV photolysis purification equipment. The device uses a special high-energy and high-ultraviolet UV ultraviolet light beam to irradiate the odorous gas. By cracking the molecular chain structure of benzene, toluene and xylene, it is degraded and converted into low-molecular compounds CO2 and H2O, and then discharged to the outside through the exhaust pipe.
Because UV efficient photolysis purification equipment can achieve a deodorization efficiency of up to 99% or more, occupational poisoning caused by excessive triphenyl content is effectively avoided, and the health of printing workers is protected. In addition, the wind resistance of the equipment is less than 50pa, and the exhaust gas treatment volume is 10,000 cubic meters per hour, which is several times higher than that of traditional treatment technologies such as fixed-bed activated carbon adsorption deodorization, which saves the company's investment costs.

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