Ozone Based Dust Treatment UVC Germicidal Lamps
Chemical pollutants in the exhaust gas often contains many types of complex physical and chemical properties, toxicity, are not the same, serious environmental pollution and affect human health. Chemical composition of the exhaust gas generated by different production sector varies widely. The chlor-alkali industry, such as exhaust gas generated containing mainly chlorine, hydrogen chloride, vinyl chloride, mercury, acetylene, nitrogen gas industry generates substantially contains nitrogen oxides, urea dust, carbon monoxide, ammonia, sulfur dioxide, methane etc.
XPES UVC germicidal lamp in combination with a high energy field of exhaust gas treatment apparatus an ultraviolet light in ozone UV irradiation malodorous gases, such as changing the malodorous gases: ammonia, trimethylamine, hydrogen sulfide, hydrogen sulfide, methyl mercaptan, dimethyl sulfide, dimethyl disulfide , molecular chain structure of styrene, and carbon disulfide, sulfide H2S, VOC such as benzene, toluene, xylene, organic or inorganic polymer molecular chain of malodorous compounds, in high-energy ultraviolet beam irradiation, degradation into low molecular compounds,CO2,H2O,etc.
The best effect in the field.We have a research about the killing effect about TOCs of major brands UV light in the water ,and find that XPES UVC Lamp create the largest killing effect.
Dust treatment of spray paint factory
Why XPES UVC lamps ?
The paint dust of paint factory in general is relatively large, many companies have adopted a fully automated operation, but the large amount of dust generated can not be ignored. XPES high power UV germicidal lamp can help these plants to purify the air and achieve the purpose of treating industrial dust.
This product use high energy and high ozone UVC to beam waste gas, pyrolysis of industrial waste gas such as ammonia, hydrogen sulfide, dimethyl sulfide hydrogen, and dimethyl sulfide,, carbon disulfide and sulphide H2S and VOC classes, benzene, and the molecular chain structure, organic or inorganic polymer odorous compounds molecular chain, in high-energy ultraviolet light irradiation, the degradation of transformation into low molecular weight compounds, such as CO2 and H2O.
Efficient sterilization. UV on bacteria, viruses sterilization is generally completed within a few seconds, while the traditional chlorine and ozone, the general effect of ultraviolet radiation to reach 20 to 60 minutes.
High transmittance.Quartz glass tube production, light transmittance> 95%, greatly improving the efficiency of sterilization
No secondary pollution. Since UV disinfection is not adding any chemicals, so it will not cause secondary pollution of water and the surrounding environment.
Ultraviolet light can reduce odor and degradation of trace organics. UV on a variety of trace organic compounds in water has a certain ability to degrade and can reduce water smell.
Long life.Lifetime up to 60,000 hours,using the latest generation of UV lamps promise.
Waterproof.Using a special waterproof sealant to ensure the safe use of the lamp.
Numerous quality control.
Wordwides Important electrical standards certification.
Focus on 300W UVC Lamp manufacturer for 7 years
XPES is a professional manufacturer in high output UV germicidal lamp area. Production of high-power strong ultraviolet light can be used 60,000 hours, 1m from the radiation intensity reaches 1300uw / cm², these two figures are the industry leaders. These advantages make XPES high-power UV lamp is ideal for dust treatment to meet strong radiation, less maintenance, a wide range of flow rate control requirements. XPES ultraviolet light has been applied to multiple instances, including water purification sterilization and gas sterilization. We have been providing the industry's highest standards of quality requirements, the application of UV industry more widely.
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