High Output Amalgam UV Lamp Paint Spraying Exhaust Gas Treatment G10Q

Paint spraying exhaust gas treatment uvc light high output strong intensity

 

Disinfection principle of high ozone germicidal lamp for water treatment:

When the TOC water treatment lamp uses the ultraviolet spectrum of high ozone wavelength of 185nm to irradiate water, intermediates HO- and eaq (hydrated electrons) can be generated within the range that can be irradiated by 185nm ultraviolet light. Electrophilic, nucleophilic or electron transfer reactions cause the degradation and mineralization of organic matter in the water, and reduce the TOC concentration, so that the water can be purified. At the same time, after various bacteria, viruses, algae and other pathogens in the water are irradiated with a certain dose, the DNA structure in their cells is damaged, so that the bacteria and viruses in the water can be killed without using any chemical substances. No secondary pollution, its broad-spectrum sterilization, high efficiency, and economy are better than other traditional disinfection methods.

The purification principle of high ozone ultraviolet lamp for waste gas treatment is as follows:

After the malodorous gas is input into the purification equipment by the exhaust equipment, the purification equipment uses high-energy UV (ultraviolet) beams and ozone to perform a synergistic decomposition and oxidation reaction on the malodorous gas, so that the malodorous gas substances are degraded and converted into low molecular compounds, water and carbon dioxide, and then through the exhaust gas. The air duct is exhausted to the outside. The high-energy UV beam is used to split the molecular bonds of bacteria in the malodorous gas, destroy the nucleic acid (DNA) of bacteria, and then conduct oxidation reaction through ozone to completely achieve the purpose of deodorization and killing bacteria.

Junrui Optoelectronics is currently the most professional manufacturer of quartz high-ozone ultraviolet lamps in China. The products are exquisite in craftsmanship, and the quality is comparable to that of well-known foreign brands. The advanced lamp-making equipment far exceeds the level of domestic counterparts. Exhaust gas treatment amalgam lamps Long life, small light decay during life, high ultraviolet intensity, used with special ultraviolet preheating electronic ballast, stable work and full power." "The principle of electrodeless ultraviolet lamp-ultraviolet photolysis oxidation and deodorization:

 

The electrodeless ultraviolet lamp uses ultraviolet technology to deodorize, and its chemical reaction process is extremely complicated.

 

On the one hand, high-energy ultraviolet radiation can break the molecular binding chain of malodorous substances and photolysis to form active molecular fragments; on the other hand, vacuum ultraviolet radiation with a wavelength below 200 nm can photolyze O2 to generate oxygen free radicals, which combine with O2 to produce oxygen radicals. Ozone, the strong oxidizing power of ozone can oxidize many odorous substances. In addition, after obtaining the energy of composite ion photons, ozone can be decomposed very quickly, and generate hydroxyl radicals with stronger oxidizing ability in a humid environment. The oxidizing power of hydroxyl radicals is extremely strong, and a series of synergistic and chain reaction processes occur with malodorous gases, which can be completed in a very short time (2-3 seconds). The malodorous gas is finally oxidized and degraded into low molecular substances, water and carbon dioxide, so as to achieve the final purpose of deodorization.

 

The UV photolysis and oxidation purification technology of the electrodeless ultraviolet lamp simulates the reaction mechanism of ultraviolet light decomposing and purifying waste gas in nature to a certain extent. , which enhances the release of UV radiation energy in the concentrated area, accelerating this reaction. The removal rate of malodorous gas is related to ultraviolet radiation energy, ozone yield and concentration of malodorous substances. It is affected by factors such as the composition of malodorous gas, impurities and air humidity. Ordinary low-pressure mercury lamps can also produce a small amount of ozone 185nm radiation. The electrodeless ultraviolet lamp made by our company uses special rare gas to excite a larger proportion of vacuum ultraviolet light."