UV ion oxidation technology (UI0P) is a model of environmental governance technology integration and innovation applications. Efficient combination of ultraviolet conductive technology, catalytic oxidation techniques, pulse electric haloxidation techniques, adsorption oxidation techniques, and air filtration technology, high-efficiency removal The concentration of malodorous gas, and reduces ozone emissions, realizing the ultra-low emissions from the VOCs produced during the production and operation process, reaching the harmony of people and the environment. UIOP technology focuses more focuses on the protection of environmental air quality under the premise of degrading VOCs, reducing "side effects" generated during the VOCS governance, in order to reach green emissions.
UV-catalytic oxidation decrease is usually referred to that under the excitation of ultraviolet rays, the atomic structure of the contaminant changes, and under the action of the oxidant, it is gradually oxidized to a low molecular medium, and the organic contaminants finally generate C02, H20.
Since the short-wavelength ultraviolet photon energy is higher than the key energy of the internal chemical bonds of most contaminated substances, it can be broken directly to the molecular chemical bond by ultraviolet photon, thereby achieving decomposition purposes. UV photolysis purification technology adopts international advanced ultraviolet technology, wick development technology, select raw materials such as quality quartz glass, electronic powder, mercury, use ISO9001: 2015 international quality system strict controlled production, ensuring that the UV lamp energy is concentrated in 185 nm, It is possible to directly break through the oxidation of photons, and then equipped with the coordination of ozone, hydroxyl radicals formed by ultraviolet oxygen, and achieve effective degradation of full range VOCs.
Advantages of UV flu solution technology
1, ultra-low cost, low energy consumption, easy to maintain and install;
2, capable of treating benzene, toluene, xylene, non-methane total hydrocarbon, ester, and other VOCS organic exhaust gas;
3. The VOCS organic exhaust gas purification effect of small and medium-sized air volume is obvious.
Disadvantages of UV flu solution technique:
1. The engineering treatment effect of high concentration and oversized air is poor;
2, have a certain requirement for the front processing;
3, require regular maintenance and maintenance;
Commonly used in spraying, paint, plastics, printing, food, feed, breeding, sewage plant, garbage station, etc., low concentrations of VOCS organic exhaust gas treatment. For medical, petrochemical and other industries, high concentrations of exhaust gas treatment, it is recommended to use a conventional process of catalytic combustion, adsorption, and UV photolysis can be synergistic when the air is lowered to low concentrations.
Finally, the UV sensor applied in the UV suction lamp, which is from the UV sensor from the foreign imported UV sensor - GUVC-T10GD-L, UV Sensor) GUVC-T10GD-L is a large sensation The area of the area, the main detected wave band ranges from 254 nm. The sensor is packaged inside a metal housing of a TO-46. The area of the photosensitive chip is 1.536 mm2. The output of the ultraviolet sensor is mainly related to the response, the sensor photosensitive area, and the light intensity, so that the large photosensitive area can detect weak ultraviolet radiation. Mainly applied to ultraviolet intensity detection and control, UV index detection. Outdoor detection UV index devices, etc., can also be used for ultraviolet disinfection and UV curing to monitor ultraviolet intensity. UV flame detector, etc. Read more
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