The photo-oxygen catalyst is an efficient deodorizing device:

UV photolysis of exhaust gas purification equipment uses common high-temperature ultraviolet lamp light, replacement and maintenance is simple and convenient, this lamp is very common in the market, the so-called maintenance of the photo-catalytic converter is not a problem. The photo-oxidation catalyst is an efficient deodorization device, which is mainly used in industrial deodorization, and the light deodorization device relies on high-temperature lamps for deodorization. Photo-Oxygen Catalyst is a professional deodorization equipment, mainly

For air pollution emissions and other issues, the first to adopt high-temperature lamp tube decomposition technology, the electronic control room to control high-temperature lamp operation, when the odor gas into the box, subject to pyrolysis, and then through the filter outlet from the outlet, the completion of high temperature deodorant jobs. Photo-oxygen catalyzer utilizes special high-energy and high-ozone UV ultraviolet beam to irradiate malodorous gas and TiO2 photocatalysis, catalytic cracking

Malodorous gases such as: nitrogen, trimethylamine, hydrogen sulfide, methyl mercaptan, methyl mercaptan, dimethyl disulfide, carbon disulfide and styrene, sulfide H2S, VOCs, benzene, toluene, xylene molecular chain structure, making organic Or inorganic polymer odor compound molecular chain, under the irradiation of high-energy ultraviolet light, degradation and conversion into low molecular compounds, such as CO2, H2O and so on. Photocatalytic TiO2 catalyst

The photochemical reaction affects the photo-reaction rate to a great extent, and the photo-stimulatory activity of TiO2 is mainly affected by the crystal form and particle size of TiO2. Anatase TiO2 has a high catalytic activity. As the particle size decreases, the probability of simple recombination of electrons and holes decreases, and the photocatalytic activity increases. In addition, the porosity, average pore size, particle surface state, purity, etc. also have a photocatalytic activity.

Affected. In order to improve the photodegradation efficiency, TiO2 photocatalysts have been evolutionarily modified, such as the development of nano-TiO2, preparation of TiO2 composite semiconductors, metal ion doping, dye photosensitizing and so on. A variety of advanced methods can also be used to prepare TiO2 catalysts to increase the photocatalytic activity.

1. Photo-oxygen purifier effectively removes odor: It can effectively remove volatile main pollutants, as well as various odor odors, the deodorization efficiency can be up to 99%, and the deodorization effect meets the national odor pollutant emission standards promulgated in 1993 (GB14554- 93).

2. Strong adaptability: It can be used to deodorize and purify low-concentration, atmospheric-air and odor gas substances. It can work continuously for 24 hours a day, and the operation is stable and reliable.

3, low operating costs: The device without any mechanical action, low noise, no special management and routine maintenance, just for regular inspections, the device energy consumption is low, the device low wind resistance, power consumption can save wind power.

4, the device comes with a fan, users only need to collect exhaust gas.

Photo-oxygen catalysis light adopts common high-temperature ultraviolet lamp, which is easy to replace and maintain. This type of lamp is very common in the market. The maintenance of so-called photo-oxygen catalysts is not a problem.

Photo-oxygen catalyst considerations:

Many users who purchase the photocatalytic exhaust gas purifier do not know the use of precautions, it will easily cause damage to the equipment, the use of photo-catalytic devices should pay attention to many problems, if you do not pay attention to it will cause the device to malfunction, etc. The normal operation will cause unnecessary losses to the manufacturer. If attention is paid to the precautions of the photo-catalytic converter, strict control shall be taken.

It can be ensured that the equipment does not fail. What should be paid attention to when using the photolysis exhaust gas purifier:

1. Make sure the transmission process is smooth. The pipe section entering the photocatalytic exhaust gas purifier should be smooth, and there must be a straight pipe to ensure a stable and constant flow when the exhaust gas enters the equipment. The transmission pipe used is connected with a metal hose to ensure a minimum vibration effect.

2. The air volume control device should be installed in the front section of the fan. Most manufacturers will use fan frequency converters or air control valves to adjust the air volume, because they want to maximize the treatment advantages of the photo-oxygen exhaust gas purifier. The air volume entering the equipment should be Stable, and the air volume should be smoothly transitioned. If the air volume is large or small, not only the exhaust gas treatment effect is poor, but also the deodorization.

Equipment will also have a certain impact.

3, to ensure that the equipment maintenance and maintenance space. Equipment should be installed on the top of the rain-proof measures, equipment, long-term operation will certainly be damaged, if you do not leave room for inspection, then you have to open all the equipment, and this workload is still relatively large.

4, to discharge the ground. Because photo-oxygen catalysts are also high-voltage equipment, they should be well-protected against clicks during operation and maintenance or equipment overhaul.