Microwave electrodeless ultraviolet sterilization equipment focuses on "ultraviolet". Through the role of ultraviolet, it mainly uses 254 nm ultraviolet light. This wavelength of ultraviolet light, even with a small amount of ultraviolet radiation, can damage a cell's life core - DNA, thus preventing cell regeneration, new type UV photo oxygen microwave deodorization equipment Loss of regenerative capacity makes bacteria harmless, thus achieving sterilization effect. In order to ensure that no microorganisms can be detected in the product, ultraviolet disinfection can be used, which is a non chemical disinfection method, UV photo oxygen microwave deodorization equipment programme Ultraviolet rays will not introduce toxins or residues in water, and will not change the chemical composition, taste, odor/PH value of the liquid to be disinfected.

Now people pay more attention to health, and the demand for ultraviolet disinfection equipment will be more and more extensive. new type UV photo oxygen microwave deodorization equipment The UV sterilization equipment is highly integrated, with low maintenance costs, which saves the time and energy of operators without adding any other chemical reagents. UVC ultraviolet ray plays a real role in disinfection equipment, UV photo oxygen microwave deodorization equipment programme The ultraviolet radiation can destroy and change the DNA (deoxyribonucleic acid) structure of microorganisms, so that the bacteria will die immediately or cannot reproduce, so as to achieve the purpose of sterilization.

Compared with ordinary vacuum cleaners, the industrial central dust collector has a powerful dust collection function and can be cleaned quickly, avoiding secondary pollution caused by dust and noise pollution: 1. The dusty gas enters the ash hopper of each sub room from the air inlet equalizing pipe of the dust remover. The central dust removal of the workshop is customized and guided by the ash hopper guide device. 　　 2. The large particles of dust are separated and directly fall into the ash hopper, while the fine dust enters the middle box evenly and is adsorbed on the outer surface of the filter bag. Clean gas enters the upper box through the filter bag and is discharged into the atmosphere through offline valves and exhaust pipes. 　　 3. Timing or manual cleaning can be adopted: each chamber of the pulse bag filter will be cleaned in turn, and the chamber that has completed the cleaning will be restored to the dedusting state immediately. 　　 4. Open the electric control pulse valve according to the set procedure, stop air blowing, use the compressed air instantaneous blowing to increase the pressure in the filter bag, shake the dust on the filter bag into the ash bucket, and discharge it by the ash discharge mechanism. 　　 5. With the increasing dust on the outer surface of the filter bag, the differential pressure monitoring system will send a signal when the equipment resistance reaches the set value. 　　 6. The dust removal mechanism starts to work, and compressed air is sprayed from the pulse valve, and then shot into the filter bag through the blowing pipe and nozzle. The filter bag expands and vibrates instantaneously, so that the dust on the surface is removed and dropped into the ash hopper, which is discharged by the ash discharge valve. 　　 7. With the progress of filtering conditions, the dust on the filter bag will accumulate more and more. When the equipment resistance reaches the limited resistance value, the ash removal control device will automatically close the offline valve of one chamber according to the differential pressure setting value or the ash removal time setting value.

Domestic sewage industrial sewage integration equipment Application industries: municipal sewage, pharmaceutical and chemical sewage, food processing industry sewage, grease, garbage, printing and dyeing prevention industry, wastewater phosphorus removal engineering, environmental protection sewage treatment and other industries. . Precision filtration equipment Application industry: It is used for liquid purification such as water and paint, solid-liquid separation in machinery, metallurgy, chemical industry, prevention and control, printing, electric lock, medicine, food and other industries, food and beverage, fruit wine, biochemical water treatment, high-end aquaculture, etc.

Microwave and ultraviolet water treatment equipment is a special form of material operation, which is a particle flow without connection. Each UV photon with a wavelength of 253.7 nm has an energy of 4.9 eV. When ultraviolet rays irradiate microorganisms, energy transfer and accumulation will occur, and the accumulation results in the inactivation of microorganisms, thus achieving the purpose of disinfection. When bacteria and viruses absorb more than 3600~65000uW/cm2, it has a strong destructive power to the DNA and RNA of bacteria and viruses, and can make bacteria and viruses lose their viability and fecundity, thereby eliminating bacteria and viruses, achieving disinfection and sterilization effect. On the one hand, ultraviolet light can mutate nucleic acids, hinder their replication, transcriptional blockade and protein synthesis; on the other hand, the generation of free radicals can cause photoionization, thus leading to cell death. UV photo oxygen microwave deodorization equipment programme The sterilization principle of the microwave ultraviolet water treatment equipment is to use the irradiation intensity of the ultraviolet lamp, that is, the irradiation intensity emitted by the ultraviolet sterilization lamp, which is inversely proportional to the distance of the irradiated disinfectant. new type UV photo oxygen microwave deodorization equipment When the irradiation intensity is constant, the longer the irradiated disinfectant stays, the closer it is to the germicidal lamp, the better its germicidal effect, and vice versa. With strong destructive power, it can make bacteria and viruses lose their viability and reproduction, and then eliminate bacteria and viruses to achieve disinfection and sterilization effect.

What are the common faults of microwave and ultraviolet water treatment equipment, new type UV photo oxygen microwave deodorization equipment Leakage in the water pressure drop equipment system, lack of pressure at the inlet of the high-pressure pump, air leakage, water leakage, blockage of the filter element of the precision filter, high-pressure pump fault, etc. may cause the water pressure drop of the equipment. Solution: Overhaul the high-pressure pump and precision filter, and eliminate problems. UV photo oxygen microwave deodorization equipment programme The increase of equipment water pressure may be due to the error of high-pressure pump outlet scheduling index and the blockage of the pipeline from high-pressure pump to reverse osmosis equipment. Solution: recover the equipment pressure by dispatching the outlet index of the high-pressure pump and cleaning the pipeline between the high-pressure pump and the reverse osmosis equipment. The decrease in water production of the manufacturers of microwave and ultraviolet water treatment equipment may be due to the lower water temperature, lower water pressure, and pollution and blockage of the reverse osmosis membrane. Solution: recover normal production by adjusting the temperature of raw water and cleaning and replacing the reverse osmosis membrane.