Ultraviolet disinfection can ensure sterilization effect and water quality. This is a long-term effective sterilization technology. There is no reactivation reaction and no rebound of flora, ensuring complete disinfection effect and water quality safety. production Microwave cleaning equipment Compared with other sterilization methods, UV has many obvious advantages, especially the difference from chemical disinfectants is that UV sterilizers will not bring toxic substances and residues into pure water, and will not change its chemical composition, odor and pH value. This function is very important in the pharmaceutical industry and related industries. Microwave cleaning equipment programme The chemical dosage of influent often changes the characteristics of the product. It can effectively kill all bacteria and viruses, and inactivate chlorine resistant microorganisms such as Legionella, Escherichia coli and Pseudomonas. Cryptosporidium, amoeba and bacteria.
The microwave ultraviolet water treatment equipment adopts filters with multiple filter layers, whose primary purpose is to remove the sediment, rust, colloidal substances, suspended solids and other substances with particles of more than 20um in the raw water, production Microwave cleaning equipment Manual valve control or full-automatic controller can be selected for a series of operations such as back flushing and forward flushing. Ensure the quality of water produced by the equipment, and extend the service life of microwave and ultraviolet water treatment equipment manufacturers. Microwave cleaning equipment programme Check whether the power is cut off and the plug is firmly inserted. Check whether the wiring plug of the low-voltage switch of the microwave ultraviolet water treatment equipment falls or fails to work so that the power contact cannot return. Check whether the connecting wire of each terminal falls off, and check whether the water pressure of tap water is too low, so that the low-voltage switch does not work.
Microwave and ultraviolet water treatment equipment can improve heat exchange efficiency, save energy and reduce consumption. production Microwave cleaning equipment The deposits on the surface of the cooler rise by 0. mm every time, High efficiency of heat exchanger can generally reduce 20-30%, and power consumption will increase 4-8%. The selection of organic chemical dosing method can maintain the equipment and extend the service life of the equipment. The etching rate of carbon steel by cooling circulating water without microwave ultraviolet water treatment equipment exceeds 0.5mm/a, Microwave cleaning equipment programme The corrosion rate of the solved cooling circulating water on carbon steel is less than 0. mm/a, which can reasonably maintain the equipment and extend the service life of the equipment. Reduce the frequency of routine maintenance to ensure normal operation.
The microwave ultraviolet water treatment equipment has many advantages, such as good light conditions, low energy consumption, thorough sterilization, and flexible installation of equipment. Not only that, the beautiful appearance also attracts many manufacturers to buy. Microwave cleaning equipment programme Ultraviolet germicidal lamp should pay attention to the decline of the radiation intensity of the lamp tube. After using it for a period of time, we still use the fluorescent lamp concept to evaluate the lamp tube, and judge the invisible light intensity by the intensity of the visible light. This method is prone to errors, production Microwave cleaning equipment So as to affect the sterilization effect.
The simple answer is yes, even more organisms. The research shows that 254nm ultraviolet light is effective for all food borne pathogens, natural microbiota, mold and yeast. Microwave cleaning equipment programme Because the size and shape of microorganisms will affect their absorption of ultraviolet light, the time required to kill each species is also different. How does UV sterilize? production Microwave cleaning equipment The working principle of ultraviolet sterilizer, also known as ultraviolet disinfection or ultraviolet germicidal radiation (UVGI), is to destroy some chemical bonds, disrupt the structure of DNA, RNA and protein, resulting in the inability of microorganisms to reproduce. When a microorganism cannot reproduce, it is considered dead because it cannot reproduce in the host body and is no longer infectious.
