Breeding sterilization equipment Taking civil engineering equipment as an example, inappropriate equipment standards directly lead to the reduction of disinfection power of disinfection water quality. The ultraviolet disinfection channel should match the ultraviolet disinfection module. If the disinfection channel is too wide or too deep, it will lead to the direct discharge of sewage that has not been effectively disinfected, which will seriously affect the disinfection effect. However, suspended solids, nitrogen, Phosphorus content will also affect the disinfection effect of ultraviolet radiation.
It is also affected by the disinfection water quality and equipment conditions. Taking civil engineering equipment as an example, inappropriate equipment standards directly reduce the disinfection power of the disinfection water quality. The ultraviolet disinfection channel should match the ultraviolet disinfection module. If the disinfection channel is too wide or too deep, it will lead to the direct discharge of sewage that has not been disinfected effectively, which will seriously affect the disinfection effect, Energy transmission and accumulation will be generated, and the accumulation effect will constitute the inactivation of microorganisms, and then reach the purpose of disinfection. When bacteria and viruses absorb more than 3600~65000uW/cm2, they will have strong destructive power on DNA and RNA of bacteria and viruses. However, the ultraviolet sterilizer, especially the content of suspended solids.
Too much suspended matter will cause bacteria to clump together, which can not be used for sterilization. The quartz sleeve in the UV disinfection module is fragile. Many users have no protection records, which leads to the breakage of the quartz tube in the protection process. When the ultraviolet ray shines on microorganisms, energy transfer and accumulation will occur. The accumulation effect constitutes the inactivation of microorganisms, and then reaches the purpose of disinfection, When bacteria and viruses absorb more than 3600~65000uW/cm2, they have strong destructive power to DNA and RNA of bacteria and viruses.
