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Ultraviolet Sterilizer
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Shandong Shekesaisi Water Treatment Technology Co., Ltd
Shandong, China
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Ultraviolet sterilizers are very useful and often used in the water treatment industry. To accomplish the goal of sterilization, they expose microorganisms to ultraviolet light, which destroys and modifies their DNA structure and causes the germs to either die instantly or become incapable of reproducing. ZXB ultraviolet light has the true bactericidal action because C-band UV light, particularly the best UV light at 253.7 nm, is easily absorbed by living things' DNA. The use of an ultraviolet sterilizer is limited to physical disinfection. Its benefits include ease of use, simplicity, high efficiency, broad spectrum, lack of secondary pollutants, simple maintenance, and automation. The range of applications for UV sterilization is growing along with the advent of new designs for ultraviolet lamps.
Usage environment: The following circumstances should allow the sterilizer to operate as intended.
(1) Incoming water's quality
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Chroma ≤15 degrees
Water temperature ≥5℃
Total coliforms ≤1000/L
Total number of bacteria ≤2000/mL

Benefits of Ultraviolet Sterilizer
1. High-efficiency sterilization: Sterilizing bacteria and viruses with ultraviolet light may typically reach a 99%–99.9% sterilization rate in one to two seconds.
2. Effective broad-spectrum sterilization: UV sterilization has the broadest spectrum and is the most effective at killing practically all bacteria and viruses.
3. No secondary pollution: Since ultraviolet sterilization doesn't introduce any chemicals, it doesn't alter the composition of the water or produce secondary contamination to the surrounding area or water body.
4. Safe and dependable operation: UV disinfection systems do not have the same safety risks as traditional disinfection methods, such as the use of ozone or chloride, which are highly hazardous and flammable compounds.
5. Low operating and maintenance expenses: Because UV sterilizing equipment is compact in size and requires simple structural support, it requires little initial outlay and has little ongoing maintenance costs. When treating 1,000 tons of water, the cost is only half that of chlorine disinfection.

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