UV Water Sterilization Lamp

UV lamp
UV or Ultraviolet lights emit light or electromagnetic radiation that moves in the form of waves. UV energy is found in the electromagnetic spectrum between visible light and X-rays and can be described as invisible radiation. The energy used for UV water treatment is further categorized into two primary levels measured as wavelengths of 254m and 185nm Th. Thanks to exceptional advantages, UV lamp disinfection is widely applied in safe, low-cost, effective water treatment, no pollution, simple operation, etc. Utraviolet is considered as one of the best disinfection breakthroughs in the world. Around the world, especially in the European Union North America. UV is the first choice for small water supply systems and provides high quality pure water for various segments:

• Home Hotels
• Cosmetic Pain
•    Chemistry laboratory
• Beverage industry
• Bottled mineral water
• Semiconductor microelectrics
• Cooling Tower
• Hatching
• Electronic Industry
• Waste Management Industry
• Food Process
• Pool & SPA water
• Pharmaceutical Industry Moisturizing System
• Drinking Water Machine

The principle of UV disinfection
Ultraviolet disinfection technology can sterilize water in an effective and efficient manner, and there is no need for additional heating or the use of hazardous chemicals. Water after treatment does not have a characteristic odor or taste. RNA and DNA in microorganisms can absorb ultraviolet energy. Ultraviolet energy (wavelength 254nm) can polymerize DNA base pairs, deactivate the reproduction of microorganisms by preventing protein biosynthesis, and ultimately kill microorganisms. Unlike Chlorine, Chlorine Dioxide, Ozone, and other chemical disinfection, ultraviolet disinfection is a physical process. During the disinfection process, the ultraviolet disinfection system does not produce byproducts.
Advantages of ultraviolet disinfection
1. Ultraviolet disinfection technology is very fast in destroying bacteria. Ultraviolet energy can destroy bacteria and viruses in only about 1-5 seconds. To achieve the same disinfection effect, if it costs about 30 minutes or more contact time using other chemical methods (Chlorine, Chlorine Dioxide, Ozone)
2. Comprehensive disinfection range
Ultraviolet disinfection technology has been widely applied to efficiently destroy pathogenic microorganisms, bacteria and viruses.
3. There is no secondary pollution
Because no chemicals are added to the ultraviolet disinfection system it will not cause secondary pollution for water and the environment
4. Low operating costs, simple operation and maintenance, and economical
5. The room is not too big
The small space occupied and easy assembly allows ultraviolet equipment to be installed in a place near water and electricity sources. Ultraviolet can be used after connecting the inlet and outlet and turning it on.

Water quality is very important for the optimal performance of the UV system. The following requirements for water sources are recommended for installation:
• Bacterial index: The total value of coliform bacteria in water must be less than 1000 bacteria / L and the total number of bacteria must be less than 2000 bacteria / mL
• The chromium is less than 15 degrees.
• Total iron content: <0.3ppm (0.3 mg / L)
• Turbidity: 5 degrees
• Manganese: <0.05 ppm (0.05 mg / L)
• Hardness: <7gpg (120mg / L), if the total hardness is more than 7 gpg, water must be softened.
• UV transmission:> 75%