UV sterilizers utilize ultraviolet germicidal irradiation (UVGI), a disinfection technology that uses short-wavelength ultraviolet light to kill bacteria and viruses by creating a hostile environment.
When using a UV sterilizer, a wavelength of at least 253.7 nanometers is required to effectively disinfect bacteria, microorganisms, algae, viruses, and other biological contaminants that tend to spread quickly. Therefore, the UV disinfection process is very suitable because it is able to break down the DNA of microorganisms, preventing their further growth. The end result of the UV disinfection process is the elimination of all biological contaminants in the water within less than 10 seconds of exposure to UV light. UV sterilizers are renowned for these reasons, including highly desirable characteristics such as easy installation and not changing the taste, pH, and other properties of the water.
The ultraviolet light emitted by a UV sterilizer penetrates disease-causing agents and kills their DNA. This is important because DNA is the basis for the ability of organisms to function and reproduce, so destroying DNA prevents these organisms from being active and growing. The energy of UV light is similar to that of sunlight, but its intensity is much higher through the addition of a discharge lamp called a UV lamp.
If the correct dosage is used, it is impossible for any microorganism to survive the effects of a UV sterilizer. Therefore, UV disinfection is considered the best option for water disinfection without the risk of overheating of the equipment. Therefore, this can save a lot of costs as there is no need to purchase additional equipment to solve the overheating problem.
