A house that looks clean to the naked eye need not be free of germs. Microscopic organisms like bacteria and viruses are so tiny that they cannot be seen by the naked eye. However, if disease-causing bacteria or viruses are present in the environment, the process of sensitization remains incomplete.
UVC disinfection is a method of cleaning that ensures sanitized environments. So if you use UVC cleaning, you can be sure that your house or workspace is free of germs. UVC cleaning is revolutionizing the ways in which disinfection works, and it has great significance in some industries mentioned in the article below.
UVC Cleaning: The Next Era Of Cleaning
In Healthcare Settings
In healthcare settings like hospitals and clinics, complete sanitation is of vital importance. People who visit hospitals are immunologically compromised; hence, they can fall ill very quickly. Also, hospitals are the source of many harmful disease-causing organisms.
Hence, UVC cleaning in hospital setups is a boon. However, some precautions need to be taken before using UVC cleaning in any setup. UV light kills microbes by attacking their genetic material, that is, their DNA or RNA.
However, if the intensity of the UV rays is too strong, it can affect other living organisms as well. So a single photon detector, which is a device to detect photons that are the smallest unit of light, can be used to maintain the right intensity of radiation in UVC cleaning.
In The Food Processing Industry
UVC sanitation has huge applications in the food processing industry. Juices, syrups, and beverages which cannot be sanitized by heating or boiling can be sanitized using UV rays. Unlike thermal heat, UV rays do not affect the color and composition of beverages and juices. So they can be easily used in the food processing industry, where the final color and the texture of the food are of great value.
Processed food that is filled in cans and bottles is very prone to get contaminated with bacteria like Clostridium. Clostridium species are known to cause severe cases of botulism in people who consume this bacteria. So UVC cleaning can rid cans, bottles, and food packs of several harmful bacterial species.
However, the intensity of UV rays that are used on juices and beverages has to be strictly regulated. Hence, UVC cleaning makes use of a single photon detector to regulate the intensity of UV light.
A single photon detector can detect even a single unit of light radiation. So in the UVC cleaning setup, a single photon detector prevents excess UV radiation and subsequent free radical formation in food materials.
Conclusion
UVC cleaning is the next generation of sanitization methods that can clear out most of the disease-causing germs in a given environment. UVC cleaning has shown great potential in many sectors, like the food processing industry and healthcare setups.
However, whenever you use UVC cleaning, make sure that the UV rays do not cause more damage than what is necessary to clear germs. So using devices like single photon detectors can help regulate the way UVC cleaning is used in any setup.