More and more studies are proving that UV-C can effectively kill germs. Institutions such as hospitals are even using UV-C lights to reduce the transmission of superbugs. However, there are important considerations to keep in mind when using UV-C lights to ensure the safety of yourself and those around you.

In a world particularly concerned with managing harmful microorganisms, UV-C technology stands out as a powerful tool for disinfection.  However, you may be wondering how light can be effective in eliminating airborne pathogens and if it is as effective as other disinfectant measures, such as chemical sprays or ozone machines.

In recent years, there has been an unprecedented emphasis on indoor air quality. With people spending 90% of their time indoors and mounting concerns over sicknesses spread by airborne pathogens, regulators have been searching for ways to improve indoor air quality in public spaces and buildings. Consequently, countries like England

Ozone’s oxidative properties have been used for disinfection and odor removal for decades. However, ozone use does not come without risks. The known dangers of ozone to Earth’s inhabitants beg the question—is there a better way to disinfect and deodorize? What is Ozone? At its molecular level, ozone is a

UV-C technology has been successfully used in the medical field for a long time. However, only recently did UV-C become common knowledge because of its effectiveness against COVID. Why did UV-C become so popular and what makes it different than other methods used for treating odors and pathogens? One difference

UV-C radiation is not a new technology. In fact, according to the FDA, it has “effectively been used for decades to reduce the spread of bacteria.” This means there is proven efficacy using UV-C to inactivate pathogens in the air and on surfaces. This includes SARS-CoV-2 (COVID-19), monkeypox, and tuberculosis,