In addition to killing organic growth on the surface of the coil and housing, UV light can also disinfect air that crosses its path. With adequate exposure, light can kill bacteria, mold, fungi, and some airborne gases without restricting airflow. Well-maintained UV lights are very effective at removing contaminants and odors from the air without producing harmful by-products. They also have sensors to adjust intensity or speed to adapt to the indoor environment.
Installing a UV air filter in your indoor air handler will kill microbes as they pass through the system. The most common type of air purifier with UV light uses a special quartz tube called a “deodorization lamp” coated with phosphor. Ultraviolet light purifiers work by emitting ultraviolet (UV) rays, which are the same type of radiation used for tanning beds, and kill bacteria in drinking water. When installed in air conditioning systems, UV lights remove and sterilize these contaminants to purify indoor air.
UV lights are a chemical-free way to kill and sterilize mold, bacteria and other organic elements that proliferate as they pass through the air conditioning unit. UV germicidal lights (around 250 nm) are an effective way for HVAC professionals to combat indoor contaminants to keep indoor air and the HVAC system clean. If you've been looking for a way to improve indoor air quality, an air purifier with UV light could be the perfect solution to keep your home or office free of contaminants and odors. With proper installation by a professional HVAC technician, UV light can effectively eliminate viruses, mold, and bacteria.
UV lights have many advantages when it comes to reducing air pollution. They are very effective at killing bacteria, mold, fungi, and some airborne gases without restricting airflow. Furthermore, they do not require much maintenance and there is no possibility of exposure to ozone when used. The density of time and energy is what generally breaks down surface contaminants from viruses and bacteria, so having permanent UV lights over my head that are capable of killing viruses or bacteria would be quite worrying.
I believe that the UV lamps used to sterilize hospital rooms are high-performance UV-C lights, meaning that rooms must be sealed to prevent entry while the light is on. The reason UV lights are placed in tubes surrounded by a very thin outer tube is that the effectiveness of the treatment decreases markedly with distance due to sediment in the water. This is because these organisms have DNA or other molecules in their cells that can be altered by ultraviolet radiation. In conclusion, installing a UV light in your home or office is an effective way to reduce air pollution without using chemicals or producing harmful by-products.
It is also an efficient way to kill bacteria, mold, fungi, and some airborne gases without restricting airflow. Furthermore, it does not require much maintenance and there is no possibility of exposure to ozone when used. For more information on how you can improve your home's indoor air quality with UV light installations, contact Service Champions or Woods Comfort Systems today.
