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Larger particles like dust and pollen require the physical filtration of a HEPA filter, and gaseous pollutants like volatile organic compounds (VOCs) might need specialized adsorption technologies.
Scientists haven't just dreamed up the power of UV; they've put it under the microscope (literally!) and proven its effectiveness through rigorous research. Peer-reviewed studies paint a clear picture: UV light, particularly UV-C, significantly reduces airborne and surface pathogens.
The future of UV in HVAC is brimming with possibilities. From eco-friendly LEDs to targeted disinfection and collaborative cleansing, these emerging technologies promise to redefine how we keep our air clean and healthy.
In recent years, the use of ultraviolet (UV) lights in HVAC systems has gained increasing attention as a means to improve indoor air quality. However, misconceptions and a lack of understanding about UV technology often lead to confusion. This series about in HVAC systems aims to shed light on the science behind UV lights, dispel common myths, and provide guidance on selecting the right UV bulb for your HVAC system.
