UVC DisinfectionUV Air Treatment

Protecting air quality with UV disinfection and exhaust air treatments

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Effective air treatment is essential for public health, as airborne contaminants can spread illness in crowded spaces. This risk is heightened in high-traffic areas such as airports, hospitals, and theaters, where airborne microorganisms, including viruses, bacteria, yeasts, and mold, are more prevalent.

Installing UV systems in supply air ducts is an effective solution to improve air quality. As air circulates through the system, short-wave UV radiation disrupts microbial DNA and prevents reproduction. This process inactivates bacteria and other pathogens, resulting in cleaner, safer environments over the long term.


UV Industrial Exhaust Air Treatment

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Emissions from industrial and manufacturing facilities often contain pollutants such as solvents, volatile organic compounds (VOCs), and unpleasant odors, which can damage the environment and reduce  air quality in surrounding communities.

UV light is an energy-efficient, environmentally friendly method for eliminating odors and purifying air emissions without chemicals or high heat. This approach helps companies reduce emissions and meet increasingly stringent regulatory requirements. During the process, UV light combines with oxygen (O2) to form highly reactive radicals and ozone. These radicals bind to organic substances and oxidize them, eliminating air pollutants such as odors, solvents (VOCs), and chemicals.


UV Grease and Odor Control for Commercial Kitchens

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Grease deposits in the kitchen hoods and exhaust air ducts of commercial kitchens can accumulate over time, leading to high maintenance costs, severe odor problems, and increased fire hazards. As grease and odor molecules accumulate within the exhaust system, they create a greater cleaning burden and make ongoing maintenance more demanding. Treatment with high-energy UV radiation helps address these issues by photolyzing, destroying, and neutralizing grease and odor molecules within the system. This process helps keep kitchen hood surfaces clean and substantially minimizes exhaust ductwork cleaning and maintenance costs.

Case Study: Reduce Fire Risk and Maintenance Costs in Cruise Ship Kitchens

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Case Study: Reduce Fire Risk and Maintenance Costs in Cruise Ship Kitchens

Case Study: Better Energy Efficiency for Buildings with Smart UV Technology

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Case Study: Better Energy Efficiency for Buildings with Smart UV Technology

Case Study: How Custom UV Lamps Solved a Foundry's VOC and Boost Uptime Challenges

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CaseStudy_How Custom UV Lamps Solved a Foundry's VOC and Boost Uptime Challenges