KES AiroCide
AiroCide® Photocatalytic Air Purifying Systems are the only air purifiers that completely destroy airborne bacteria, mold, fungi, viruses, volatile organic compounds (VOC’s) & odors.
Because the technology in these systems was developed by NASA, they are not filtering systems and produce no harmful byproducts like ozone; they are superior to any other air purifiers or sanitizers on the market. The AiroCide technology is used to provide clean air in a variety of industries including perishable foods, beverages and flowers; dental and medical/healthcare; consumer and many more.
AiroCide Photocatalytic Air Purifying Systems Help Solve Your Indoor Air Problem
- No Ozone
- Not a Filtering System
- Easy to Install – Inexpensive to Operate
- No Costly Clean Ups
- Low Maintenance
- Self-Cleaning, No Harmful By Products
Developed by the best.
- Safe, Operates 24/7
- Low Energy Requirement
- Eliminates Gaseous Chemicals, VOC’s and Odors
- Not Effected by Humidity
- Compatible with Existing Airflow Systems
- Enhances Air Mixing with HVAC Systems
- NASA Developed for Space Travel
AiroCide Technology
Watch the video “AiroCide, The Story”
The technology used in AiroCide Air Purifiers combines two known pathogen-killing techniques, Photocatalytic oxidation (PCO) and ultraviolet light to destroy harmful airborne microbes.
AiroCide is the perfect solution for vegetables and fruits.
The oxidant used in PCO is the oxygen that makes up 20% of our air. Because the concentration of oxygen in air is so much larger than the (total) concentration of gaseous indoor air pollutants, it is not necessary to employ additional oxidants such as ozone (O3) or hydrogen peroxide (H2O2). The systems produce no ozone and are not filtering systems.
Titanium dioxide (TiO2) is the photocatalyst used. A unique process is used to create the patented TiO2 formula that coats the catalyst material. When this material is irradiated with the ultraviolet photons from the lamps inside, hydroxyl radicals and super-oxide ions are formed. These elements will oxidize (reduce to trace elements of carbon dioxide and water) volatile organic compounds (VOC’s) adsorbed on the catalyst surface. They will also kill and decompose airborne pathogens. Because the organic material is completely oxidized by this process, the photocatalytic reactor is self-cleaning relative to organic material on the catalyst surface.
