UVC light, only under very specific operating conditions, is suitable for germicidal destruction – but not for toxic chemical substances. The Ti-DOX HydroxylizAire, however, features a patented technology capable of also destroying chemical compounds (eg: Formaldehyde, Ammonia, Nitrogen Oxides, etc.) by incorporating heat, UVC light and hydroxyl radicals, as well ensuring constant close proximity and lengthy retention time of same to harmful contaminants. Thus, germs have no chance of surviving a trip through the Ti-DOX HydroxylizAire air decontamination unit.

Each micro-organism (virus, bacteria, etc.) requires a minimum dosage of UVC light for eradication with effectiveness based on direct line of sight and UVC light intensity, as well as contact proximity and time.

Typically, a 99% destruction dose required for Influenza is 6,800 µW·s/cm2 and Adenovirus 80,000 µW·s/cm2. On average, the required dose is about 30,500 µW·s/cm2 for a variety of viruses and 23,300 µW·s/cm2 for a combination of all germs. Ti-DOX HydroxylizAire achieves a sustainable average dose estimated at 300,000 µW·s/cm2 within its confined chamber – and that doesn’t include the additional affect heat, hydroxyl radicals and extended contact time have on the subjected micro-organisms.

Unlike vaccines, which require yearly updates to combat individual germ varieties and associated mutations, the Ti-DOX HydroxylizAire provides a singular 24/7 eradication process independent of common germicidal (or toxic chemical) variations found in confined and occupied spaces.