Dirt, bacteria and dangerous microorganisms can cling to the bottoms of shoes, which prompted Corning and PathO3Gen Solutions to collaborate on UVZone shoe disinfection technology. The solution sets itself apart as the first and only UL Certified, proactive disinfection equipment that uses an exclusive and multi-patented combination of Ozone (O3) + UVC, and this patented technology has been proven to be "110x more effective against deadly pathogens, and over 24x more effective at eliminating Human Coronavirus, than UVC alone."
The technology has been in development for years but the onset of the pandemic gave new relevance to UVZone, which is effective for eliminating pathogens and residue lingering on footwear. The sanitization station only requires people to step on the designated area for a controlled release of short-wave ultraviolet light.
Shoe Disinfection Stations
Uvzone Disinfection Tech Combats Residue on Footwear
Trend Themes
1. Shoe Disinfection Technology - The development of UVZone shoe disinfection technology is highly relevant, given the rise in demand for sanitary practices and the need for clean surfaces.
2. Proactive Disinfection Equipment - The patented combination of Ozone (O3) + UVC in UVZone sets it apart as the first and only UL Certified proactive disinfection equipment, with potential for use in healthcare and other high-risk industries.
3. Ultraviolet Sanitation - Short-wave ultraviolet light is a highly effective tool for eliminating bacteria, viruses, and other pathogens on many surfaces, creating opportunities for innovation in a range of industries.
Industry Implications
1. Healthcare - UVZone technology has great potential for use in healthcare settings where sanitation is critical to prevent the spread of harmful pathogens.
2. Retail - Shoe disinfection stations could be introduced in retail stores and supermarkets, where they could be used as a preventative measure against the spread of germs.
3. Transportation - Sanitization stations in public and private transportation could help prevent the spread of germs and bacteria on shared surfaces, particularly foot traffic areas.