Clentech provides a photocatalytic technology that continuously sanitizes air, water, and surfaces using the full light spectrum. This passive system actively degrades pathogens and pollutants, offering a long-lasting solution for improved environmental hygiene in paints, air purifiers, and water systems.
Funding
Funding not disclosed
Founders
Product
Problem
Indoor environments often suffer from poor air quality due to the presence of germs, bacteria, pollutants, mold, and viruses. Traditional methods for sanitization can be labor-intensive, require frequent reapplication, or are limited in their scope of effectiveness. This leads to compromised health and safety in living and working spaces.
Solution
Clentech offers a photocatalytic technology that continuously sanitizes air, water, and surfaces using the full light spectrum, including artificial illumination. This innovative approach leverages advanced materials to create self-sanitizing surfaces and air purification systems. The technology actively degrades airborne pathogens and pollutants, providing a lasting and passive method for improving environmental hygiene. By integrating this technology into everyday applications like paints and air purifiers, Clentech aims to create healthier and safer indoor and outdoor spaces.
Target Audience
Clentech targets businesses and enterprises seeking to enhance the sustainability and health profile of their products and environments, including manufacturers of paints, building materials, and air/water purification systems.
Features
- Photocatalytic technology activated by the full light spectrum, including visible and artificial light.
- Application in hygienic paints for continuous surface sanitization and self-cleaning properties.
- Development of photocatalytic air purifiers for ongoing indoor air quality improvement.
- Formulation of photocatalytic water purifiers for efficient contaminant removal.
- Active degradation of viruses, bacteria, mold, and pollutants through oxidation reactions.
- Long-lasting efficacy with no degradation of the active material over time.
- Reduced maintenance and replacement costs compared to traditional filter-based systems.