Aquaviolet provides mercury‑free UV LED disinfection units for water, air, and surface treatment, delivering rapid pathogen kill with low maintenance and no chemical additives. Its modular, energy‑efficient systems include real‑time sensor monitoring and can be customized for various industrial flow rates and space constraints, reducing total cost of ownership and environmental impact.
Funding
Funding not disclosed
Founders
Product
Problem
Inefficient disinfection systems require frequent maintenance and deliver inconsistent results, while many existing UV and chemical solutions rely on toxic mercury or hazardous chemicals that pose risks to health and the environment.
Solution
Aquaviolet offers mercury‑free UV sterilisation units for water, air, and surface treatment that combine high pathogen‑kill performance with low maintenance demands. The technology uses advanced UV LEDs and optimized reactor designs to deliver reliable, rapid disinfection without the need for chemical additives. By eliminating mercury and reducing operational complexity, the systems lower total cost of ownership and support sustainable hygiene practices across diverse industrial settings. Aquaviolet’s modular approach allows customization to match specific flow rates, space constraints, and regulatory requirements, enabling businesses to maintain safe environments while minimizing ecological impact.
Target Audience
Primary customers include facilities managers, industrial water treatment operators, HVAC system integrators, and manufacturers seeking reliable, eco‑friendly disinfection solutions for large‑scale operations.
Features
- Mercury‑free UV LED emitters providing consistent germicidal output
- Integrated sensor feedback for real‑time performance monitoring
- Low‑maintenance design with extended lamp life and minimal consumables
- Scalable modules adaptable to water, air, and surface applications
- Energy‑efficient operation reducing power consumption and operating costs
- Compact, robust housing suitable for harsh industrial environments