UVOzon

UVOzon is a term used in environmental technology to describe a class of purification devices that combine ultraviolet (UV) irradiation with ozone generation to inactivate microorganisms and oxidize organic contaminants in air and water. The approach relies on the synergistic effects of UV exposure and ozone-based oxidation to achieve rapid disinfection and deodorization in compact form factors.

In typical configurations, a UV module emits UV-C light to activate ozone produced by a separate generator or ozone-containing media. The produced ozone, together with UV exposure, generates reactive species that attack microbial cell walls and break down organic pollutants. Systems can treat air, water, or surfaces and may be configured as in-duct units, point-of-use reactors, or handheld purifiers.

Applications include air purification for offices, hospitals, and laboratories; drinking water treatment for small-scale or process water; and surface sanitation in food processing and horticulture. Proponents cite fast action, compact size, and reduced chemical residues compared with some conventional methods.

Safety and regulatory considerations are central to UVOzon deployment. Ozone is a toxic gas at ambient concentrations, requiring confinement and monitoring in occupied spaces. Potential formation of disinfection byproducts and material compatibility issues with ozone and UV exposure necessitate careful system design, ventilation, and adherence to local standards.

Development status and variants. UVOzon represents a family of systems rather than a single device. Variants differ in ozone generation method, UV wavelength, flow configuration, and integration with sensors and controls. Ongoing research focuses on optimization of disinfection efficacy, safety measures, energy efficiency, and materials compatibility.