UVRER
Excellent air quality is essential for optimum health and hygiene. We want to help build a healthier world, where respect for people and the environment are at the heart of our society’s concerns. The air treatment solutions we develop with the ANEMO range are respectful of their users and require no chemicals to be effective. These air purification solutions are effective against VOCs and can prevent the spread of disease.
UVRER is a brand specializing in ultraviolet water and surface treatment, as well as tri-active air treatment. From design to production, since 1982 we have been developing high-quality, innovative Made In France products based on French industrial and university research.
For several years UVRER has been developing air treatment solutions using tri-active technology: filtration, ultraviolet and photocatalysis.
Filtration: after passing through the pre-filter (to retain dust and other particles), the air then passes through an activated carbon filtration system: known for its ability to adsorb volatile organic compounds, or VOCs. VOCs are molecules dissolved in the air, which constitute very harmful pollutants for indoor air (odors, chemical compounds and all kinds of noxious gases).
Ultraviolet : ultraviolet radiation can destroy germs (microbes, viruses, bacteria, fungi, molds, etc.) in the air. In fact, UVc rays penetrate the cytoplasmic membrane of the cell and enter the nucleus. When cells are divided, DNA is unable to replicate or reproduce itself. The molecular structure of the DNA is thus broken, rendering the microbe harmless.
Photocatalysis: destroys all pollutant particles in the air. By generating oxidizing radicals, this process breaks the chemical bonds of pollutants (VOCs), which are then degraded into harmless H2O and CO2. Photocatalysis acts on both the chemical molecules blocked by the activated carbon filter and those passing through it.
The combination of these three technologies ensures optimum micro-organism decontamination without releasing ozone.
France and worldwide.
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