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2. RS Recommends: The Best Water Ozone Generators for Your Home

   www.aol.com/rs-recommends-best-water-ozone...

   If you’re not familiar with water ozone generators, you’re not alone. While these can be pretty common in industries like cleaning, sanitation, flood restoration, and fire departments, for ...

3. Ozonia - Wikipedia

   en.wikipedia.org/wiki/Ozonia

   It is a well-known fact that ozone, a very strong oxidant, is used in water treatment disinfection.. It shows an extensive range of applications; drinking water, wastewater, water disinfection, color removal, micropollutants, pulp & paper bleaching, process water, ballast water, cooling towers, beverage and water bottling, aquaculture, aquariums (zoos), cyanide regeneration, food/ produce ...

4. Ozone micro-nanobubbles - Wikipedia

   en.wikipedia.org/wiki/Ozone_micro-nanobubbles

   Its solubility in water is less and stability is also poor, which will reduce the degradation capacity of ozone towards organic molecules. [5] For improving its ability mass-transfer efficiency ozone micro/nano-bubble(MNB) is an important technology. For improving, gas-liquid contact and mass-transfer effectiveness air microbubbles were used.

5. Tersano - Wikipedia

   en.wikipedia.org/wiki/Tersano

   It serves clients in industries such as healthcare, education, manufacturing, and hospitality. Tersano was the first company to concurrently receive both the Green Seal 37 (for Industrial and Institutional Cleaners) and the Green Seal 53 (for Biologically Active Cleaning Products).

6. Ozone - Wikipedia

   en.wikipedia.org/wiki/Ozone

   Ozone generators, or ozonators, [133] are used to produce ozone for cleaning air or removing smoke odours in unoccupied rooms. These ozone generators can produce over 3 g of ozone per hour. These ozone generators can produce over 3 g of ozone per hour.

7. Vaporized hydrogen peroxide - Wikipedia

   en.wikipedia.org/wiki/Vaporized_hydrogen_peroxide

   VHP is produced from a solution of liquid H 2 O 2 and water, by generators specifically designed for the purpose. These generators initially dehumidify the ambient air, then produce VHP by passing aqueous hydrogen peroxide over a vaporizer, and circulate the vapor at a programmed concentration in the air, typically from 140 ppm to 1400 ppm, depending on the infectious agent to be cleared. [6]