Collection: Home & Office Ozone Generating Air Purifiers

Ozone, also known as Activated Oxygen, is created by lightning storms or other electrical discharges. If you've ever taken a walk after a thunderstorm, the air feels crisp and clean. Remember when we used to hang our laundry outside in the warm sun to dry? Our sheets and pillowcases would have that sweet and fresh smell. That's what low levels of ozone smells like. O3, or ozone, breaks down odors, mold, bacteria, viruses, etc. Continue reading...

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What Exactly is Ozone?

Fresh Laundry Smells like Ozone

OZONE, or trivalent oxygen, is perhaps the most misunderstood element in the air we breathe. On one hand, we're told that it's a harmful, poisonous gas that can do great harm to our lungs. On the other, we're told that it has the potential to be the greatest natural purification element we have. The truth is, ozone is nature's purifier! Ozone is the most natural element available for ridding a home, office, or any indoor environment of unwanted mold, mildew, bacteria and odors. 

The Creation of Ozone

Ozone is created electrically during active thunderstorms. The electrical discharge creates that sweet smell that we recognize as clean air and that we recall as the fresh smell of laundry hung outside to dry. Ozone is also created by the action of nitrogen oxides and ultraviolet light from the sun. Anywhere in nature that hydrocarbons exist with strong sunlight and moisture, ozone will occur in some quantity. Areas that are considered the most healthy vacation spots in the country also have some of the highest levels of naturally occurring ozone.

How Ozone Works

Ozone, the strongest oxidizing agent occurring naturally in our clean outdoor environment, has the capacity to break down most of the organic chemicals that foul our outdoor environment.

Ozone (O3) contains one more atom than pure oxygen (O2) This third atom is unstable, which means that the element readily decomposes or changes into another compound. In this case, the third atom detaches itself from the molecule and attaches itself to odors, bacteria, mold, mildew and fungus--allergens that can cause respiratory infections in birds and humans.

Purification occurs when the third, unstable atom attaches itself to a pollutant, causing permanent oxidation the breakdown of polluted molecules such as hydrocarbons, into harmless compounds such as water vapor and carbon dioxide. Oxidized organic matter has a variety of uses, such as bactericide and algaecide. Low-level ozone is an excellent method of eliminating unpleasant odors in the air, destroying pollen and dust particles and even killing bacteria that may be floating in the air. The remaining atoms form pure oxygen. Because of this reactivity, ozone must be replenished continually. If no pollutant is present, oxidation takes place within the ozone molecule itself--the third atom makes the molecule unstable, causing the ozone to revert to pure oxygen within a period of 20 to 50 minutes.

Typical Applications of Ozone include

  • Purification of drinking water
  • Hospital labs and operating rooms
  • Morgues
  • Cafeterias
  • HVAC systems
  • Deodorization of air in inhabited places
  • Food and plant preservation
  • Treatment of industrial liquid waste

Why ozone is mistakenly given a bad name?

Ozone can only be harmful only when occurring at extremely high concentrations. However, at lower levels it serves as a powerful purification element with no harmful side effects.

Why ozone is associated with smog?

The reason ozone concentrations hit high levels in polluted areas is due to the fact that it is a byproduct of the sun's rays coming in contact with hydrocarbons. This is the sun's way of trying to neutralize the pollutants. In which case, where the hydrocarbon level is very high, the ozone concentration also becomes higher.

However, it is much easier to measure ozone concentrations than it is hydrocarbon concentrations, so ozone gets the bad name, even though it is the hydrocarbons that are the real problem. Most ozone air purification systems are designed to produce ozone in levels of less than 0.04 parts per million (OSHA recommends less than 0.1 ppm, while the FDA recommends .05 ppm).

But as is the case with just about every other chemical element, ozone has its range of effects, from no effect to useful effect, to hazardous effects. Another good example of this is table salt, which provides essential fortification for nerve cells and the kidneys, and prevents heat stress disorders at lower concentrations. At higher levels though, salt can result in hypertension and cardiac failure.

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