Ozone for Air Purification

Ozone for indoor air purification

Do you cherish the clean and crisp air outdoors? Whenever we visit a park, forest, or garden, it is fascinating to experience clean air around us. But what makes the outdoor air so clean and pure? The ozone balance in the air is perfect for making the air clean and purified. Unfortunately, many homeowners cannot experience the freshness of air quality indoors. The good news is that Ozone can be used in your air purification system to bring the best indoor breathing experience.

Before going further, we would also like to mention the other technologies used in triad air purifiers like photocatalytic oxidation, ion antenna, scalable purification, electrostatic filtration and needlepoint ionization.

The Science Behind Ozone Air Purification

To understand more about creating clean indoor air quality through ozone, we need to dive into the science of molecules and their transformations. The process begins when an oxygen molecule, which typically consists of two oxygen atoms bound together, forms an essential component of the air we breathe. When ultraviolet (UV) light from the sun attaches these oxygen molecules, something extraordinary happens. It’s as if these oxygen molecules receive enough energy to split them apart. This UV light acts as a super-energetic catalyst, cleaving the oxygen molecules into individual oxygen atoms.

At this point, the lone oxygen atoms floating through the atmosphere seek attachment. They’re like social butterflies, quickly scanning their surroundings for another oxygen molecule to partner with. Something remarkable occurs when two of these solitary oxygen atoms successfully unite with a stable oxygen molecule (O2). They form a new molecule that holds the key to indoor air quality improvement – ozone (O3).

Ozone, despite its short lifespan, possesses remarkable qualities that can significantly impact indoor air quality. It quickly attaches itself to other molecules in the air and on various surfaces. This bonding with other substances serves a dual purpose: it increases the particle’s weight, causing it to settle, and it can also initiate chemical reactions that alter or even destroy the bonded molecule or particle.

In essence, ozone is nature’s purifier, a dynamic force that actively seeks out and neutralizes contaminants in indoor environments.

Exploring the impact of indoor ozone

Let’s explore how low indoor ozone levels can make our air healthier.

  1. Airborne Particle Removal:

Imagine that allergies, pollen, and other microscopic particles are present in the air in your interior space. These particles can bring on allergies and uncomfortable breathing. Ozone molecules bond to these particles as they come into contact with them, making them heavier. You then breathe cleaner, fresher indoor air as the heavier particle drops out of the air.

  1. Odor Elimination:

Unpleasant odors, whether from cooking, pets, or other sources, can linger in indoor spaces, making the environment less pleasant. When it reacts with odor-causing molecules, it can break them down, effectively neutralizing the smell and leaving a more inviting atmosphere.

  1. Pathogen Control:

Viruses and bacteria are among the microbes that ozone can stop from propagating. These bacteria can become inactive and less deadly when exposed to ozone, which can damage their structural makeup. This can be especially helpful in places like hospitals and laboratories where keeping a clean, germ-free environment is essential.

  1. Mold and Mildew Prevention:

In damp or humid environments, mold and mildew can thrive, posing health risks and compromising indoor air quality. Ozone can inhibit the growth of mold and mildew by breaking down the spores and preventing them from increasing. This makes ozone a valuable ally in moisture-prone areas like bathrooms and basements.

  1. Improved Overall Air Quality:

By actively addressing these indoor air quality challenges, ozone improves the air you breathe indoors. It helps create an environment that is more comfortable and healthier for you and your loved ones.

Ozone has the potential to be an effective agent and a tool for improving indoor air quality when utilized appropriately at low levels. It is an essential tool for designing healthier and more purified interior environments because of its capacity to remove particles, get rid of odors, manage infections, stop mold formation, and enhance overall air quality. So, consider the advantages of low indoor ozone levels for your living or working space, and take comfort in the fact that nature’s purifier is on your side.

Important Notice:

There are two distinct methods for effectively using ozone indoors. One is entirely safe for people and animals, akin to being outdoors, while the other necessitates the absence of occupants.

The Triad Aer V3 is a flexible air purifier that can be used for the first technique. It offers a safe way to control low ozone levels, assuring ideal indoor air quality. You are also free to avoid altogether using ozone without any repercussions. Three additional cutting-edge technologies continue to protect your health even without ozone.

The alternative approach entails employing an ozone generator. This is where misconceptions often arise regarding the potential health effects of indoor ozone usage. Given ozone’s exceptional cleaning capabilities, ozone generators release ozone at elevated levels to rapidly restore indoor environments to balance.

It’s crucial to note that ozone generators cannot be adjusted to safe, occupant-friendly levels. Consequently, individuals and pets should vacate indoor spaces when ozone generators operate. The age-old adage “too much of a good thing” aptly applies here, underscoring the need for responsible usage of ozone-generating devices.


In conclusion, it is vital to distinguish between the secure, adaptable method employed by Triad Aer purifiers, typified by the V3, and the potentially unsafe, non-adjustable nature of ozone generators. While Triad Aer devices prioritize indoor safety and effectiveness, ozone generators require a careful approach and temporary evacuation during operation. Making an informed choice ensures the well-being of your indoor environment. The V3, notably, is always a safe option for indoor use.


What is ozone?

Active oxygen (O3) is known as ozone. It occurs naturally in the atmosphere of the earth to shield humans from the sun’s damaging rays.

What are some uses of ozone?

Ozone is frequently used to clean air, pools, spas, wastewater, and drinking water.

How does ozone get made?

There are other ways to create ozone, but “very ultraviolet light generation” is the most efficient.

What are some health benefits of ozone?

Ozone can improve health when utilized in low and controlled amounts. It disinfects, removing dangerous organisms like viruses and bacteria from indoor spaces. Ozone can also enhance indoor air quality by lowering allergies and odors, creating a more cozy and healthy living environment. Ozone should be used cautiously and in compliance with safety regulations, though, as excessive exposure to the gas can have adverse health effects, especially on the respiratory system.

How does the air we breathe change due to ozone air purification?

Ozone produced by ozone generators contributes very little to the environment we usually breathe. Extra ozone easily breaks down into oxygen, but it is important to avoid breathing in concentrated ozone.

Is ozone similar to chlorine?

Both chlorine and ozone are disinfectants used in the treatment of water. However, chlorine can create potentially dangerous byproducts, whereas ozone is a natural and environmentally benign disinfectant that leaves no toxic residues. In addition to operating more quickly, ozone must be produced locally instead of chlorine, commonly added as a chemical.

Does ozone qualify as “smog”?

No! Combustion pollution causes smog, which is air pollution. Small amounts of ozone are present in smog, but hazardous compounds like carbon monoxide comprise most of its composition. In reality, smog and other pollutants may exacerbate ozone layer degradation.

Is the ozone harmful to me?

Ozone cannot negatively impact humans and animals if present in smaller concentrations. The Triad Aer is entirely controllable, allowing one to control/turn off the ozone and to operate well within FDA guidelines.

Can ozone till viruses?

Ozone can kill bacteria and viruses, the tiniest particles causing infections in your household. Ozone, if present in proper concentration, can provide adequate protection.

What is the duration of an ozone treatment?

When ozone and an impurity interact, the contaminant oxidizes, consuming ozone. There is only oxygen left. The impurity needs to be reintroduced for the smell, mold, bacteria, etc., to reappear.

Does ozone smell bad?

Yes. Depending on the concentration, the smell can be anywhere from mildly sweet to moderately antiseptic.

What is the process of UV generation?

A unique lamp emits ultraviolet radiation at a specific wavelength that changes oxygen (O2) molecules into active or ozone (O3) molecules. All of this happens in the ozone generator’s ozone chamber instantly. Another name for it is a photochemical process.

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