Both indoors and outdoors, air pollution levels are becoming more of a concern. The United States Environmental Protection Agency (EPA) says indoor air can be five times more polluted than outdoor air. Indoor air is not circulated as much as outdoor air, resulting in a proliferation of airborne pollutants. By refreshing stale air with air treatment, ozone generators can reduce the chances of indoor pollutants causing respiratory infections, neurological problems, or aggravate asthma symptoms. The ozone air treatment eliminate various types of air pollutants in the home, keeping us healthy.

We live with a lot of smells every day such as food, pets, toilets, cigarettes, mold, mildew, and many more. Fabrics, cushions, the walls themselves, and even curtains and cushions can absorb these odors and keep them for a long time.

Despite the fact that some indoor air pollutants come from the outdoors (such as car emissions), most are released within the building (for instance, when cleaning or cooking and while heating, as well as from furniture and building materials). Increased indoor air pollution is further exacerbated by humidity and inadequate ventilation.

It is difficult to assess the risks associated with breathing internal air because it typically contains a mixture of different pollutants. Your house’s air quality will be significantly improved by using an Ozone generator.

When properly utilized, ozone is an excellent and safe means of removing odors, controlling bacteria, viruses, fungi, algae, and organic matter from water that can harm crops.

Hydroponics use ozone because of its effective properties that do not leave harmful residues behind. Controlled ozone exposure in the grow space is another effective way to kill insects and mites. All bacteria with which ozone comes in contact with are eliminated at the end of the process.

The oxygenation of root zones is made possible by ozone, which is composed of three oxygen molecules.

Add ozone to hydroponic water to improve its quality. For crop hydroponics natural growth, ensure the nutrient solution is free from both fungal and bacterial contamination. Ozonated water is environmentally safe since it doesn’t build up chemicals like other sanitizers.

Air treatment with ozone

Many sources of airborne contaminants and odors are present, which can not only be aggravating, but potentially cause health problems as well. Humidity, heat, and insufficient ventilation are conducive to the growth of bacteria that cause odor. Many odors are so pervasive that they cannot be effectively eliminated with a respiratory system or air purifier alone. A person’s health and performance can be affected by these odors in an industrial or commercial setting. When an organization comes into contact with potentially harmful odors, ozone is often the most effective way to remove them.

Additionally, UV lamps and aerosol chemicals are also ineffective since they require a longer exposure time, they cannot reach isolated areas, they are toxic, or they can fail to kill certain pathogens. This is not the case with ozone. Among its many applications are odor control in factories and industrial settings, food protection with regards to viruses and bacteria, cyst control, and preventing mold growth. Large volume air can also be treated with it.

How Ozone solution works?

As a result of separating O2 molecules, the oxygen atom can form ozone (O3). During the breakdown of oxygen molecules (O2), ozone is formed. 

It is also possible to split oxygen molecules using an electric discharge or UV light. By attaching an ozone molecule to organic matter or insects like bacteria or fungi, they can produce ozone. Oxidation destroys the structure of these materials, enabling sterilization and odor neutralization. In two primary ways, ozone can treat airborne bacteria, viruses, and mold: shock treatment and continuous low-level systems that are mounted on HVAC equipment.

The highly reactive and oxidative ozone produced by corona discharge undergoes chemical reactions that render pollutant and allergen particles harmless as well as eliminating their odors. As well as chemicals, Corona discharge can counter bacteria, molds, and other contaminants.

Oxidized contaminants do not change their toxicity, allergenicity, or odor-causing properties when inhaled. There is no risk associated with consuming oxidized contaminants.

Ozonation kills bacteria, fungi, insect larvae, and microorganisms. Microorganisms such as spores of fungal and bacterial species cannot reproduce in the presence of ozone, which results in rapid reductions in their numbers. The efficiency of chlorine in disinfecting is ten times lower than ozone. Bacteria’s cell walls are destroyed by ozone, killing 99% of them. In this process, oxygen is converted back into ozone to remove the contaminant. The air is not polluted with residual ozone after the process.

Ozone is therefore the most accessible and highly efficient form of air purification, since it is handled safely, and is thus the best for use inside, especially in places susceptible to contamination, such as the home, office, hospitals, clinics and beauty salons, shopping malls and restaurants.

Keeping the air clean and disinfected in places where viruses and bacteria can be detected is the first step in preventing their spread. Also, improving air quality and ozone production can be improved by improving ventilation, maintaining a reasonable temperature, and controlling humidity levels.

Bottom line

Based on current safety standards, ozone is the most effective way to control and sterilize indoor air.  On our website, you will find various ozone generator units of air treatment systems, which are capable of generating ozone efficiently. Explore different ozone generator options here. You can let us know if you need assistance with choosing the most suitable one for you. We would love to help you!