Ozone is a molecule consisting of three oxygen atoms (O3), with a delta negative and a delta positive electric charge. The ozone molecule is very unstable and has a short life. Therefore, it transforms relatively quickly into its original form, i.e. oxygen. In fact, ozone is nothing more than oxygen (O2) with an additional oxygen atom. An additional oxygen atom is created under the influence of an electric discharge as a result of the breakdown of an oxygen molecule.
In nature, ozone is formed as a result of some chemical reactions. The most known example is of course the so-called ozone layer, where ozone is formed under the influence of UV sun rays. Ozone is also formed during storms and near waterfalls. The characteristic "fresh, clean, spring" aroma of rain is the result of naturally formed ozone during a storm.

Ozone is formed only in extreme conditions. They can be artificially created in so-called ozone generators. Ozone generators generate ozone as a result of electrical discharges or UV action.

Ozone works on the principle of oxidation. When a statically charged ozone molecule (O3) comes into contact with an oxidizable element, the ozone molecule immediately turns into oxygen. This is due to the fact that ozone is very unstable and quickly returns to its original form, i.e. oxygen (O2). Ozone can oxidize all types of materials, but also unpleasant odours and microorganisms such as viruses, moulds and bacteria. During the operation of ozone, an additional oxygen atom is released from the molecule and it binds to the material that the ozone acts on. In the end, only a clean and stable oxygen molecule is formed.

Ozone can be used in a wide range of cleaning and disinfection. It is used to the greatest extent for urban waste water treatment and drinking water production (disinfection). However, it is increasingly used in various industries. In the food industry, for example, ozone is used for disinfection, and in the paper and textile industry it is used for the oxidation of wastewater. The main advantage of ozone is its "clean" nature, because it oxidises the material with virtually no by-products. Due to the fact that it has a strong recognizable odor, very low concentrations are immediately felt. This makes working with ozone safe.

Odour removal in living quarters or cars can be done using ozone. Ozone is an unstable gas, so we need to produce it on a regular basis.

Areas which must be prepared for a new guests in a short time. Thanks to the use of an ozone generator, you can get rid of stale and unpleasant smell. Polluted air can be changed into full freshness smelling in less than 45 minutes, only by using the appropriate device. The use of an ozone generator is also able to disinfect the air in the room and its equipment, reducing the risk of bacterial or viral infection. Ozonation in addition to sterilising the room, it also completely removes mould and fungi, as well as 90% removes all rodents, insects and pests.

Perfect solution, for a house that's been ie. occupied by a smoker, or it's got this stall odour. New tenants moving in, or a house that's been empty for long time and needs refreshing.

Dirt in the AC system may cause allergic reactions, eye irritation or even bacterial infections, especially if you suffer from allergies. The most common way of cleaning the car AC system is ozoning. Ozone is almost 50 times more efficient that chlorine. Ozoning helps remove the odour of must, cigarette smoke, petrol, pets, lubricants, air fresheners, as well as allergens contained in the flower pollen.

Caravans, motohomes - definitely before starting the season, but also at the end of it..

Tips

° You should have your air-conditioning system ozoned at least once a year
° In addition, you should have the cabin filter changed as it cleans the air before it gets into the car
° AC ozoning and cabin filter change prevent the development of allergens, micro-organisms and bacteria in the air
° We can also clean /wash your car's upholstery and then in addition provide with ozone treatment

When it comes into contact with an odour a chemical reaction takes place and the odour oxidises into a harmless, non-odorous substance.
It is not a masking process – the smells are permanently removed. Of course, we mustn't forget, it will not remove the cause of the problem..
Ozone also works as a natural sanitising agent. It kills most bacteria, pathogens and viruses, including E-coli and MRSA, and leaves treated areas hygienically clean.