Part 1, WHAT IS OZONE? ozone, (O3), triatomic allotrope of oxygen (a form of oxygen in which the molecule contains three atoms instead of two as in the common form) that accounts for the distinctive odour of the air after a thunderstorm or around electrical equipment. The odour of ozone around electrical machines was reported as early as 1785; ozone’s chemical constitution was established in 1872. Ozone is an irritating pale blue gas that is explosive and toxic, even at low concentrations. It occurs naturally in small amounts in Earth’s stratosphere, where it absorbs solar ultraviolet radiation, which otherwise could cause severe damage to living organisms on Earth’s surface. Under certain conditions, photochemical reactions between nitrogen oxides and hydrocarbons in the lower atmosphere can produce ozone in concentrations high enough to cause irritation of the eyes and mucous membranes. Ozone usually is manufactured by passing an electric discharge through a current of oxygen or dry air. The resulting mixtures of ozone and original gases are suitable for most industrial purposes.

Part 2, WHAT IS OZONE GENERATOR? An ozone generator, or ozone machine, is a device that converts oxygen from various sources such as ambient air, dry air, or concentrated oxygen into ozone. Ozone generators produce ozone (03) by adding energy to oxygen molecules, which causes the oxygen atoms to part ways and temporarily recombine with other oxygen molecules. The ozone is then used for water disinfection and air purification. Ozone generators can come in small hand-held sizes, all the way up to large-scale industrial models that can produce several hundred grams of ozone each hour. Industrial ozone generators work very similar to ambient air units except they require very clean and very dry air or oxygen and have a corona cell specially designed to generate very high ozone concentrations. Ozone generators apply an electrical charge to the air that passes through. This splits apart some normal oxygen atoms into unstable single atoms which bond with other oxygen molecules to form ozone.(Image not to scale) Once the ozone is produced it reacts with a pollutant, bacteria, virus, or mold, and breaks it down into less complex (and typically less harmful) molecules through a process called oxidation. Ozone that has not reacted with other molecules will decompose into oxygen over time. Ozonation destroys odors, and disinfects air, water, and other materials, It has even been approved by the USDA and FDA for use on food. Although many manufacturers claim that ozone will render almost every contaminant harmless. It is important to follow safety guidelines. understand the structure of the contaminants and have an ozone expert properly size the ozone generation unit.

Part 3, TYPES OF OZONE GENERATOR? ① According to the load of the ozone generator, the ozone generator can be divided into: ceramic sheet ozone, glass tube ozone, and other forms of ozone. ② According to whether the ozone gas is collected or not, ozone generators can be divided into: closed ozone generators and open ozone generators. ③ According to the cooling method of ozone, ozone generators can be divided into: air-cooled ozone generators and water-cooled ozone generators. ④ According to the type of ozone gas source, ozone generators can be divided into: air source ozone generators and oxygen source ozone generators. ⑤ According to the principle of ozone generation, ozone generators can be divided into: corona discharge ozone, ultraviolet ozone ⑥ According to the size of ozone production, ozone generators can be divided into: large industrial ozone, small household ozone In short, there are many classification methods of ozone generators, and different generator specifications are selected according to different application occasions. But no matter what kind of ozone generator, the rules for the use of ozone should be followed. Regular and quantitative operations in unmanned space to avoid harm to humans and animals within the space due to excessive ozone concentration is what needs to be paid attention to in the current use of ozone generators. Part 3, APPLICATIONS OF OZONE GENERATOR? Ozone is used in a wide variety of applications. Most applications are associated with air treatment or water treatment. Ozone applications have become ubiquitous in medical, commercial, home, school, government, and other fields. There have been great achievements in ozone replacement for medical disinfectants, commercial disinfectants, household detergents, and UV disinfection of public areas in schools.

Part 4, ADVANTAGES OF OZONE GENERATOR? Ozone is also a very powerful oxidant, easily soluble in water, able to break down a wide variety of compounds and microorganisms. Because of its properties, ozone is an ideal method of treating air and water against most contaminants or pollutants. Research shows that ozone is the most effective method of treating air and water from a time and cost perspective and can be applied in a broad range of industrial applications. Moreover, ozone diminishes the need of chemicals to zero and does not leave any potentially harmful byproducts, hence being the most sustainable and environmental-friendly treatment technology. We have listed below the ten most important benefits that make ozone an ideal choice for any industry where clean air and water are required: 1. Over 50% more efficient at breaking through bacteria membranes compared to chlorine. 2. Eliminates a wide range of bacteria over 3000 times faster than chlorine. 3. Potent disinfectant at low concentrations. 4. Decomposes into oxygen gas leaving none of the byproducts that might pose health risks. 5. FDA-approved for direct contact with food. 6. Extends the shelf life of most food products. 7. Efficient odor, taste, and color remover. 8. Easily and economically produced on the spot, ready to be applied. 9. Easily detectable at low concentrations by humans, thereby safe to manage. 10. Regulatory framework in place for human exposure in most countries.