Advantages of Ozone

Ozone is a gas with a very high oxidation power and is known as the most powerful disinfectant.

Its high oxidation power makes ozone play a very effective role in the destruction of bacteria.

The disinfection effect of ozone gas is 3125 times more than chlorine under the same conditions.

It is more effective than chlorine against spores, cysts, and viruses.

Furthermore, ozone is obtained by the breakdown of the oxygen in the air, and due to its unstable structure, it always turns back into oxygen after completing its disinfection task.

Ozone gas, being the only disinfectant that does not leave residues or remnants after disinfection, makes it more advantageous for use in the food industry compared to other disinfectants.

Depending on its dosage, ozone completes its half-life in a short time and disappears with its smell and taste by turning back into its raw material, oxygen, without leaving any residue.

Why Ozone Compared to Other Disinfectants
Effective and Powerful Disinfection: Ozone gas provides more effective and stronger disinfection than other disinfectants. It destroys microorganisms in water and air and neutralizes viruses.

Does Not Leave Chemical Residue: Ozone gas does not leave chemical residues after use. Residues seen in other disinfectants can cause harmful effects and health issues.

A Natural Disinfectant: Ozone gas is a naturally occurring gas. Being a natural disinfectant, it is an environmentally friendly and sustainable disinfection method.

Odorless and Colorless: Ozone gas is odorless and colorless compared to other disinfectants. This property prevents the formation of unpleasant odors and colors after the disinfection process.

Ozone gas does not leave residues and is obtained from the air we breathe or pure oxygen. It is the only natural disinfectant. Due to its unstable structure, ozone turns back into oxygen.

Because it is far superior to known chemical disinfectants in oxidizing organisms in living environments, and due to its ease of use and the absence of taste and odor, ozone is entering various industries, increasing its range of applications.

What Is the Difference Between Ozone and Negative Ions?

Negative ions attract and move dust molecules (typically positively charged) in the air.
Ozone attracts (oxidizes, breaks apart) gas molecules in the air.

Ozone and negative ions are gases that naturally exist in the air and have different effects.

Ozone is a molecule composed of three oxygen atoms (O3). It has a strong oxidation property and cleans the air by eliminating harmful gases and microorganisms in the air. Ozone is a high-energy gas and is effectively used in disinfection processes.

Negative ions, on the other hand, are formed from free electrons in the air and are represented as O2-. Negative ions combine with dust, pollen, and other particles in the air, thus cleaning the air. In addition, negative ions can have positive effects on the human body, helping to reduce stress and improve mood.

In summary, ozone and negative ions are different gases and have different effects in disinfecting and cleaning the air. Ozone, as a strong disinfectant, destroys harmful microorganisms, while negative ions help clean the air and may have positive effects on human health. Therefore, depending on the disinfection method and its purpose, either ozone or negative ions can be preferred.

For more information about ozone gas, you can visit our page "Is Ozone Gas Harmful to Human Health?".

PROPERTIES | OZONE | NEGATIVE IONS
Smell | Yes | No
Toxic | Yes | No
Reduces Dust | No | Yes
Odor Removal | Very Good | Somewhat
Air Cleaning | Yes | Yes
Rises in the Air | No | Yes
Neutralizes Positive Ions | No | Yes
Damages Materials Like Rubber | Yes | No
Constant Adjustment Needed | Yes | No
Formation | 3 Oxygen Atoms | Normal Oxygen with Extra Electron

Ozone, Cupping Therapy, and Medicinal Leeches