Teknozone Ozon Jeneratörü

Ozone Gas Application Areas

Being 3125 times stronger than chlorine and 725 times stronger than acid, ozone is the strongest disinfectant known in the world. Although ozone gas is used in a wide range of sectors in this sense, its 34 different uses are explained by subheadings. Other than 34 different uses of ozone, new uses are being added to the list every day. The most important issue in ozone application areas is the company´s application experience in the related field. Teknozone Ozone Systems is the company that maintains the most application performing feature in the sector in terms of the diversity of ozone application areas since 2007 and new areas are being added to its experience every year. Technozone also stands out with its academic studies on ozone application areas which the details can be found in our web-site under the “Academic Studies Related to Ozone” title.

FAQ

What Is Ozone Gas ?

Ozone gas is an unstable gas consisting of three oxygen atoms. Oxygen is a very high energy state of oxygen found in the two-atom atmosphere, so ozone gas is also called ENRICHED OXYGEN OR ACTIVE OXYGEN.

The difference between oxygen and ozone molecules is the formation of ozone gas naturally in atmosphere. Sunlight breaks apart the oxygen molecules in atmosphere or in lightning formed within the rain clouds.
How Does Ozone Gas Affect?

The third oxygen atom in ozone gas makes ozone gas highly reactive. This active oxygen atom reacts with odor-causing molecules to oxidize volatile organic compounds, or destroy microorganisms by breaking down the cell wall of microorganisms in the environment. This process is called oxidation. Ozone is a highly environmental disinfectant because ozone gas is transformed back into oxygen (O₂) molecule after oxidation.
How Is Ozone Gas Produced?

Although there are many academic studies and methods related to ozone gas production, it is possible to divide the methods of ozone gas production into 4 basic categories. These methods are Corona Discharge, Cold Plasma, electrolysis and UV methods. In all the methods specified, O₂ molecules are disintegrated and individual oxygen atoms are formed. The singular oxygen atom (O) combines with O₂to form ozone gas.
What Method Does Teknozone Produce Ozone Gas?

Teknozone Ozone Systems is a manufacturer of ozone generators that manufacture with plate system within the Corona Discharge method.
Why do you manufacture with the plate system? Can not you manufacture ozone generators with tubular system?

Corona Discharge method is the most widely used method in the world for ozone gas production. The reasons why this method is so common can be summarized as follows:

1) Not requiring R & D work

2) Easier to produce than plate system

3) Being an older method than the plate system

4) Having a lower initial investment cost of starting tubular system production than the plate system.

As a company that has made production tubular systems until 2012 and is still able to make production by tubular systems in case of demand today, Teknozone has determined that there are very large differences between 2 systems in favor of the end user.

a) Plate type system consumes 18% less electricity than tubular system.

b) Plate type system gives 26% less failure than tubular system.

c) Ozone generators installed with tubular system are more sensitive to impacts and external effects.