How to Choose an Ozone Machine That’s Right for You

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How to Choose an Ozone Machine That's Right for You

When you think of an ozone generator, you probably assume that it’s a piece of industrial equipment used by businesses like bottled water or wastewater plants to disinfect water. You might not think such a thing would be useful at flue gasses. However, industrial ozone generators are very useful due to their ability to react with, destroy or transform chemicals, alcohols and organics in flue gases and remove unpleasant odours from the air.

If you’ve read any of the latest news on air pollution and global warming, you’ll know how many dangerous sources of pollutants there are in the world we live in. An ozone generator can help neutralize these hazards and ultimately make your environment safer and healthier. In this blog post, we’ll explain everything you need to know about industrial ozone generators and how they can improve your environment.

Table of Contents

industrial ozone generators

What is an Ozone Generator?

An ozone generator is a device designed to create ozone. It works by exposing oxygen to an electrical charge. This process creates an unstable molecule that breaks down into oxygen and this unstable oxygen molecule is called ozone. Ozone, above certain limits, is a harmful and toxic molecule for humans to breathe directly. Industrial ozone generators are designed to produce large quantities of this dangerous molecule and then expel it. Although ozone is an important part of the environment, the excess can cause health problems. For this reason, ozone generators should only be used commercially or industrially, and safety precautions should be taken by constantly measuring ozone in closed areas.

How Does an Ozone Machine Work?

The basic design of an ozone machine consists of an air supply (preferably pure oxygen), an electrical charge, and a mechanism for releasing ozone. An ozone generator uses a high-voltage transformer to electrically charge the oxygen. This converts oxygen into ozone and oxygen molecules. Ozone and oxygen molecules are forced into a chamber leading to the exhaust port. Ozone molecules react with all the substances they encounter and try to oxidize them. The oxidation process also kills bacteria, viruses and odours present in the air or water. A properly designed ozone system and good engineering practices are very effective and safe.

Should You Buy an Ozone Generator?

Ozone machines have many advantages. In addition to their disinfection, oxidation and odour removal features in the field, their main advantages are that they only work with electricity, require little maintenance, and do not need constant operator control. But there will be those who want to sell you ozone generators with all kinds of claims. Ozone is not the miracle solution to every problem and there will be applications where it cannot solve or make no sense in terms of price/performance. Therefore, instead of acting on hearsay information, you should get help from an expert.

Final Words: Is an Ozone Machine Worth the Investment?

Let’s face it, ozone systems are not cheap. If you get offers from 3 different companies and one of them is very cheap, you should know that after a maximum of 1 year, you will throw the generator and your money away.

Ozone machines can offer many benefits, but only if you choose the one that suits your needs. There are many different ozone generator manufacturers and brands available. They differ in size, capacity, performance and design. Before we start looking for the right system, it is necessary to correctly identify the problem and decide what we want to achieve.

  • The first step in choosing the right ozone generator is to get information from an ozone systems expert.
  • If we divide the selection of an ozone generator into several steps, the second step is to choose an ozone generator with the right capacity for the application.
  • The third step is to choose the ozone generator suitable for this capacity as the most economical, longest lasting and most effective.
  • The fourth step is to design the ozone generator according to the appropriate site. This includes processes such as the project, the control of ozone gas, and the synchronous operation of the system.

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