Ozone production is widely used in drinking water treatment, swimming pools, aquariums, aquaculture, and pharmaceutical process water treatment. These applications require a high-purity, uninterrupted oxygen source. The performance of oxygen generators directly influences the efficient and stable operation of ozone generators.
Oxyvital PSA oxygen generators supply ozone systems with the high-purity oxygen they require – on-site and continuously – contributing to the safe and reliable progression of the production process.
How Does Oxyvital Work in This Field?
Why Use an Ozone Generator?
Ozonation systems represent one of the key application areas of PSA oxygen generators. With OXYVITAL systems eliminating dependency on cylinder or liquid oxygen supply, your facility benefits from both operational continuity and a significant cost advantage. Ozone’s powerful oxidation effect enables the rapid breakdown of microorganisms, providing disinfection without leaving chemical residues:
Rapidly neutralizes bacteria, viruses, and pathogens.
Unlike alternatives such as chlorine, it produces no post-treatment residue.
Breaks down organic compounds, improving overall water quality.
Reduces taste and odor issues in drinking water and process water applications.
Benefits of PSA Oxygen Generators in Ozone Production

Increases ozone production efficiency with high-purity oxygen.
Maintains stable ozone concentration through consistent gas feed.
Reduces energy consumption for more efficient production.
Prevents fluctuations in ozone output.
Enhances disinfection performance.
Eliminates the need for cylinder and liquid oxygen.
Reduces the burden of logistics and inventory management.
Makes operating costs more predictable.
CE Certificate
ISO 9001
ISO 13485
ISO 14001
ISO 45001
2017/745 MDR
PED 2014/68/EUOzone Production in Wastewater Treatment Facilities with Oxyvital
OXYVITAL PSA oxygen systems produce the high-purity oxygen required for ozone generation continuously and on-site within the facility. Consistent purity and pressure values are designed to enable ozone generators to operate with significantly greater efficiency and regularity.
By choosing the on-site production model, you can reduce logistical risks, bring operating costs under control, and accelerate your operational processes. For solutions tailored to the capacity requirements of treatment facilities, please reach out to Oxyvital via our Contact page.
Frequently Asked Questions
Oxygen is converted into ozone within the ozone generator using the corona discharge method, then introduced into the water during the advanced treatment stage to achieve disinfection.
They are used across a wide range of industries including drinking water and wastewater treatment facilities, food production, the pharmaceutical industry, pool systems, and air purification.
It supplies the ozone generator with the required high-purity oxygen continuously and at stable values, ensuring that production proceeds efficiently and reliably.














