Onsite oxygen generators for ozone production, wastewater treatment and industrial process applications. Explore PSA oxygen systems by output range, application and installation requirement.
Our oxygen generators use the pressure swing adsorption process, commonly known as PSA, to separate oxygen from compressed air and provide a continuous onsite supply. This approach is often selected where operators want greater independence from cylinder delivery, more predictable operating costs and a reliable source of oxygen for process use.
These systems are often paired with ozone generators where a reliable onsite oxygen supply is required. They are also used in wider industrial duties where oxygen availability, continuity of supply and operating practicality matter.
Produce oxygen where it is needed, reduce reliance on delivered cylinders and simplify day-to-day gas supply logistics.
PSA systems are designed for automatic operation with output matched to process demand and practical plant use.
In the right duty, onsite generation can reduce handling requirements and support a more consistent operating model.
We provide two oxygen generator ranges for different operating scales and installation needs.
Final selection should be based on application requirements rather than nominal output alone.
Often used to support ozone generation where a dry, reliable onsite oxygen supply improves practical system performance.
Used in selected treatment duties where oxygen supply supports ozone systems or related process requirements.
Applied where dissolved oxygen levels need to be supported in fish handling, transport or live storage environments.
Suitable for utility and process duties where onsite oxygen generation is preferred over delivered gas.
PSA systems can simplify supply by producing oxygen onsite rather than depending entirely on cylinders or liquid gas delivery.
From compact concentrators to larger industrial units, oxygen systems can be matched to very different operating profiles.
System layout can be adapted around available space, required pressure, downstream equipment and operating conditions.
These units are often part of wider engineered packages rather than standalone supply items, especially in ozone-related duties.
The Oxytech production range table provides a quick reference for output, dimensions, connection size and power data across the larger PSA range.
Installation requirements vary by duty, but the wider arrangement may include compressed air preparation, oxygen generation, receiver tanks and downstream process connection.
PSA oxygen systems use separation vessels filled with molecular sieve adsorbers. As prepared compressed air enters the vessel, nitrogen is preferentially retained and oxygen passes through to the buffer and downstream use. The beds then alternate between adsorption and regeneration to provide continuous operation.
Tell us the required oxygen flow, purity, pressure and application. We can help you review whether a compact concentrator, a larger PSA installation or an oxygen supply arrangement linked to an ozone system is the better fit.