Oxygen Generator - MULTISEP

As oxygen demand increases, plants often face two practical challenges: keeping oxygen quality stable while consumption fluctuates and scaling capacity without creating a footprint-heavy installation. MULTISEP addresses these realities with a high‑flow design approach intended for 24/7 industrial service. This makes it a strong fit when oxygen moves from “consumable” to “infrastructure,” and teams need a solution that can be managed like any other plant utility—monitored, controlled, and maintained with clear operating visibility.

MULTISEP uses Pressure Swing Adsorption (PSA) to separate oxygen from ambient air. In PSA operation, compressed air passes through molecular sieve beds that preferentially retain nitrogen under pressure while oxygen flows through as the product gas. The generator then cycles to regenerate the sieve by reducing pressure and purging the retained nitrogen. By alternating between production and regeneration phases, the system provides continuous oxygen output suitable for industrial processes without the need for cryogenic separation infrastructure.

The MULTISEP series covers oxygen production from 78 to 435 m³/h, with selectable oxygen purity levels of 90%, 93%, or 95%, delivered at 4–6 bar. These parameters align well with many high-demand applications where oxygen is fed directly into processes or distributed across multiple end-use points. When specifying the system, it’s best to consider not only the average oxygen requirement but also peak consumption patterns and how quickly peaks occur, because real-world demand profiles influence both generator sizing and downstream buffering strategy.

In high-flow PSA systems, inlet air conditions are a major determinant of output stability and adsorbent life. Properly dried and filtered compressed air helps maintain consistent oxygen purity and supports long-term reliability. Many industrial projects define compressed air cleanliness using ISO 8573 1 classes for particles, water, and oil. Designing the air treatment package to a defined air class is one of the most effective ways to protect PSA performance and reduce avoidable service costs over the lifecycle.

Dew point and moisture control become even more important at higher flows, especially when oxygen is distributed through longer piping runs or across areas with variable temperatures. A dry oxygen stream supports stable regulation, reduces condensation risk in the network, and protects valves, instrumentation, and end-use equipment. In practice, moisture management is less about a single spec line and more about building a system that stays predictable across seasons, shifts, and changing plant conditions.

MULTISEP is designed for industrial operation with continuous oxygen quality monitoring and an operator-friendly control environment. For automation and maintenance teams, connectivity options enable integration into common plant control architectures, improving visibility of operating states and alarms. This helps teams respond faster, build practical maintenance routines, and track performance over time—particularly valuable when oxygen is essential to production continuity.

High-flow oxygen supports a wide range of industrial processes where oxygen improves efficiency, process control, and throughput. MULTISEP is well suited for applications such as water and wastewater treatment, ozone-related systems, aquaculture, glass and metal production processes, and oxygen-supported cutting and welding—especially when a stable on-site supply is preferred over external deliveries and storage logistics.

Start with the oxygen flow required at your target purity and delivery pressure, then map your demand profile across shifts, batches, and seasonal peaks. Next, confirm that the compressed air system can deliver consistent inlet pressure and the required air quality class, because inlet conditions strongly influence PSA performance. Finally, design the downstream side—buffering, regulation, and distribution layout—to keep oxygen delivery stable at the points of use. A well-sized oxygen buffer tank is often the most practical tool for smoothing short peaks, stabilizing line pressure, and keeping the generator operating efficiently under real demand behavior.