Industrial Nitrogen. Engineered Around Your Process.
OMORFO PSA nitrogen generation systems produce nitrogen on site from compressed air, with system design based on required flow, purity, delivery pressure, storage, controls and process demand.
Control your nitrogen supply.
Generate nitrogen from compressed air at the point of use instead of depending entirely on recurring cylinder or liquid-nitrogen deliveries.
OMORFO systems are configured around compressed-air quality, nitrogen flow, purity, outlet pressure, duty cycle, ambient conditions, storage and downstream use.
The PSA generator can be supplied as the core separation package or integrated with air treatment, receivers, boosting and controls.
Supply matched to the process.
Reduce Logistics
Lower dependence on recurring cylinder or liquid-nitrogen deliveries by generating nitrogen on site.
Match the Process
Specify the purity, flow and pressure that the application actually requires.
Automate Supply
Continuous PSA operation with PLC-managed cycling, alarms and purity control.
How nitrogen is separated.
Twin adsorbers alternate between production and regeneration to provide continuous nitrogen service.
Compressed Air
Feed air is supplied at the required pressure.
Pretreatment
Moisture, oil aerosol and particles are removed.
CMS Adsorption
Carbon molecular sieve preferentially adsorbs oxygen.
N₂ Buffer
Product nitrogen is stabilized in a receiver.
Process
Nitrogen is delivered to the point of use.
From high-purity packages to plant-scale production.
Factory references span applications from laser cutting and high-purity service to pharmaceutical, battery, chemical and large-flow inerting systems. Final sizing is always project-engineered.
Reference configurations by process demand.
These examples are factory references, not fixed off-the-shelf models. Final systems are sized to project requirements.
| Reference | Flow | Purity | Pressure | Vessel | Application |
|---|---|---|---|---|---|
| LASER | 10 Nm³/h | 99.99% | 15 MPa | ASME CS | Laser cutting assist gas |
| HP-50 | 50 Nm³/h | 99.999% | ≤0.6 MPa | ASME CS | High-purity service |
| B-400 | 400 Nm³/h | 99.99% | ≤0.6 MPa | ASME CS | Lithium battery |
| C-500 | 500 Nm³/h ×4 | 99.9% | ≤0.6 MPa | ASME CS | Industrial process |
| P-1000 | 1,000 Nm³/h | 99.99% | ≤0.6 MPa | ASME SS | Pharma packaging |
| CF-1000 | 1,000 Nm³/h | 99.99% | ≤0.6 MPa | ASME SS | Chemical fiber |
| C-1500 | 1,500 Nm³/h | 99.9% | ≤0.6 MPa | ASME SS | Chemical process |
| RE-1500 | 1,500 Nm³/h | 99.9% | ≤0.6 MPa | ASME CS | Rare-earth processing |
| OG-3250 | 3,250 Nm³/h | 99% | ≤0.6 MPa* | ASME CS | Oil & gas inerting |
CS = carbon steel. SS = stainless steel. Factory-reference specifications are subject to final engineering and project requirements.
High-pressure nitrogen package.
A high-pressure nitrogen system can combine on-site PSA generation with the equipment required for laser assist-gas delivery. Final sizing depends on laser power, nozzle diameter, material type and thickness, cutting schedule, peak demand and required machine pressure.
More than the PSA vessels.
The complete package is engineered around uptime, gas quality and service access.
ASME Pressure Vessels
ASME-certified air and nitrogen receiver tanks are standard on OMORFO nitrogen systems.
Air Pretreatment
Filters and drying protect the CMS and stabilize separation performance.
PSA Adsorbers
Twin-vessel adsorption and regeneration support continuous nitrogen production.
PLC / HMI Control
Automatic sequencing, alarms and operating-state management.
Purity Monitoring
Product quality can be tied to vent and delivery logic.
Buffer Storage
Receivers smooth demand and stabilize downstream pressure.
From compressed air to point of use.
OMORFO can engineer the PSA generator as part of a complete on-site nitrogen package rather than treating it as a stand-alone machine.
Air Compressor
Compressed-air source sized around PSA demand.
Air Treatment
Dryer and filtration protect CMS and gas quality.
PSA Generator
Twin adsorbers separate nitrogen on site.
ASME Receiver
Certified storage stabilizes flow and pressure.
Booster
Optional high-pressure delivery where required.
End Use
Nitrogen delivered to the process.
One technology. Multiple industries.
PSA nitrogen is adapted to the oxygen tolerance, flow profile and pressure requirement of each process.
Laser Cutting
High-pressure assist gas for compatible cutting systems.
Lithium Battery
Inert production environments and process protection.
Pharmaceutical Packaging
Controlled packaging with high-purity nitrogen.
Chemical & Fiber
Blanketing, purging and process inerting.
Oil & Gas
Commissioning, purging and safety inerting.
Mining & Processing
Large-flow nitrogen for inert process environments.
Specify the process. Then size the system.
Required Nitrogen Flow
Average, continuous and peak consumption.
Purity at the Point of Use
Define the actual oxygen tolerance of the process.
Delivery Pressure
Standard or high-pressure delivery requirements.
Operating Schedule
Duty cycle, operating hours and peak-demand periods.
Air Supply & Site Conditions
Compressor capacity, air quality, ambient conditions and installation environment.
Storage & Redundancy
Receiver capacity, buffer storage and backup requirements.
Tell us what the process requires.
Send us your nitrogen flow, purity, delivery pressure, operating schedule and site conditions. OMORFO can configure the PSA system, air treatment, storage, boosting and controls around the application.