Nitrogen Generation
Request a QuoteMany applications exist for on-site Oxygen and Nitrogen generation, across various industries. The benefits of generating these gases are numerous, not least the considerable cost saving and simplified logistics.
PRESSURE SWING ADSORPTION TECHNOLOGY
Pressure Swing Adsorption can be used to produce N2 or O2 from compressed air, which is fed to the unit that uses adsorption phenomena to remove the contaminants: N2 when the desired pure gas is O2, or O2 when the desired pure gas is N2. Also, in both cases, H2O and CO2 are removed as well as other minor contaminants.
The PSA unit contains two columns packed with a selective adsorbent that has affinity towards the component to be removed: a carbon molecular sieve is used to produce N2 and zeolites are used to produce O2.
Each column undergoes a cyclic sequence of high and low pressure steps that guarantees the production of a continuous flow of high purity gas.
In the high pressure step, the adsorbent retains the contaminants present in the compressed air and the desired gas (N2 or O2) is obtained from the top of the columns.
The regeneration is accomplished in the low pressure step, with the release of contaminants retained by the adsorbent.
PSA Diagram
NITROGEN GENERATORS
NITROGEN – A line of robust, reliable and modular Nitrogen generators based on Pressure Swing Adsorption (PSA) technology using state of the art Carbon Molecular Sieves adsorbents.
![]() |
|
Nitrogen is designed to be easily installed in any indoor facility, requiring only a compressed air line and a power connection. Our modular philosophy of Nitrogen generators allows the installation of multiple parallel units.
SYSADVANCE generators produce high purity Nitrogen from compressed air, allowing continuous availability at a very competitive cost, compared to alternative supply with cylinders or cryogenic tank.
With purities up to 99.999% of N2, Nitrogen can be connected to an external buffer allowing a backup or a delay of production/consumption according to the needs of each application.
PERFORMANCE
MODEL | 95% Flow N2 (Sm3/h) |
99% Flow N2 (Sm3/h) |
99.9% Flow N2 (Sm3/h) |
99.999% Flow N2 (Sm3/h) |
NITROGEN 5C | 1.82 | 1.1 | 0.65 | 0.2 |
NITROGEN 10C | 3.78 | 2.28 | 1.35 | 0.38 |
NITROGEN 15C | 6.43 | 3.88 | 2.3 | 0.63 |
NITROGEN 30/C | 12.45 | 7.51 | 4.5 | 1.46 |
NITROGEN 50/C | 17.23 | 10.4 | 6.2 | 2 |
NITROGEN 70/C | 27.08 | 16.34 | 9.7 | 3.01 |
NITROGEN 90/C | 36.93 | 22.28 | 13.2 | 4.03 |
NITROGEN 120/c | 55.11 | 33.25 | 19.7 | 5.76 |
NITROGEN 150 | 73.87 | 44.56 | 26.5 | 7.55 |
NITROGEN 250 | 11.42 | 60.58 | 36 | 10.18 |
NITROGEN 325 | 114.33 | 68.97 | 41 | 11.81 |
NITROGEN 400 | 150.5 | 90.79 | 54 | 16.33 |
NITROGEN 600 | 208.04 | 125.5 | 74.5 | 22.86 |
NITROGEN 800 | 298.36 | 191.65 | 113.8 | 34.45 |
NITROGEN 1000LP | 393.55 | 237.4 | – | – |
NITROGEN 1000HP | – | – | 141 | 44.41 |
NITROGEN 1200LP | 450.04 | 271.48 | – | – |
NITROGEN 1200HP | – | – | 161 | 51.07 |
NITROGEN 1800LP | 593.73 | 358.16 | – | – |
NITROGEN 1800HP | – | – | 212.4 | 68.45 |
NITROGEN 2400LP | 737.42 | 444.83 | – | – |
NITROGEN 2400HP | – | – | 264 | 87.51 |
NITROGEN 3000LP | 946.64 | 571.04 | – | – |
NITROGEN 3000HP | – | – | 338.9 | 111.97 |
NITROGEN 3600LP | 1155.86 | 697.25 | – | – |
NITROGEN 3600HP | – | – | 414 | 137.05 |
NITROGEN 4000LP | 1323.81 | 798.56 | – | – |
NITROGEN 4000HP | – | – | 474.15 | 157.31 |
PSA System
PSA ADVANTAGES
- Economy – 90% reduction in the cost of Nitrogen
- Convenience – elimination of logistical and administrative operations
- Continuous availability – elimination of orders and deliveries
- Modularity / Scalability – your installation grows with you
- Robustness, reliability and durability
- Reduced maintenance
- Security
- Ready-to-use engineering solutions
Applications
![]() |
![]() |
![]() |
![]() |
Prepared & Catered Foods | Wineries | Pharmaceuticals | Labratories |
![]() |
![]() |
![]() |
![]() |
Chemical Industry | Oil & Gas | Marine & Off-Shore | Fire Supression |
![]() |
![]() |
![]() |
![]() |
Lazer & Plasma Cutting | Heat Treatment | Tyre Inflation | Electronics |
![]() |
|||
Foundry (Iron/Copper/Aluminium/Alloys) |
