The GEN2-MAX unit allowed for us to eliminate our liquid nitrogen deliveries and reduce our operating cost.

Nitrogen is a dry, inert gas which is used in many commercial and industrial applications to improve quality or where oxygen may be harmful to the product or processes.

With traditional methods of gas supply such as liquid or bottled nitrogen, users are often times responsible for hidden costs such as rental fees, refill and delivery surcharges, order processing charges as well as environmental fees.

Nitrogen generators begin with clean, dry compressed air to create a continuous supply of high purity nitrogen. Generating nitrogen in-house is a cost-effective and reliable alternative to the use of cylinder or liquid nitrogen across a wide range of applications.
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High-Capacity Nitrogen Generators

72 Inch (in) Dimension A and 81 Inch (in) Dimension C High-Capacity Nitrogen Generator
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High-Capacity Nitrogen Generators

72 Inch (in) Dimension A and 90 Inch (in) Dimension C High-Capacity Nitrogen Generator
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High-Capacity Nitrogen Generators

88 Inch (in) Dimension A and 103 Inch (in) Dimension C High-Capacity Nitrogen Generator
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High-Capacity Nitrogen Generators

102 Inch (in) Dimension A and 104 Inch (in) Dimension C High-Capacity Nitrogen Generator
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High-Capacity Nitrogen Generators

105 Inch (in) Dimension A and 104 Inch (in) Dimension C High-Capacity Nitrogen Generator
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Description N/A The GEN2-MAX unit allowed for us to eliminate our liquid nitrogen deliveries and reduce our operating cost.

Nitrogen is a dry, inert gas which is used in many commercial and industrial applications to improve quality or where oxygen may be harmful to the product or processes.

With traditional methods of gas supply such as liquid or bottled nitrogen, users are often times responsible for hidden costs such as rental fees, refill and delivery surcharges, order processing charges as well as environmental fees.

Nitrogen generators begin with clean, dry compressed air to create a continuous supply of high purity nitrogen. Generating nitrogen in-house is a cost-effective and reliable alternative to the use of cylinder or liquid nitrogen across a wide range of applications.
Approve Payments N/A Finance with Approve Payments

Brands N/A nano
Maximum Oxygen Content for 99.999 Percent (%) Nitrogen Purity N/A 10 ppm
Rated Outlet Flow at 99.999 Percent (%) Nitrogen Purity N/A 1620 scfh N/A 2037 scfh N/A 2520 scfh N/A 3240 scfh N/A 3960 scfh
Maximum Oxygen Content for 99.99 Percent (%) Nitrogen Purity N/A 100 ppm
Rated Outlet Flow at 99.99 Percent (%) Nitrogen Purity N/A 2420 scfh N/A 3042 scfh N/A 3960 scfh N/A 5040 scfh N/A 6120 scfh
Maximum Oxygen Content for 99.95 Percent (%) Nitrogen Purity N/A 500 ppm
Rated Outlet Flow at 99.95 Percent (%) Nitrogen Purity N/A 3119 scfh N/A 3921 scfh N/A 5160 scfh N/A 6600 scfh N/A 8040 scfh
Maximum Oxygen Content for 99.9 Percent (%) Nitrogen Purity N/A 0.10 %
Rated Outlet Flow at 99.9 Percent (%) Nitrogen Purity N/A 4093 scfh N/A 5145 scfh N/A 6720 scfh N/A 8640 scfh N/A 10500 scfh
Maximum Oxygen Content for 99.5 Percent (%) Nitrogen Purity N/A 0.50 %
Rated Outlet Flow at 99.5 Percent (%) Nitrogen Purity N/A 5556 scfh N/A 6984 scfh N/A 9360 scfh N/A 12120 scfh N/A 14700 scfh
Maximum Oxygen Content for 99 Percent (%) Nitrogen Purity N/A 1 %
Rated Outlet Flow at 99 Percent (%) Nitrogen Purity N/A 6496 scfh N/A 8166 scfh N/A 11100 scfh N/A 14340 scfh N/A 17400 scfh
Maximum Oxygen Content for 98 Percent (%) Nitrogen Purity N/A 2 %
Rated Outlet Flow at 98 Percent (%) Nitrogen Purity N/A 7946 scfh N/A 9988 scfh N/A 13560 scfh N/A 17460 scfh N/A 21240 scfh
Maximum Oxygen Content for 97 Percent (%) Nitrogen Purity N/A 3 %
Rated Outlet Flow at 97 Percent (%) Nitrogen Purity N/A 8998 scfh N/A 11311 scfh N/A 15720 scfh N/A 20220 scfh N/A 24540 scfh
Maximum Oxygen Content for 96 Percent (%) Nitrogen Purity N/A 4 %
Rated Outlet Flow at 96 Percent (%) Nitrogen Purity N/A 10012 scfh N/A 12585 scfh N/A 17460 scfh N/A 22500 scfh N/A 27360 scfh
Maximum Oxygen Content for 95 Percent (%) Nitrogen Purity N/A 5 %
Rated Outlet Flow at 95 Percent (%) Nitrogen Purity N/A 11049 scfh N/A 13888 scfh N/A 19320 scfh N/A 24900 scfh N/A 30240 scfh
Note for Rated Outlet Flow N/A At 100 psig inlet pressure and 68 to 77ºF inlet temperature.
Dimension A N/A 72 in N/A 72 in N/A 88 in N/A 102 in N/A 105 in
Dimension B N/A 67 in N/A 67 in N/A 71 in N/A 71 in N/A 71 in
Dimension C N/A 81 in N/A 90 in N/A 103 in N/A 104 in N/A 104 in
Approximate Weight N/A 5180 lb N/A 5690 lb N/A 7055 lb N/A 8378 lb N/A 10582 lb
Design Operating Pressure Range N/A 72.5 to 145 psig
Design Operating Temperature Range N/A 41 to 122 ºF
Recommended Operating Temperature Range N/A 41 to 95 ºF
Maximum Inlet Particulate N/A 0.1 µ
Maximum Temperature at Inlet Pressure Dew Point (PDP) N/A 45 ºF
Recommended Inlet Pressure Dew Point (PDP) N/A ± 37.4
Note for Recommended Maximum Inlet Pressure Dew Point (PDP) N/A PDP must always be lower than ambient temperature.
Maximum Inlet Oil Content N/A 0.01 ppm
Note for Maximum Inlet Oil Content N/A Including oil vapor
Alternating Current (AC) Supply Voltage N/A 100 to 240 V
Frequency N/A 50 to 60 Hz
Pressure Swing Adsorption (PSA) Nitrogen Generation N/A Pressure Swing Adsorption (PSA) nitrogen generation uses air which is 78% nitrogen and removes the oxygen to provide the higher purities needed for your process.
nano GEN2-MAX High-Capacity Nitrogen Gas Generators N/A
  • For large flow applications up to 101,400 scfh
  • Payback typically between 6 to 24 months
  • Easy installation with minimum cost and disruption
  • User has complete control fulfilling nitrogen gas demand.
  • Generate as little or as much nitrogen gas as needed at a fraction of delivered gas cost.
Quality Components N/A Reliable high performance butterfly valves designed for reliability, long service life and ease of maintenance.
Vessel Construction N/A
  • Specially designed absorber vessels with full size top flange for the most effective, high density filling of the high-grade carbon molecular sieve (CMS)
  • Equipped with full size bottom inlet strainer to achieve maximum flow distribution preventing movement and crushing of CMS as well as minimizing possibility of channeling and maximizing performance in adsorption of oxygen.
Carbon Molecular Sieve (CMS) Protection N/A
  • To allow continuous operation for more than 15 years, units are equipped with safety features to eliminate the risk of CMS being damaged by low quality compressed air supply, poor start-ups and unexpected shutdowns.
  • Continuous monitoring of the compressed air quality via a Pressure Dew Point (PDP) sensor installed at the compressed air inlet prevents CMS damage.
Self-Regulation and Stable Purity N/A User controlled outlet flow, pressure and purity
Ecomode N/A
  • Ecomode allows additional energy saving to be attained by keeping the purity within a narrow band of the required value.
  • Achieved by elongating the adsorption cycle and consequently saving valuable compressed air and nitrogen consumed by the generator during column changeover.
Warranty N/A 1 year
Benefits N/A Guaranteed Performance
  • 100% functional tested at our factory
Rapid Return on Investment
  • Significant cost savings over cylinder or liquid supply provides a typical return on investment of less than 24 months.
  • ecomode energy savings control reduces energy consumption during periods of low demand resulting in significant reduction of operational cost.
Design Quality
  • Advanced welded vessels designed for operation at high temperatures guarantees ultimate reliability in the most extreme operating conditions.
  • Compliance with international electrical and mechanical codes saves administration costs to comply with local standards.
Complete Scope of Supply
  • Nitrogen flow meter as standard
  • Advanced integral zirconia oxygen analyzer – continuously measures and guarantees gas quality (5 year zirconia sensor life).
  • Outlet pressure control valve
  • Inlet compressed air pressure dew point sensor as standard; outlet nitrogen pressure dew point sensor available as option.
Easy to Install & Maintain
  • Rigid base frame with integrated forklift slots facilitates ease of movement and placement using standard forklift.
  • Inter-connecting piping and wiring assures quick installation, commissioning and start up with minimal installation costs.
Safe & Reliable
  • Eliminates the safety hazards of transporting and storing pressurized gas cylinders or liquid nitrogen.
Features N/A Vision01
PLC/HMI Controlled Operation
  • User-friendly PLC uses advanced algorithms for maximum reliability.
  • Comprehensive, pro-active maintenance display
  • Ethernet connection for local monitoring via LAN/DCS system
  • Optional remote service and performance monitoring
Note N/A Technical specifications subject to change without notice.