Nitropac Gas Generators

The Nitropac nitrogen generator produces nitrogen gas from compressed air on-site, offering a cost-effective, reliable and sustainable alternative to traditional nitrogen gas supplies such as cylinders.

Nitrogen is regularly used in food and beverage processes, for example to flush and dry bottles prior to the filling process or for modified atmosphere packaging (MAP). The Nitropac provides the option to generate the gas on-site with various purity specifications from 95% to 99.9995%. Sustainable on-site gas generation leads to low product lifecycle cost and a fast return on investment. Costs associated with bulk N2 such as delivery or rental charges, increasing gas prices or downtime are eliminated.

With its compact design, the Nitropac is much smaller than bulk N2 tanks and does not consume valuable workspace. The generator comes with a modular expandable design; the entire range is based on the same adsorber module size, so the capacity can be increased by simply adding adsorber modules. High-efficiency pre and after filters with UltraPleat™ technology are included in the generator package to ensure highest efficiency of air separation process and high purity of the nitrogen outlet flow.

Features

• Nitrogen generator for various purity specifications from 95% to 99.9995% nitrogen purity at flow rates from 40 lpm to 2,025 lpm / 8.8 gpm to 445.4 gpm
• High-efficiency pre and after filters included in generator package to ensure highest efficiency of air separation process and to ensure high purity of nitrogen outlet flow
• Consistent gas purity with no fluctuations as can be experienced with bulk gas storage
• Modular expandable design (entire range based on same adsorber module size, capacity can be increased by adding more adsorber modules)
• Sustainable on-site gas generation, no need for storage of high volumes of bulk gas supply
• Integrated high-efficiency pre and after filters with UltraPleat technology

Applications

The Nitropac nitrogen generator is applied where an uninterrupted supply of gas at a consistent purity is required. Examples of application areas:

Laser cutting

• Assist gas for cutting process
• Laser beam path purging
• Laser welding process

Electronic component assembly

• Soldering processes
• Inert atmosphere for assembly processes
• Packaging and storage of components
  

Gas injection molding

• Used in injection molding processes to counteract the effects of material shrinking
• Better dimensional control, better surface quality

Food & Beverage processes

• Flush and dry bottles prior to filling process
• Modified atmospere packaging (MAP) – inert atmosphere to increase shelf-life
  

Laboratories

• Large flow pure nitrogen for lab processes
• Inert testing gas (e.g. pressure test)