The Use of Nitrogen Generators in Manufacturing Companies

Imparting nitrogen can remove undesirable oxygen from a manufacturing process or environment, preventing oxidation that can damage metal parts and sensitive electronics. Nitrogen is also used in refining and gas separation processes.

• Electronics: prevents contamination during fabrication of transistors, circuits and diodes
• Steel: prevents oxidation in the production of steel and alloys
• Welding/Metalworking: prevents the formation of oxides and waste compounds on workpieces
• Lighting: provides a less costly alternative to argon in bulb manufacturing
• Oil & Gas: provides inerting of processes used in oil refining, gas separation, natural gas dehydration and hydrogen purification
• On-Board Inert Gas Generation System (OBIGGS): provides in-flight inerting of fuel tanks on airplanes
• Ammonia Production: provides plant purge recovery
• Helium Purification: provides plant purge recovery
• Product Transfer: Safely transfers liquid or powder materials that can be hazardous if coming into contact with oxygen or water vapor
• Packaging: Purges oxygen to preserve and protect the product during transport

The air we breathe is about 78% nitrogen. Higher purity nitrogen is generated by separating nitrogen from other molecules within a clean, dry compressed air stream, resulting in a purified supply of nitrogen. Manufacturers that require a reliable source of high purity nitrogen can benefit by generating their own nitrogen in-house to reduce cost while controlling quality and boosting efficiency. Generating nitrogen in-house enhances production flexibility by ensuring that a company has the nitrogen they need, at the level of purity they need, when they need it.

The air we breathe is about 78% nitrogen. Higher purity nitrogen is generated by separating nitrogen from other molecules within a clean, dry compressed air stream, resulting in a purified supply of nitrogen. Manufacturers that require a reliable source of high purity nitrogen can benefit by generating their own nitrogen in-house to reduce cost while controlling quality and boosting efficiency. Generating nitrogen in-house enhances production flexibility by ensuring that a company has the nitrogen they need, at the level of purity they need, when they need it.

The air we breathe is about 78% nitrogen. Higher purity nitrogen is generated by separating nitrogen from other molecules within a clean, dry compressed air stream, resulting in a purified supply of nitrogen. Manufacturers that require a reliable source of high purity nitrogen can benefit by generating their own nitrogen in-house to reduce cost while controlling quality and boosting efficiency. Generating nitrogen in-house enhances production flexibility by ensuring that a company has the nitrogen they need, at the level of purity they need, when they need it.

The air we breathe is about 78% nitrogen. Higher purity nitrogen is generated by separating nitrogen from other molecules within a clean, dry compressed air stream, resulting in a purified supply of nitrogen. Manufacturers that require a reliable source of high purity nitrogen can benefit by generating their own nitrogen in-house to reduce cost while controlling quality and boosting efficiency. Generating nitrogen in-house enhances production flexibility by ensuring that a company has the nitrogen they need, at the level of purity they need, when they need it.

> Learn more about the benefits of generating Nitrogen in-house

Since nitrogen generation involves compressed air, you'll want a setup that's compatible with your equipment. Additionally, it's a good idea to research a "nitrogen skid," which is an all-in-one solution. Manufacturers that offer these provide the air compressor, nitrogen booster, generator, and storage in a complete package. As always, it's a good idea to get expert advice based on your needs and existing installation.

Ask an air system professional about the best solution for generating nitrogen in-house.