Industrial Nitrogen Gas: Common Uses & Products

Gaseous nitrogen is one of the most highly sought-after chemical molecules in many industrial manufacturing processes. Due to its inert nature, nitrogen gas can be optimized for use in food processing, beverage and brewery industries, and oil and gas recovery, to name a few. This article will discuss the most common industrial applications of nitrogen gas and the products created from its use.

What is Nitrogen Gas?

Gaseous nitrogen, or N2 gas, refers to the diatomic molecules of nitrogen formed when individual atoms bond. Nitrogen gas is colorless, odorless, and chemically inert, making it suitable for use in industrial applications where chemical cross-reactivity between substrates is undesirable.

Common Nitrogen Gas Products/Systems

When it comes to nitrogen, the delivery method depends on your industry and needs. Popular options include nitrogen generators for on-site production, cylinders for smaller, portable requirements, and bulk tanks for high-volume operations.

The form of nitrogen also matters. Compressed nitrogen gas is ideal for applications needing a steady supply at room temperature, while liquid nitrogen offers ultra-cold temperatures for specialized uses like cryogenics.

Industrial Uses for Nitrogen (N2) Gas

Nitrogen gas has several practical uses in the industrial world. Let’s go over some of the most common ways gas with nitrogen is used in industrial scenarios, as well as some of the most common nitrogen gas products you’ll find out there.

Food and Beverage Manufacturing

Nitrogen is used in several commercial foods and drinks production processes. For example, gaseous nitrogen is currently used in alcoholic beverage sparging to attain top-quality brew. In addition, N2 gas is also utilized in modified atmosphere packaging to prolong the freshness of commercially manufactured food items.

Inerting of Volatile Industrial Environments

The non-reactive nature of gaseous nitrogen makes it ideal for use in industrial environments with a high risk of spontaneous combustion. Highly explosive chemical plants can be made safer by using nitrogen to displace oxygen from process equipment.

Gas for Tire Inflation

Nitrogen gas provides better pressure retention in tires inflated with it when compared to conventional air-filled tires. Overall, nitrogen-filled tires improve gas mileage and tire longevity.

Elimination of Volatile Organic Compounds (VOCs)

VOCs present in industrial wastes often makes them unsuitable for immediate disposal. Nitrogen gas can be used to eliminate unwanted VOCs from waste material, thus allowing operators to comply with the relevant environmental protection standards in the area their industries are sited.

Mining Safety

Mining is a high-risk production process requiring several strict safety protocols. In the case of fires within mines, nitrogen gas can safely put out fires by displacing oxygen from the air. A similar approach is used during mine abandonment, where gaseous nitrogen is pumped into volatile spaces to inert them.

Electronics and Metal Manufacturing

Nitrogen is commonly employed in the creation of electronic components used in various devices. Nitrogen gas soldering of electronic parts is an efficient process guaranteeing high-quality finishes.

Steel electroplating done using gaseous nitrogen provides a robust and durable finish that is corrosion-resistant.

Pharmaceutics

Nitrogen molecules are present in almost every synthetically manufactured drug available today. Nitrogen plays a crucial role in the synthesis of several classes of drugs, including vital antibiotics. Nitrous oxide, a popular anesthetic agent, is gaseous from nitrogen.   

Fire Suppression Systems

Nitrogen is a reliable solution for putting out fires in places where water or chemicals might cause more harm than good. Nitrogen is often used in data centers, storage facilities, and other sensitive areas. By pushing oxygen out of the space, nitrogen safely extinguishes fires – without damaging equipment or materials.

Water Treatment

In wastewater treatment, nitrogen helps prevent corrosion by removing oxygen from pipelines and tanks. This simple (but effective) method keeps systems running and even extends the equipment’s life.

Common N2 Products

The most common categories of nitrogen products are highlighted in subsequent sections of this article.

Nitrogen Gas Membranes

Nitrogen gas membrane technology allows the separation of a mix of gases based on their speeds. These membranes are polymeric materials composed of hollow fibers that provide a large surface area for rapid and efficient gas separation.

Nitrogen gas membranes can be used to achieve high purity nitrogen filtration by selectively retaining the gas while permitting oxygen and other gases to flow through them.  

Nitrogen Gas Control Systems

Nitrogen gas synthesis requires close control to achieve the levels of purity needed in industrial applications. The process of manufacturing gaseous nitrogen can be made more efficient by monitoring and adjusting the following variables where necessary:

  • The temperature of the feed gas
  • The pressure of the feed gas
  • Oxygen levels within the product gas

Strict control can be done using oxygen gas analyzers and appropriate feed gas valve regulation.

Other Nitrogen Gas Product Applications

As earlier stated, nitrogen can be used in diverse industrial applications. Highlighted below are more examples not previously mentioned in this article.

DXP/IFS and Nitrogen Gas Generation

At DXP/IFS, we provide excellent nitrogen gas generation systems for several industrial processes. Our nitrogen generators are guaranteed to boost the efficiency of your operations by providing high-purity nitrogen gas on demand. With on-site nitrogen generation, you can eliminate the hassle of cylinder deliveries and reduce operational costs.

To learn more about our unique services and products, please contact us today! Our team is here to help you find exactly what you need.

More from DXP/IFS relating to Nitrogen Generation:

Download: “How is Nitrogen Gas Produced” Presentation PDF