May. 26, 2025
Machinery
About 80% of nitrogen end uses require nitrogen as a gas, not as a liquid. That being said, many companies use bottled liquified nitrogen. The primary reason nitrogen is liquified is for ease of transportation. However, generating liquid nitrogen requires a tremendous amount of energy.
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Shifting to in-house generation of nitrogen gas can help manufacturers achieve significant cost savings, usually from 40-80%. This depends on current liquid nitrogen market prices. In addition, this transition offers a rapid payback period of typically less than 2 years. Business owners typically recover the initial investment in nitrogen generation systems in a remarkably short amount of time.
In-house generation of nitrogen gas also frees up space otherwise needed to store nitrogen bottles (both full and empty), further enhancing operational efficiency and reducing overhead costs.
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Gas generators deliver particular gases to specific instruments in the laboratory. Systems are available for many different gases including hydrogen and nitrogen. Though the up-front costs of gas generators can be high, replacing your gas cylinders with a gas generator can lead to increased convenience and decreases in overall costs. Gas generators are also safer as they limit the amount of flammable and compressed gas in your lab. There are many factors to consider when choosing which gas supply option is best for your laboratory and application.
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