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Centrifugal Compressors for Air Separation Units
Producing industrial gases requires a great deal of energy, making the need for an efficient compressed air or nitrogen system critical to plant success.
To produce industrial gases such as purified nitrogen or oxygen, atmospheric air is compressed, cooled, and separated in a distillation column or cold box. Once the cryogenic separation is complete, the gases are used in other processes or compressed for storage and transportation.
The gases produced during this process can be used in various areas, including producing chemicals and petrochemicals, liquefaction of natural gas (LNG), clean, dry air for electronics manufacturing, and liquefaction of nitrogen for distribution. As a key component of the separation process, reliable and energy-efficient air and nitrogen compressors are crucial to maintaining low operating costs.
FS-Elliotts comprehensive product portfolio and engineering capabilities provide competitive solutions for highly customized as well as standard projects.
With a global presence of 250+ air separation installations worldwide, our compressors are customized for efficiency and tailored to your needs. We prioritize superior life-cycle cost benefits, ensuring a quick ROI. FS-Elliott standardized packaging reduces lead times, meeting ASU customer demands and site-specific needs.
FS-Elliott air compressors are versatile, fitting various air separation plant roles, including Main Air Compressors (MAC), Booster Air Compressors (BAC), Booster Nitrogen Compressors (BNC), Nitrogen Gas Compressors (GAN), and combination machines like MAC/BAC, MAC/BNC, and MAC/GAN. Our commitment to cost efficiency ensures customers quickly realize their investments.
FS-Elliott's high-capacity MAC compressors ensure peak efficiency, which is crucial for ASU project success and sustainability.
FS-Elliott: Your trusted source for clean, dry air compressors.
Further increases compressed air from the MAC and provides countercurrent stream for evaporation.
FS-Elliott compressors can serve as nitrogen gas compressors or booster nitrogen compressors for your air separation unit.
Learn how an industrial gas producer reduced capital expenditures and increased overall efficiency.
An industrial gas producer opened a new air separation plant that required 4440 Nm3/h of air and 2100 Nm3/h of gaseous nitrogen for production.
Due to the modular design of the plant, the compressors selected for the project needed to be minimal in size but capable of high-efficiency gas production.
Customer reduced capital expenditures and increase overall efficiency by combining the air and nitrogen processes in one machine.
Learn how an industrial gas producer reduced capital expenditures and increased overall efficiency.
Corporate Facilities EngineerIn my 30 years of industrial engineering, that is the finest piece of equipment that I have ever seen.