Industrial gas handling pumps: Used for oxygen, argon, and nitrogen in healthcare and metallurgy.

Industrial gas handling pumps are vital to the continuous operation of facilities that produce, store, and distribute gases such as oxygen, argon, and nitrogen. These pumps are designed for high reliability and efficiency across a spectrum of flow rates and pressures, depending on whether they are moving the cryogen from a bulk tank or boosting its pressure for cylinder filling or process injection.

A major application area is in air separation units (ASUs), where pumps handle purified, liquefied gases. Their design priorities include preventing external contamination and ensuring product purity, which is particularly critical for medical-grade or electronics-grade gases.

FAQs:

Q: What is the main operational goal for industrial gas handling pumps in a filling station context?
A: The goal is to efficiently boost the pressure of the liquefied gas to fill high-pressure cylinders or trailers for distribution.

Q: Why is material selection particularly strict for pumps handling liquid oxygen?
A: Materials must be carefully chosen to be compatible with oxygen to eliminate any risk of combustion or explosion under high pressure or friction.

Q: How do these pumps maintain the purity of the industrial gas being handled?
A: They are often designed as seal-less or magnetically coupled units, or use product-lubricated bearings, to prevent external contaminants like oil from entering the process stream.

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