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Air Separation Unit: Function and Importance

This page concerns air separation units. It describes how the unit works to separate air into components such as argon, nitrogen and oxygen. The importance of these industrial production air separation units for industrial use, such as oxygen for medical use or for use in manufacturing, is elaborated.
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Air Separation Unit: Cost - Effective Gas Production

Oxygen, nitrogen, and argon are the building blocks of air and can be obtained through an air processing unit. These essential industrial gases can be obtained in a more economical manner by separating air components rather than employing costly extraction methods. These units are adaptable to serve as dependable and inexpensive gas supplies for many applications across various industries.

Related products

An air separation unit (ASU) is a vital component in the process of producing industrial gas. Its primary function is to segregate the constituents of air, namely nitrogen, oxygen, and argon. In cryogenic distillation methods, the ASU cools air to extremely low temperatures until it liquefies. The liquid air is heated, and its components boil off at their respective boiling points, which enables the separate collection of each component. This method enables the large scale production of high-purity gases. ASUs are frequently used in the healthcare industry for medical grade oxygen, in addition to the electronics industry where, high-purity nitrogen and argon are used in semiconductor fabrication. The efficacy and dependability of ASUs are essential to fulfill the ever-increasing industrial gas requirements across various cultures and industrial segments.

Frequently Asked Questions

How does an air separation unit work?

An air separation unit functions by initially compressing and cooling to a very low temperature the air. Afterwards, a distillation process separates nitrogen, oxygen, and argon to the various components of air.

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Customer Reviews

Gregory
Efficient Air Separation Unit

My air separation unit works at a phenomenal level. It allows users of my business to work at a better level as the various parts of air can be separated in a timely and accurate manner. It guarantees the purity of the separated gases ensuring their suitability in a variety of industrial applications. An impressive addition for my business.

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High - Efficiency Separation

High - Efficiency Separation

Our air separation plant is equipped with an air separation unit that offers high-efficiency separation processes. This unit allows for the separation of oxygen, nitrogen, and argon from air with excellent purity and industrial scale production potential. This step of separation is energy efficient, which lowers production costs.
Advanced Control System

Advanced Control System

The advanced control system of the air separation unit enables the supervision, as well as monitoring, of the processes in real - time. It ensures uninterrupted workflows and stable product quality, therefore monitoring the entire separation process. The intelligent control system further enables monitoring and control from a different location.
Low Maintenance Requirements

Low Maintenance Requirements

Our maintenance requirements on the air separation unit are very low. Having high-quality components and properly designed units reduces the unit's chances of failing. This saves time and money while guaranteeing machine reliability over long periods of time.