Cryogenic oxygen plants are advanced technological systems designed to produce oxygen by cooling and condensing it to cryogenic temperatures. These installations are widely used in healthcare, industry, and scientific research.
Operating Principle
The process is based on air liquefaction and fractional distillation. First, ambient air is compressed and cooled, allowing it to be separated into its main components: nitrogen, argon, and oxygen. Through distillation, nitrogen and argon are removed while oxygen is concentrated and cooled to cryogenic temperatures, resulting in liquefied oxygen. The oxygen is then collected and stored in specialised tanks for further use.
Advantages of Cryogenic Oxygen Plants
One of the main advantages of cryogenic technology is the exceptionally high purity of the oxygen produced, fully meeting the stringent requirements of medical and industrial applications.
Cryogenic plants can deliver large volumes of oxygen, making them suitable for high-demand sectors and ensuring a reliable supply.
They are also energy-efficient: by recovering and transferring heat within the system, they reduce power consumption and improve cost-effectiveness.
In addition, cryogenic plants offer flexibility. They can operate as standalone units or be integrated into larger medical and industrial systems. With their high performance and proven reliability, cryogenic oxygen plants remain a cornerstone of oxygen supply across multiple fields.
