oxygen machine
PSA oxygen generator is sophisticated system that separates oxygen from compressed air through pressure swing adsorption, using molecular sieves to produce high-purity oxygen for various industrial and medical applications.
production
Up to 5000Nm3/h
Warranty
24 months
oxygen purity
93%+2%
Service life
20 years
Pressure gauge
pressure gauge is an instrument used to measure and monitor pressure in gases or liquids. It serves the purpose of pressure monitoring, fault detection, safety control, and process monitoring and control in various industrial, manufacturing, and scientific applications.
pneumatic valve
The pneumatic valve is device that uses compressed air to control the flow of gases or fluids in a system. It operates by opening or closing to regulate the passage of the media, making it a key component in various industrial and automation processes.
Electromagnetic valve
an electromagnetic coil to open or close the valve. It finds applications in plumbing, heating, cooling, and automation systems.
control box
Experts from Shenger will design a oxygen station according to the individual requirements of the customer. All Shenger oxygen machines are manufactured in their own factory using the highest quality components to ensure maximum efficiency of the entire station. Shenger’s engineers will be responsible for commissioning and maintaining the site.
About Our oxygen machine
Advanced control system
Rapid production of oxygen
Gas quality is stable
Adsorbent has long service life
High efficiency production
Accelerate regeneration
Oxygen generator parameters
PSA nitrogen production system
It is primarily composed of an air compressor and an air buffer tank. The compressed air provided by the air compressor is first directed into the compressed air purification system. The purpose of the air tank system is to ensure a steady supply of air to the oxygen-nitrogen separation system and prevent excessively rapid airflow during transitions in the oxygen-nitrogen separation system, which could affect the efficiency of air purification. This, in turn, enhances the quality of compressed air entering the adsorber and extends the lifespan of the molecular sieve.
The compressed air purification system consists of a high-efficiency oil remover, a refrigerated air dryer, an activated carbon filter, and a precision filter. Compressed air passes through the mentioned equipment to remove oil, water, and dust and undergoes deep purification by the subsequent precision filter.
The core of the PSA oxygen generator is the adsorption towers filled with a material called a molecular sieve, often made of zeolites. These zeolites have the unique property of adsorbing nitrogen more effectively than oxygen under pressure. In the PSA process, compressed and purified air is passed through these adsorption towers. Under pressure, nitrogen is adsorbed by the zeolites, while oxygen and other gases pass through and are collected as the product gas.
The oxygen produced, typically at a purity of around 90-95%, is either stored in a tank or piped directly for use. The pressure and flow rate can be adjusted based on the specific requirements of the application.
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