What advanced technologies are used in Pressure Swing Adsorption (PSA) nitrogen generators?
Release time:
2018-11-05
What advanced technologies are used in Pressure Swing Adsorption (PSA) nitrogen generators?
A carbon molecular sieve pressure swing adsorption nitrogen generation unit is a new type of air separation equipment that uses compressed air as a raw material and carbon molecular sieve as an adsorbent, employing a pressure swing adsorption process (abbreviated as P.S.A.). At normal temperature and low pressure, it utilizes the difference in diffusion rates of oxygen and nitrogen in the carbon molecular sieve to separate oxygen and nitrogen, and the purity and output of nitrogen can be adjusted according to customer needs.
Advantages of PSA Nitrogen Generators
Low cost: The P.S.A. advanced process is a simple method for producing nitrogen. Nitrogen is generated within minutes of startup, with low energy consumption, and the cost of nitrogen is lower than that of cryogenic air separation nitrogen generation.
Reliable performance: Imported microcomputer control, fully automatic operation, no need for specially trained operators; simply press the start switch for automatic operation and continuous nitrogen production.
Stable nitrogen purity, completely monitored and displayed by instruments to ensure the required nitrogen purity.
Selection of high-quality imported carbon molecular sieves: featuring large adsorption capacity, high pressure resistance, and long service life.
High-quality control valves: High-quality imported special pipeline pneumatic valves ensure the stable and reliable operation of the nitrogen generation equipment. Strong technical force and excellent after-sales service. The equipment is packaged in a container, and on-site installation only requires connecting the gas source, power source, and water source. Excellent electrical and mechanical assembly technology, providing continuous technical service, responsible for on-site commissioning and operator training
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