This new system utilizes a membrane to separate oxygen from nitrogen and passes it over a highly skidded and modular adsorbent material. The engineered adsorbent material binds oxygen and nitrogen and then exits the system. After bonding with oxygen, the gas is discharged into the atmosphere and is compressed and dried before entering the process vessel.
The PSA technique is used to produce nitrogen gas from atmospheric air. This technology is reliable and simple, and it has many applications in the chemical industry. This method is used to create a continuous stream of nitrogen with high purity. The system requires a power source, compressed air line, and a PSA nitrogen analyzer. A nitrogen gas generator can be installed in any location, and the PSA method eliminates the drawbacks associated with the use of high pressure N2 cylinder systems.
The PSA nitrogen generator produces nitrogen from atmospheric air using the pressure swing adsorption method. This process operates at near ambient temperatures, unlike cryogenic distillation. The PSA technique separates oxygen from compressed air by adsorbing it over a compact tower of carbon molecular sieves. After the gas is separated, the process swings to low pressure to desorb the adsorbed material.
