Summary:

PSA (Pressure Swing Adsorption) technology, which is deffirent from traditional cryogenic technology, is going to more and more popular used for air separating. Each gas has a specific adsorption rate when they pass through the vessel filled with molecular sieves (Carbon molecular sieves) under a swing pressure. Most of Oxygen molecules are trapped by CMS, and other gases(Nitrogen gas) are collected out for production gas.

However, the molecular sieves might be saturated with trapped oxygen molecules, so it need to depressurized to regenerate for next cycle. In that case, we always design a twin-vessel structure to achieve a continuous production of nitrogen gas, so that the lowest ernergy consumption and best efficiency can be realized. Contrast to the traditional cryogenic technology, the PSA technology has more advantages: more economical, more convenient, more stable.

Industries Served:

Food packing, Food storing, Electric & Electronic industry, Petro-gas & Oil field, Chemicals & Petro-chemicals, Coal-mine, Metallurgy, Pharmacy, SMT, Fire-resistance, lab, glove-box, Air driving, Tire inlfation, and so on... 
 
 
Can be customized for users! 
Just tell us about your demands & working conditions like below...
 
1. Production Capacity required for Nitrogen generator (m3/h)? 
2. Application of Nitrogen gas?
3. Purity required for Nitrogen gas (%)? 
4. Delivery pressure required for Nitrogen gas (MPa or bar)?
5. Dew Point required for Nitrogen Gas? 
6. Max. / Min. operation temperature at working process (℃)?
7. Elevation/ Altitude of jobsite (m, ft.)?
8. Electric power supply (Both motor enginee electric supply & controlling electric supply) ? 
9. Compressed air available? Air filters available?