High Quality Carbon Molecular Sieve CMS for PSA Nitrogen Generation

Share on (1600532169077):


Price:$700.00 - $900.00

Quantity:


Product Overview

Description



Products Description




High Quality Carbon Molecular Sieve CMS for PSA Nitrogen Generation
Nitrogen generation by Pressure Swing Adsorption (PSA) process is a technology used to separate nitrogen from a mixture of gases under pressure according to the special selective adsorption characteristics of the Carbon Molecular Sieves (CMS). The Carbon molecular sieve is a material containing tiny pores of a precise and uniform size that is used as an adsorbent for gases. When the pressure is high enough, the oxygen molecules, which pass through the pores of CMS much faster than the nitrogen molecules, are adsorbed, while the coming out nitrogen molecules will be enriched in gas phase. The enriched oxygen air, adsorbed by the CMS, will be released by reducing the pressure. Then the CMS is regenerated and ready for another cycle of producing nitrogen enriched air.

APPLICATION: SERVICE SCOPE
1)High ratio performence&price, reducing investment cost and operation cost.
2)Large hardness, little ash, long service life, uniform particles which protests air current impact.
3)Stable quality: Testing strictly according to 100% standard of production and ex-factory testing management.
4)The resin uses in producing the high pure nitrogen with good performance which substitutes the similar import products.
5)Three guarantees


Type
Adsorbent pressure
Nitrogen purity
Nitrogen quantity
N2/Air
(MPa)
(N2%)
(NM3/h.t)
(%)


CMS-180


0.6
99.9
95
≥27
99.5
170
≥38
99
267
≥43


0.8
99.9
110
≥26
99.5
200
≥37
99
290
≥42


CMS-200


0.6
99.9
120
≥32
99.9
200
≥42
99.5
300
≥48


0.8
99.9
130
≥31
99.5
230
≥40
99
340
≥46


CMS-220


0.6
99.99
135
≥33
99.95
220
≥41
99.93
330
≥44


0.8
99.9
145
≥30
99.5
252
≥41
99
370
≥47


CMS-240


0.6
99.999
135
≥33
99.95
220
≥41
99.93
330
≥44


0.8
99.999
145
≥30
99.995
252
≥41
99.93
370
≥47






Highly Recommended




Product packaging








Our Customer




Certificate






0.1967 s.