99.999% N2 Purity Cylindrical Zeolite, Carbon Molecular Sieve Adsorbent for Nitrogen Generator

• Shape: Pellet
• Drying Method: Static Drying
• Sorbent: Molecular Sieves
• Model NO.: CMS-240, CMS-260, CMS-280, CMS-300, CMS-330
• Desiccant: Physical Desiccant
• Material: Carbon
• Test Report: Available
• MSDS: Available
• Transport Package: Plastic Drums
• Specification: 1.1-1.8mm
• Trademark: XINGFENG
• Origin: China
• HS Code: 3824999990
• Production Capacity: 5000 Mt/Year

Product Description

99.999% N2 Purity Cylindrical Zeolite, Carbon Molecular Sieve Adsorbent for Nitrogen Generator
Description:
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.
  
Technical Parameter:

Type	Adsorbent pressure (Mpa)	Nitrogen concentration (N2%)	Nitrogen quantity (NM^3/h.t)	N2/Air (%)
CMS-240 Diameter: 1.2-1.4mm          Bulk density:640-660KG/M^3                         Crush strength:≥40-75N/P Period of adsorption: 40S	0.7-0.8	99.99	95	4.8
		99.9	175	3.9
		99.5	240	3.1
		99.0	300	2.6
		98.0	360	2.3
		97.0	390	1.9
CMS-260 Diameter: 1.1-1.3mm          Bulk density: 640-660KG/M^3                         Crush strength:≥40-75N/P Period of adsorption: 40-60S	0.7-0.8	99.99	105	5.0
		99.9	185	3.7
		99.5	265	2.7
		99.0	325	2.4
		98.0	390	2.1
		97.0	405	1.9
CMS-280 Diameter: 1.0-1.2mm          Bulk density: 640-660KG/M^3                         Crush strength:≥40-75N/P Period of adsorption: 40-60S	0.7-0.8	99.999	85	5.9
		99.99	115	4.9
		99.9	195	3.6
		99.5	280	2.8
		99.0	335	2.3
		98.0	400	2.0
		97.0	425	1.8
CMS-300 Diameter: 1.0-1.2mm          Bulk density: 640-660KG/M^3                         Crush strength:≥40-75N/P Period of adsorption: 40-60S	0.7-0.8	99.999	100	5.6
		99.99	135	4.2
		99.9	210	3.2
		99.5	300	2.5
		99.0	345	2.2
		98.0	405	1.9
		97.0	430	1.7
CMS-330 Diameter: 0.9-1.1mm          Bulk density: 640-660KG/M^3                         Crush strength:≥40-75N/P Period of adsorption: 40S	0.7-0.8	99.999	115	5.9
		99.99	155	4.3
		99.9	230	3.3
		99.5	330	2.6
		99.0	355	2.3
		98.0	425	1.9
		97.0	445	1.7

Physical properties:
(1) Diameter of the CMS granule: 1.1-1.8mm, or customized
(2) Period of adsorption: 120S
(3) Bulk density: 680-700g/L          
(4) Compressive strength: ≥ 95N/ granule

Application: 

1. High ratio performance & 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.

PSA Nitrogen Generation Process:

1. Air Feed System:

The environment air supplied to the PSA system should be compressed and purified to get rid of the dust, the oil and water.

2. PSA Nitrogen Generation System:

While the compressed and purified air flows through the adsorbent bed with CMS inside in a bottom up way under the pressure of 0.6MPa, the oxygen molecules will be absorbed by the solid surfaces of the CMS, and the enriched nitrogen will be output from the top of the bed to the container.
When the adsorbent bed reaches the end of its capacity to absorb oxygen, it can be regenerated by reducing the pressure, thereby releasing the adsorbed oxygen. Using two adsorbent beds to absorb and regenerate in turn allows producing continuous nitrogen in cycle.

Package: