PSA Nitrogen Genertor

Nitrogen is an essential gas used in numerous industries, including food packaging, electronics manufacturing, and pharmaceutical production. At ADEKOM, we understand the critical need for a reliable and efficient nitrogen supply, and our nitrogen gas generation systems offer a sustainable and economical solution. Our cutting-edge nitrogen gas generators are meticulously engineered to provide on-site nitrogen production, ensuring cost savings, convenience, and high-purity nitrogen for a wide range of industrial applications.

Adekom KSN series Nitrogen Generators utilize clean compressed air as raw material and zeolite molecular sieves as adsorbents to produce nitrogen through Pressure Swing Adsorption (PSA) technology. This process separates nitrogen from the air based on adsorption properties and diffusion rates, achieving high-purity nitrogen efficiently and cost-effectively.

  Nitrogen Purity and Capacity

Compressed Air Requirements

PSA technology relies on the adsorption and desorption of gases under pressure. Zeolite molecular sieves selectively adsorb nitrogen, enriching the output in nitrogen. Regeneration occurs through pressure release, ensuring continuous operation and consistent nitrogen quality.

Compressed Air Requirements

To maintain optimal performance, incoming compressed air must be dried and purified with appropriate air treatment equipment, including air dryers, filters, and air receivers. This prevents contamination of the adsorbent and ensures long-term system reliability.

With a robust design, advanced technology, and reliable operation, Adekom KSN series Nitrogen Generators is an ideal solution for industries requiring high-purity nitrogen.

Technical Parameter

KSN—A  nitrogen generator parameter table (purity: 99.9%)

Model

Output

(Nm³/h)

Effective gas consumption

(Nm³/min)

Import and export caliber

(mm)

Note

KSN—5A

5

0.4

DN15

DN15

Air purification

system and PSA

nitrogen generator to be

installed in one skid

KSN—10A

10

0.7

DN25

DN25

KSN—20A

20

1.3

DN25

DN25

KSN—30A

30

2

DN25

DN25

KSN—40A

40

2.6

DN32

DN25

KSN—60 A

60

4

DN40

DN32

Air purification

system and PSA

nitrogen generator on

different skids

KSN—80A

80

5.2

DN40

DN40

KSN—100A

100

6.7

DN50

DN40

KSN—120A

120

7.9

DN50

DN40

KSN—150A

150

10

DN50

DN40



KSN—B nitrogen generator parameter table (purity: 99.99%)

Model

Output

(Nm³/h)

Effective gas consumption

(Nm³/min)

Import and export caliber(mm)

Note

KSN—5B

5

0.5

DN15

DN15

Air purification

system and PSA

nitrogen generator to be

installed in one skid

KSN—8B

8

0.9

DN25

DN15

KSN—12B

12

1.3

DN25

DN15

KSN—20B

20

2.1

DN32

DN25

KSN—30B

30

2.9

DN32

DN25

KSN—40B

40

4.1

DN40

DN25

Air purification

system and PSA

nitrogen generator

on different skids

KSN—60B

60

6.3

DN40

DN32

KSN—80B

80

8.2

DN50

DN40

KSN—100B

100

11

DN50

DN40

KSN—120A

120

13

DN65

DN40

KSN—160B

140

15

DN65

DN50

KSN—180B

160

17

DN65

DN50



KSN—C nitrogen generator parameter table (purity: 99.999%)

Model

Output

(Nm³/h)

Effective gas consumption

(Nm³/min)

Import and export caliber

(mm)

Note

KSN—5C

5

0.8

DN25

DN15

Air purification

system and PSA

nitrogen generator to

be installed in oneskid

KSN—10C

10

1.8

DN25

DN15

KSN—20C

20

3.6

DN40

DN15

KSN—30C

30

5.3

DN40

DN25

KSN—40C

40

7

DN50

DN25

KSN—50C

50

8.7

DN50

DN25

Air purification

system and PSA

nitrogen generator on different skids

KSN—60C

60

10.5

DN50

DN32

KSN—80C

80

13.8

DN65

DN40

KSN—100C

100

17.7

DN65

DN40

KSN—150C

150

26.5

DN80

DN40

KSN—200C

200

35.5

DN100

DN50

Note:

1.Suction compressed air pressure of 0.8Mpa (gauge pressure), 0  ℃, 0 m elevation and 80% relative humidity for the design basis.

2.Adekom reserves the right to make changes without prior notice. For further information, please contact the manufacturer or your local sales agent.

Application area

Pressure swing adsorption (PSA) nitrogen generators are used in many industries to separate high-purity nitrogen gas from compressed air:

  • Food and beverage packaging
  • Electronics manufacturing
  • Chemical industries
  • Medical facilities
  • Wastewater treatment plants
  • Coal mines
  • Marine
  • Laser cutting
  • Laboratories
  • Oil and gas