Membrane-based nitrogen generation equipment
E-mail:
bibetterchina@yeah.net
- 产品描述
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Product Description
Membrane-based nitrogen production technology operates on the principle that, under a pressure differential across the membrane, nitrogen and oxygen in air exhibit different solubilities and diffusion coefficients. As a result, gases with higher permeation rates—such as water vapor and oxygen—pass through the membrane first, yielding an oxygen-enriched stream, while nitrogen, which permeates more slowly, remains behind and becomes concentrated, producing a dry, nitrogen-rich gas, thereby achieving oxygen–nitrogen separation.
Operating conditions
Nitrogen production rate (Nm³/h)
Nitrogen purity
Nitrogen pressure
5-1500
95~99.9%
0~1.2 MPa
Technical Features
■ Easy and rapid start-up and shutdown; qualified nitrogen is produced within minutes of powering on; low operating costs; continuously adjustable nitrogen purity.
■ High nitrogen purity; the gas separation process is noise-free, pollution-free, and generates no harmful waste.
■ Simple operation, reliable performance, no moving parts, maintenance-free, and capable of meeting the demands of long-term continuous operation.
■ The system’s nitrogen production capacity can be scaled up by adding membrane modules, meeting customers’ varying nitrogen output requirements.
■ The entire unit features a compact structure, easy installation, and a small footprint.
■ Imported original membrane elements offer long service life and stable performance.
■ Can be categorized into fixed, mobile, and vehicle-mounted models, among others.Technical Specifications of Membrane-Based Nitrogen Generation Equipment
Model (Membrane Nitrogen Generation H-Type)
Purity
Production rate (Nm³/h)
Effective gas consumption (Nm³/min)
Air purification system
MF-10H
95%
10
0.35
KJ-0.5
MF-20H
95%
20
0.7
KJ-1
MF-40H
95%
40
1.4
KJ-1.6
MF-60H
95%
60
2.0
KJ-2
MF-100H
95%
100
3.6
KJ-3
MF-150H
95%
150
5.3
KJ-6
MF-200H
95%
200
7
KJ-10
MF-300H
95%
300
10.5
KJ-10
MF-400H
95%
400
14
KJ-20
MF-600H
95%
600
21
KJ-20
MF-800H
95%
800
28
KJ-30
MF-1000H
95%
1000
36
KJ-40
Model (Membrane Nitrogen Generation Type D)
Purity
Production rate (Nm³/h)
Effective gas consumption (Nm³/min)
Air purification system
MF-10D
97%
10
0.44
KJ-0.5
MF-20D
97%
20
0.87
KJ-1
MF-40D
97%
40
1.8
KJ-2
MF-60D
97%
60
2.7
KJ-3
MF-100D
97%
100
4.5
KJ-6
MF-150D
97%
150
6.6
KJ-6
MF-200D
97%
200
8.7
KJ-10
MF-400D
97%
400
17.5
KJ-20
MF-600D
97%
600
26.5
KJ-30
MF-800D
97%
800
35.5
KJ-40
Model (Membrane Nitrogen Generation Type E)
Purity
Production rate (Nm³/h)
Effective gas consumption (Nm³/min)
Air purification system
MF-5E
99%
5
0.33
KJ-0.5
MF-10E
99%
10
0.65
KJ-1
MF-20E
99%
20
1.3
KJ-1.6
MF-40E
99%
40
2.5
KJ-3
MF-60E
99%
60
4
KJ-6
MF-100E
99%
100
6.5
KJ-6
MF-150E
99%
150
10
KJ-10
MF-200E
99%
200
13
KJ-20
MF-400E
99%
400
25.5
KJ-30
MF-600E
99%
600
39
KJ-40
Model (Membrane Nitrogen Generation Standard Type)
Purity
Production rate (Nm³/h)
Effective gas consumption (Nm³/min)
Air purification system
MF-5
99.5%
5
0.42
KJ-0.5
MF-10
99.5%
10
0.82
KJ-1
MF-20
99.5%
20
1.6
KJ-1.6
MF-40
99.5%
40
3.3
KJ-3
MF-60
99.5%
60
5
KJ-6
MF-80
99.5%
80
6.6
KJ-6
MF-100
99.5%
100
8.3
KJ-10
MF-150
99.5%
150
12.5
KJ-12
MF-200
99.5%
200
16.5
KJ-20
MF-300
99.5%
300
24.5
KJ-25
MF-400
99.5%
400
32.8
KJ-30
MF-500
99.5%
500
41
KJ-40
Note: Nitrogen pressure is 0–1.2 MPa (gauge), while the feed compressed air pressure is 1.3 MPa (gauge). Design conditions are based on an ambient temperature of 0°C, an elevation of 0 m, and a relative humidity of 80%. These parameters are specified with the Pemex membrane as the design reference.
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Membrane-based nitrogen generation equipment
E-mail:
bibetterchina@yeah.net
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bibetterchina@yeah.net
Phone:
+86-183-2190-6733
Address:
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