Membrane separation nitrogen generation technology utilizes the different permeation rates of gases through membranes to separate air. Among numerous nitrogen production methods, membrane separation stands out for its compact size, light weight, wide range of applications, high separation efficiency, and ease of maintenance, making it widely used across various industrial fields.
A complete membrane separation nitrogen generator system consists of an air compressor, air treatment system, membrane separation nitrogen system, nitrogen booster system, central control system, skid-mounted container, and auxiliary devices.
Key Features:
Utilizes PRISM membrane separation nitrogen technology and processes.
Skid-mounted modular structure; the entire system is housed within a container.
Supports four different operation modes with corresponding output ports and valves.
Capable of reliable operation in remote locations without external power or energy sources.
Designed with a reasonable layout suitable for automotive loading and highway transport.
Engineered for high-wind, sandy, and harsh field environments, complying with oil and gas field fire and explosion protection standards.
Technical Specifications
| Product Model | 900/350Q 900/500Q |
1200/350Q 1200/500Q |
1500/350Q 1500/500Q |
2000/350Q 2000/500Q |
|---|---|---|---|---|
| Nitrogen Flow Rate | 900Nm³/h (Single or Dual Skid) |
1200Nm³/h (Single or Dual Skid) |
1500Nm³/h (Dual or Multi Skid) |
2000Nm³/h (Dual or Multi Skid) |
| Nitrogen Purity | 95% (95–99.9%) | |||
| Rated Pressure | 35MPa / 50MPa | |||
| Operating Temperature | -35°C~45°C | |||
| Drive Mode | Diesel Engine / Electric Motor / Natural Gas Engine | |||