Mobile Explosion-Proof 800 Cubic Meter Horizontal Nitrogen Generator for Coal Mines

Introduction to Coal Mine Nitrogen Generator, Mobile Nitrogen Generator, Explosion-proof Nitrogen Generator, Horizontal Nitrogen Generator

Explosion-proof nitrogen generators utilize explosion-proof design and materials, effectively preventing accidents caused by sparks from electrical equipment.

Nitrogen generators (nitrogen production units) use compressed air as the raw material and employ a high-performance adsorbent called carbon molecular sieve to selectively adsorb oxygen and nitrogen, directly producing nitrogen gas. Pressure Swing Adsorption (PSA) nitrogen units use high-quality carbon molecular sieve as the adsorbent and operate on the principle of pressure swing adsorption to obtain nitrogen directly from compressed air.

Explosion-proof nitrogen generators are specially designed nitrogen production equipment with explosion-proof functionality, allowing safe use in flammable and explosive environments.

Performance Characteristics of Coal Mine Nitrogen Generator, Mobile Nitrogen Generator, Explosion-proof Nitrogen Generator, Horizontal Nitrogen Generator

1. Entire Unit Explosion-proof: Explosion-proof industrial nitrogen generators can be manufactured as underground mobile units, as well as ground-fixed or ground-mobile units.

2. Compact Size, Easy Installation and Mobility: Explosion-proof industrial nitrogen generators can be conveniently transported to any nitrogen injection site, particularly suitable for use across multiple workfaces or mines as needed.

3. Reliable Performance, Simple Operation: Only the compressor section has moving parts; the rest of the system operates statically, ensuring long-term stable performance.

4. Comprehensive Protection: Explosion-proof industrial nitrogen generators feature multiple protection functions such as over-temperature and over-pressure, with continuous online display of key technical parameters.

5. Adjustable Nitrogen Output: Nitrogen production can be modified by increasing or decreasing the number of membrane modules.