BAM Membrane Separation Nitrogen Generator

Working Principle

According to the differences in solubility and diffusion coefficients of various gases in compressed air in membrane modules, the relative permeation velocity of gases passing through the membrane module varies. Gases with faster permeation rates, such as hydrogen and oxygen, are enriched on the permeation side of the membrane module, while gases with slower permeation rates, such as nitrogen and argon, are enriched on the stagnation side of the membrane, achieving the goal of oxygen nitrogen separation.

Technical Features

+Increasing membrane components can expand the nitrogen production of the system.

+ Imported PLC intelligent program controller, fully automatic operation.

+The purity is freely adjustable by flow rate between 95% and 99.9%.

+Imported original membrane components, it only takes a few minutes from start-up to normal gas supply, and the lifespan of the membrane assembly can reach up to ten years. +Lightweight, compact structure, and easy installation.

System Process Flow

Membrane Separation Working Principle Diagram HO

The relative penetration rate of "fast" is "slow

PurificationSystemMembraneSeparationSystemBufferSystem

Main Technical Specifications

Main parameters of BAM-A type membrane nitrogen generator: Purity 95%

Main Parameters Table for BAM-B Type Membrane Nitrogen Generation, Purity 97%

Main Parameters Table for BAM Standard Type Membrane Nitrogen Generation, Purity 99.5%

Note: The above data are based on a design benchmark of 0.8 MPa (G), 99.5% raw material nitrogen, ambient temperature 20℃, 0-meter elevation, and 80% relative humidity.