Pressure Swing Adsorption oxygen membranes

A variety of manufacturers utilize Nitrogen and Oxygen gas for numerous applications. The ability to generate gas on-site is more economical and efficient than gas delivery.

In order to achieve the proper nitrogen purity level, nitrogen generators rely on either membrane technology or pressure-swing adsorption (PSA); whereas, oxygen relies solely on pressure-swing adsorption technology.

Pressure-Swing Adsorption Vs. Membrane Technologies – What is the Difference?

Adsorption is a physical process where one substance fully integrates into another. Pressure-swing adsorption (PSA) technology is designed to use the concept of adsorption as a means to separate gas molecules from each other. The process of adsorption involves molecules temporarily adhering to the surface of certain materials they come into contact with.

PSA Nitrogen and Oxygen Generators – The Process

A pressure-swing adsorption nitrogen generator usually consists of at least two towers. These towers contain carbon molecular sieve. Carbon molecular sieve is adsorbent material.

PSA System for O2 Generation

O2 generators with pressure-swing adsorption technology works very similar to the N2 generator however zeolite is used to isolate O2 molecules; thus, separating them from the other molecules within the compressed air. Oxygen generating systems are perfect for use in wastewater treatment plants, for ozone production applications and fish farming; furthermore, the portable O2 generatorsavailable through On Site Gas Systems are ideal for use in the medical field.

Membrane Technology for N2 Generation

A nitrogen membrane generator is designed to remove nitrogen from the atmosphere. This is accomplished by pushing compressed air through a set of polymer fibers. As the compressed air moves through the membrane, the nitrogen molecules are separated from the other molecules. Tiny microscopic holes in the membrane fibers allow oxygen to pass through and return to the atmosphere as waste gas: The nitrogen molecules are too large to pass through the microscopic holes; therefore, the N2 molecules are captured at the opposite end.

Nitrogen Cylinder Filling Station

An N2 filling station is the perfect solution for manufacturers who purchase bottled nitrogen. A nitrogen fill station from Foxolution, allows for easy cylinder refills. With an foxolution nitrogen filling station, concerns related to running out of nitrogen gas and/or waiting for a delivery are in the past.

Pressure Swing Adsorption oxygen membranes

Pressure Swing Adsorption oxygen membranes