Airrane for Co2 Injection Membrane and Co2 Bubbler Uses in Korea

AIRRANE is a leading pioneer of innovative membrane solution technology for gas separation. From hollow fiber membrane production to the design, manufacturing and servicing of membrane modules and separation system, AIRRANE’s goal is to serve as your one-stop provider of advanced membrane technology for gas separation.

Founded in 2001 as a National Research Laboratory, our growth as a gas membrane specialist has been a journey of ceaseless innovation. Our vision is to build upon our varied portfolio and further develop membrane technology to offer a sustainable energy solution for a better future for all.

Gases which permeate faster and more are collected outside of the hollow fiber as permeates while gases which do not permeate so well and stay inside of the fiber until they reach the other end are separated out as retentates. Depending on the properties of the desired gas, either or both of permeates and retentates can be used.

For instance, if we want to separate methane from carbon dioxide for biogas upgrading, we would feed biogas through the membrane filter. Since carbon dioxide (CO2) permeates through the membrane much faster than the heavier methane (CH4), we get carbon dioxide ‘filtered’ out of the membrane fiber as permeate and methane staying inside the hollow fiber as retentate; methane is then collected at the end of the membrane filter.

Airrane for CO2 bubbler

· Airrane is a patent-protected membrane manufacturer

· Fast CO2 dissolution time Membrane CO2 Injection Korea

· Simple design reduces maintenance requirements

· Real time data transfer system provides user’s convenience

Key Applications

· Ultrapure water for semi-conductor wafer cleaning process

· Ultrapure water for display glass cleaning process

· Applications for anti-static treated water required Processing Plant

Pervaporation is derived from the two steps of the process, permeation through the non-porous Onsite Nitrogen Generation Korea membrane by the permeate, then its evaporation into the vapor phase which is condensed into liquid phase. Membrane acts as a selective barrier between the two phases, the liquid-phase feed and the vapor-phase permeate. It allows the desired component of the liquid feed to transfer through it by vaporization. Pervaporation technology could be applied to the separation of alcohol/water mixture, organic compound/water mixture and vapor permeation process.