Airrane for Pervaporation and vapor permeation of schematic diagram in korea

AIRRANE is a leading pioneer of innovative membrane technology for gas separation. From hollow fiber membrane production to the design, manufacturing and servicing of membrane modules and separation system, AIRRANE's ISO 9001&14001-cetified solution brings you the best 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. With ISO 9001:2015 and ISO 14001:2015-certified systems, 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.

Airrane for Pervaporation & Vapor Permeation:

Schematic Diagram:

Pervaporation is derived from the two steps of the process, permeation through the non-porous 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.

Key Applications:

Pervaporation:

· Dehydration of water/organic liquid mixture

· Removal of VOCs from water/organic liquid mixture

· Separation of organic/organic liquid mixture

Vapor permeation:

· Monomer recovery from polymerization proce

· Oil mist collect from oil storage tank

Why Membrane Pervaporation?

· Low cost separation without chemical additives

· Effective separation even with small gap of boiling points of mixture.

· Low energy consumption system for vapor permeation

· Compact size facility with module designing Polymeric Membrane Manufacturer

· Easy and quick start-up system

· High purity permeates attainable Why Membrane Pervaporation?

Oil & Gas :

For impurity removal from natural gas to the recovery of hydrogen in oil refinery process, gas membrane offers a cost-effective and energy efficient solutions for a wide range of applications in oil & gas industries.

Natural Gas:

· Nitrogen, CO2, H2S removal

· Enhanced oil/natural gas recovery

· Offshore nitrogen generation

Refinery:

· Hydrogen recovery from syngas processes

· CO2 removal from syngas On-Board Inert Gas Generation System Korea

· Steam generation with enriched oxygen air