Overview of Membrane Technology and Benefits of Airrane Oxygen Uses 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.

AIRRANE for Oxygen:

Just as we can’t breathe without oxygen, many industrial and engineering processes require high-concentration oxygen as an essential ingredient. There are, however, also a wide range of applications where lower concentration of oxygen is sufficient without the expensive costs and risk of managing high-concentration oxygen supply. Membrane technology thus presents a cost-effective and safe alternative to high-pressure oxygen cylinders by enabling on-site oxygen generation for a variety of facilities such as clinical uses and air conditioning.

Key Applications:

· Fuel Efficiency Enhancement Oxyfuel Combustion

· Healthcare

· Clinical Oxygen Supply

· Oxygen Chamber

· Portable Oxygen Generator

· Oxygen Dissolved Water for Fish Farm

Membrane for Oxygen

· Easy installation with low set-up costs

· Quick start-up: oxygen-enriched air is immediately provided upon start-up of the separator without any delay

· Flexible application makes it an effective solution for a wide range of facilities from small oxygen generators to large boiler system

· Minimal maintenance requirements Nitrogen Generation Membrane

Membrane Technology – Benefits:

Simple and Reliable Design

· No auxiliary media (water, solvents, etc.) required

· Simple modular set-up without break-in period

· Compact system with low space requirements

Flexible Application

· Modular design allows easy expansion

· Flexible positioning and integration with the main system

· Easy to adjust purity

Economic Solution

· Low installation costs

· Low operational costs

· Low maintenance requirements: time and costs saved

Improved Safety

· No risks associated with handling gas cylinders

· No chemicals required

Environmental Benefits

· Separation at room temperature: low energy consumption

· No phase change Anti-Static For DI Water System

· No environmental emissions (no waste water or absorbent)

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.