AIRRANE Industries & Applications uses of Nitrogen and Biogas Upgrading 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.

Nitrogen Generation Nitrogen is the most widely used gas in industries; its versatile application ranges from blanketing and inserting to explosion protection. On-Board Inert Gas Generation System (OBIGGS) protects fuel tanks on aircrafts and ships from the risk of fuel vapor explosion by replacing with nitrogen.

· Fuel tank inserting: OBIGGS

· Shipboard inserting (FPSO, FLNG, LNG Carrier)

· Chemical processing

· Simple operation and low maintenance requirements

· Iron/aluminum/copper production and metals processing

· Tire inflation

Biogas Upgrading

Fermentation of biomass such as food waste, slurry and manure produces biogas. Typically, crude biogas is a mixture of about 60% methane (CH4), 40% carbon dioxide (COMsub>2), and a small amount of trace gases such as hydrogen sulfide. The pre-treated gas goes through gas separation membrane to yield biomethane of a much higher purity (over 97%) for natural gas grid. Gas Recycling Membrane Manufacturer

· Biogas (from food waste, manure, brewery, farm)

· Landfill gas

· Sewage slurry

Material Synthesis & Fiber Spinning

· Polymer Synthesis

· TIPS/NIPS Equipment

· Hollow Fiber Spinning

Module Production

· Module Design & Development

· Customization for Integration

· Manufacturing

Membrane Separation System

· Feasibility Study

· System Design & Development

· Installation & Optimization

· Testing & Evaluation

· Maintenance

Power

Power generation requires a reliable and cost-effective solution for the control of various gases. Gas membrane is a perfect answer for many of those challenges; improving fuel efficiency with oxygen-enriched air, Nitrogen Generator System ensuring safety through inserting and purging systems, or reducing carbon emission.

· CO2 Capture & Storage

· O2 generation for oxyfuel combustion

· H2 purification for fuel cell power generation

· Inserting system

· Oxygen removal from steam water