RALEIGH - Researchers from the North Carolina State Wilson College of Textiles are working to reduce CO2 emissions from biomass, coal or natural gas power plants by developing new carbon dioxide capture filters made from a cotton fabric and a naturally occurring enzyme called carbonic anhydrase.
Initial laboratory testing via a series of experiments conducted to see how well their filter would separate an air mixture of CO2 and nitrogen resulted in CO2 reduction rates of 52.3% with a single-stacked filter and 81.7% with a double-stacked filter.
Or if you prefer email, click on the button below and we'll get back to you asap
Looking beyond the cutting edge of textile innovation allows you to stay well ahead of the competition. That’s exactly what you get through a subscription to T.EVO – which delivers a refreshing new take on the rapid evolution of today’s dynamic textile sector.
Key T.EVO benefits:
Exclusive quarterly printed magazine delivered to your door
Unlimited online access to all T.EVO premium news and features
Unlimited online access to all T.EVO archived content
Unlimited online access to digitised back-issues of T.EVO
Daily online technical news, comment and analysis
Exclusive interviews and textile show reports
Weekly e-news round-up of key developments
Exclusive discounts on all MCL Global publications
You will learn about:
The very latest advances in polymer & fibre technology
Exciting functional innovations for performance fabrics
The growing possibilities of digital and 3D textile printing
How nanotechnology will re-draw the boundaries of textiles technology
The new frontiers of textile coloration
Smart manufacturing with the new generation of textile machinery
Integrating electronics into wearable textiles
Advances in workwear, military and medical fabrics
Composite materials and functional finishes
Game-changing research and novel textile patents
All this from MCL Global – the fastest growing international textile publisher – which can now offer today’s textile industry a unique preview of how today’s industry will look tomorrow.