@cbe-ju.bsky.social🌳 29% more fines: a breakthrough in #nanocellulose production from poplar wood.
New research from the CBE JU-funded Bio-LUSH project reveals how mechanical and enzymatic pretreatments can transform poplar wood into high-value nanocellulose.
🔗 Read the #CBEresearch paper ⬇️
@cbe-ju.bsky.social🧵 First application of the Resource Pressure (RP) indicator to #biobased textile #fibres within planetary boundaries.
CBE JU-funded BIORADAR project found that longevity matters most, with using textiles for 5+ years cutting RP by around 80%.
🔗 Read the #CBEresearch paper ⬇️
@cbe-ju.bsky.social⚗️ +53% #biohydrogen, -45% medium costs.
The CBE JU-funded SynoProtein project found that optimising nutrients for the microbial consortium can make syngas #fermentation a more efficient and cost-effective route to biohydrogen.
🔗 Read the #CBEresearch paper below ⬇️
@cbe-ju.bsky.socialPLA packaging may pose far less risk to PET recycling than commonly assumed. New #CBEresearch from CBE JU-funded PROSPER predicts that current levels in the PET stream are over 100 times below the threshold expected to affect recycling.