A new perspective article published today in @MaterialsToday discusses how the utilization of lignin can create new opportunities for sustainable production of bio-based materials that address the goals of the circular economy. https://t.co/mxUAFfFcPN
How to maximize the impact of research? What “impact” means in science is currently changing quite a lot. This is what we discuss with regards to biobased sustainable materials herein @naturesustainab
->https://t.co/ADZNNCacWq
(Also on LinkedIn: https://t.co/8cz1g9kRpa)
💚Congrats to Dr. Marco Beaumont, Department of Chemistry, Institute of Chemistry of Renewable Resources at BOKU, who received the international EPNOE Young Scientist Award 2022 for his research on the chemistry of nanocellulose! 💚@Beaumont_Chem
@MH_Sipponen I agree - one of the big drawback of being too far on that side is also that science can become unnecessarily elitist and reduce opportunities for unconventional thinkers.
Potenzial von #Cellulose-Nanofibrillen zur Herstellung von Supermaterialien voll ausschöpfen: BOKU-Forscher*innen haben mit int. Forschungsteam einen reversiblen, nachhaltigen chemischen Prozess entwickelt, der die Stärke der Fibrillen nicht beeinträchtigt:https://t.co/7x0sa3A79n
Recovery of the Irreversible Crystallinity of Nanocellulose by Crystallite Fusion: A Strategy for Achieving Efficient Energy Transfers in Sustainable Biopolymer Skeletons (Saito) @gp3869@UTokyo_News_en#openaccess https://t.co/D7iwK7kxr7
#Cellulose nanofibrils have outstanding strength. We introduce a #regioselective and #reversible modification strategy enabling the processing of the native fibrils. Just published in @J_A_C_S https://t.co/ZZ10ERfOzd
Our massive effort with @GroupRojas on the "Deconstruction and Reassembly of Renewable Polymers and Biocolloids into Next Generation Structured Materials" is now out in Chemical Reviews: https://t.co/xt0oOqWbFV.
Proud to be part of this amazing team! Now on the top of the Just Accepted manuscripts on Green Chemistry @RoySocChem Check out our in-depth review “Multifunctional lignin-based nanocomposites and nanohybrids”https://t.co/WFmCUo7pjy
Arthropods have extraordinary strength by combining protein and chitin. In this special issue on sustainability we reengineered such interactions from food waste to form high strength, eco-friendly, glue: https://t.co/Lq6aAHLlkV
@Orlando93842114@KJDeFrance@silvia_campioni