🔬 Great discussions at the ACTPAC meeting in Bordeaux! The first technical exchange between @CNRS and @B4Plastics focused on scaling up polyester polymerization and bringing sustainable materials one step closer to industrial application. 🤝♻️
#Polymers#Sustainability
🚀 ACTPAC Meeting Highlights
2 productive days in Bordeaux 📍
🤝 Strong collaboration
🧪 New research insights
🏭 Focus on scale-up
Innovation moves faster together 🌍#ACTPAC#Biotechnology#Innovation
🌍 The @ACTPAC project was represented at K Fair 2025 by our partner @AIMPLAS!
Sonia Albein from AIMPLAS presented “The Importance of Environmental Impact Analysis: How Can We Adapt to Future Requirements?”, highlighting ACTPAC’s work towards sustainable and circular solutions.
🎉Welcome to Mathias Bille Nielsen and Anne Mette Schmidt, joining ACTPAC at Aarhus University!
Guided by PhD Frederik Vig Benfeldt, they'll work on improving CYP450 enzymes for recycling alkanes into valuable monomers. 👏
How do ester groups transform polyethylene? 🔬
Adding ester linkages tunes melting behavior while keeping crystallinity — paving the way for polymers with tailored properties.
👉 actpac.eu/news/from-polyethy…#PolymerScience#ACTPAC
♻️ Plastic waste isn’t just an environmental issue — it’s a health threat. Microplastics carry toxic chemicals that harm our bodies and ecosystems.
🔬 At ACTPAC, we’re developing biotech solutions for a cleaner, safer future.
📖 Read more: earthday.org/what-you-need-t…
ACTPAC was honored to be represented at EP’2025 in Harbin, China, where Katja Loos (@luzylein) (Zernike Institute, University of Groningen) delivered a keynote lecture on "Unleashing the Potential of Enzymes for Green Furan-Based Polymer Synthesis."🥽🧪 We thank the organizers!🌟
Great to see George Karchilakis presenting his ACTPAC project work at #EPF2025 — the European Polymer Congress with 1250 delegates from over 70 countries! 🌍👏 #PolymerScience#ACTPAC
Plastic harms human health🦠
Plastics release harmful chemicals into our air, food, and water. Microplastics are even found in human blood. This is causing serious health risks.
♻️ ACTPAC is working on safe, biodegradable alternatives.
🔗 More info: earthday.org/what-you-need-t…
🚀 @ACTPAC_EU Update!
We're excited to announce our upcoming consortium meeting in Utrecht. A great chance to share insights and strengthen collaboration. 🌍
Stay tuned for more updates!
#ACTPAC#Collaboration#Sustainability#Innovation
🌍 Meet the ACTPAC team from @uni_muenster ! 🧪
Led by Prof. Dr. Jochen Schmid, with Giulia Ravagnan, Sina Becker & Ann-Sophie Jochmann, they’re advancing whole-cell biotransformation of alkanes for sustainable innovation. 🔬♻️
Follow us for updates! 🚀🌱
♻️ Austria tackles plastic waste with new recycling systems to meet EU goals of 50% #recycling by 2025! 🌍
Efforts like the deposit return system & Horizon Europe’s ACTPAC project are paving the way for a circular economy.
Read more: actpac.eu/knowledge/austria-…
Thank you to Zheng Guo for representing the @ACTPAC_EU Project at the #SustainablePackagingSummit2024! 🌍
Stay tuned for a more detailed review of the event and the exciting discussions around the ACTPAC project. ♻️ Thank you for having us @PackagingEurope !
Ever wonder how materials are made? 🔬 Many require high energy, but #biocatalysis offers a greener solution! Microbial cell factories produce chemicals efficiently at low temps. ♻️
Want to #recycle plastic waste this way? Follow the ACTPAC project!
#Sustainability#plastic
🌍 In 2023, 400M tonnes of plastic were produced. Only 9% is recycled.
At ACTPAC, we're transforming PE waste—26% of global plastics—into biodegradable products. ♻️🌱
Join us in making a change!
👉actpac.eu/#Sustainability#PlasticRecycling#CircularEconomy
🔬 Exciting research from @univgroningen, an ACTPAC partner! Their study shows how the amylose/amylopectin ratio in starch affects the strength & self-healing of borax-crosslinked hydrogels, paving the way for sustainable, high-performance materials! 🌱💪
mdpi.com/2901624
Enzymes are Nature’s powerful catalysts, driving life’s biochemical reactions. They work efficiently under mild conditions, making them superior to chemical catalysts. At #AarhusEngineering, as part of #ACTPAC, we're developing enzymes to upcycle plastic waste. ♻️
@AarhusUni_int