BOTTLE is an @Energy consortium focused on developing chemical upcycling strategies for plastics and redesigning tomorrow's plastics to be recyclable by design.
As genomic databases grow and AI advances, efficient protein characterization is key. We present a low-cost, scalable pipeline for purifying 96 proteins in parallel, with weekly throughput of hundreds! https://t.co/Tx96h4IdXb
Affordable, small-scale bioreactors are now more accessible for researchers! Our latest work in ACS Biochemistry enhances the https://t.co/nkrB4GBMOt system with continuous pH monitoring and control for PET depolymerization. https://t.co/aTqb83u8Tr
We recently collaborated with @NIST and @HPU to complete a comprehensive dataset for plastic additives in the ocean that was published in #Chemosphere: https://t.co/VS0kmsslKQ
🌱♻️ Exciting new research explores bio-based alternatives to PMMA for enhanced circularity in polymers! Read more about the sustainable evolution of polymer materials! #biobased#circulareconomy#polymerinnovation@CellCellPress
https://t.co/lT3xd2ZiCI
Synthetic PHAs and biologically derived PHAs can be combined to make super materials! Check out our recent publication in @angew_chem led by Dr. Zhen Zhang from the Chen Research Group at @ColoradoStateU: https://t.co/szQL1FKjBi
PHAs are diverse polymers that can be applied beyond just packaging! Check out our recent paper in @ScienceAdvances led by Robin Cywar on PHA elastomers: https://t.co/3H6uDV4qm7
Thermosets continue to be a challenge to recycle. Check out our recent paper on base mediated depolymerization of epoxy thermosets in @ACSPublications@ACSSustainable : https://t.co/DUAVPS2LhI
How can we use machine learning platforms to predict recyclable-by-design polymers? Check out our recent publication on our PolyID inverse design tool in @MacroJrnls_ACS: https://t.co/krTC7180mc
Check out this great collaboration on chemically recyclable polyolefin like copolymers between BOTTLE and @MiyakeLabGroup recently published in @ScienceMagazine! https://t.co/EkUaM6oeRk
Autoxidation is an effective tool for converting plastic waste to useful building blocks and can also be applied to lignin! Check it out in our more recent paper in @JPhysChem : https://t.co/jqdp2eVZMO
@PolyUpcycling envisions a future where plastic materials are both recyclable and biodegradable! Check out our perspective in @OneEarth_CP on our approach to mono-material design led by @ethanquinnchem and Eugene Chen's research group at @csu_chemistry: https://t.co/qOk9PahEal
@PolyUpcycling believes in analysis guided research to create a circular economy. Check out our publication presenting a comprehensive #TEA and #LCA of gasification of #plasticwaste to various downstream products in @green_rsc led by Shaik Afzal: https://t.co/qnVABEaZMw
Another great publication in @Nature from @PolyUpcycling led by Ryan Clark in Eugene Chen's group at @csu_chemistry on mixed plastic recycling! https://t.co/kN4NcMlpTu