UGA New Materials
@UGANewMaterials
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Integrated systems approach to challenges of design & disposal of products and materials. Dir @LocklinLabUGA. Unit of UGA OVPR Tweets our own and RT not endorse
Georgia, USA
Joined February 2017
Demand for wheeled bins presents a challenge and an opportunity. Learn how @UGANewMaterials is prompting change with metal "wheelies" to reduce microplastic pollution: https://t.co/6abgxKBvyh
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Faculty and students from @UGANewMaterials presented recent work at the fall meeting of the Center for Bioplastics and Biocomposites, or CB2. https://t.co/984qAuZEIG
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Where to find us on social media! TIA for liking, sharing and helping us grow our community!
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Ana’s time at @UGANewMaterials gave her unique opportunities to lead, explore, and grow as an undergraduate researcher. 💡 📽️ Watch and read her story: https://t.co/V0j3XdYWAR
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Most “green” plasticizers have poor compatibility with PHB-co-HHx. Researchers @UGANewMaterials developed novel plasticizers derived from biobased FDCA that were compatible with PHB-co-HHx, utilizing Hansen solubility parameters as a guide. https://t.co/FQ6ifYUkgm
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Jodie Stone graduated in 2025 from @universityofga with a double major in biology and music. During her time at UGA, she twice worked in our Industrial Microbiology Laboratory. She talked to us about what she learned while working @UGANewMaterials. https://t.co/x79QnmzGmN
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Researchers @UGANewMaterials focused on modifications and variations of 9 lignin-derived semiaromatic poly(ether ester)s to overcome performance inconsistencies in biobased composites and blends utilizing lignin. w/@LocklinLabUGA
https://t.co/EbWdADJA5V
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Tiffanie Torrey is a recent graduate from @universityofga who found a unique connection between microbes and sustainability while working at @UGANewMaterials. 🌿🧫 See how her lab experience is shaping her perspective and her future. https://t.co/JJuQpzgPkN
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Demand for wheeled bins presents a challenge and an opportunity. Learn how the NMI is prompting change with metal "wheelies" to reduce microplastic pollution. https://t.co/6abgxKC3nP
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@UGANewMaterials researchers saved time, money and active pharmaceutical ingredient when they applied a methodology for pre-clinical tablet formulation development. Learn more: https://t.co/K58STKT55q
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Study: PHB and PHB-co-HHx blended with industrially compostable elastomer impact modifier resins from @gd_bioresins demonstrated improved toughness, biodegradability at >90% within 120 days. https://t.co/HKcrvE8hJ6
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@UGANewMaterials welcomes a new instrument, the @SigrayInc Eclipse XRM-910 Micro-CT, through the Georgia Electron Microscopy (GEM) facility @universityofga. @BreeannaUrbano1 coauthored the grant and plans to use the instrument in her biopolymer research. https://t.co/xcKABmdysN
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Researchers from @UGANewMaterials streamline the ASD tablet production process by combining hot-metal extrusion and injection molding, creating a novel manufacturing process for abuse-deterrent pharmaceutical tablets. (with @LocklinLabUGA ) https://t.co/K4znyVL6Pp
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A research team, including four faculty from @UGANewMaterials, has created a novel, PVC-based mesh scaffolding for soft tissue disorders that can be 3D printed and has greater flexibility and biocompatibility than those currently in use. https://t.co/q0frPOL80M
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Where to find us on social. TIA for liking, sharing and for helping us grow our community!
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A UGA NMI-led research team developed a novel process for recycling fibers from decommissioned wind turbine blades and conducted a life cycle analysis to determine its sustainability. https://t.co/OQI5E5pnkx
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@UGANewMaterials has joined the @GGGInitiative and looks forward to working with its members to help ghost gear disappear from our oceans. Learn more at https://t.co/vm863Mihzh
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