Most “green” plasticizers have poor compatibility with PHB-co-HHx. Researchers @uganewmaterials.bsky.social developed novel plasticizers derived from biobased FDCA that were compatible with PHB-co-HHx, utilizing Hansen solubility parameters as a guide.

newmaterials.uga.edu/locklin-grou...

Jodie Stone graduated in 2025 from @universityofga.bsky.social with majors in biology and music. In her last year, she also completed her second stint working @uganewmaterials.bsky.social. She talked to us about her experiences working at the UGA NMI.
newmaterials.uga.edu/student-prof...

Researchers UGA New Materials Institute 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.
newmaterials.uga.edu/locklin-grou...

Tiffanie Torrey is a recent graduate from @universityofga.bsky.social who found a unique connection between microbes and sustainability at the @uganewmaterials.bsky.social. 🌿🧫 See how her lab experience is shaping her perspective and her future. 📽️
newmaterials.uga.edu/student-prof...

PHB and PHB-co-HHx blended with industrially compostable elastomer impact modifier resins from Green Dot Bioplastics demonstrated improved toughness, biodegradability at >90% within 120 days.

newmaterials.uga.edu/blending-ela...

@uganewmaterials.bsky.social has joined the Global Ghost Gear Initiative and looks forward to working with its members to help ghost gear disappear from our oceans.
newmaterials.uga.edu/uga-new-mate...

Thank you to the @Georgia Peanut Commission for continuing to support our work to create a value-added product from peanuts!

newmaterials.uga.edu/georgia-pean...

Where to find us on social. TIA for following us, liking our posts and for helping us grow our community!

@uganewmaterials.bsky.social is committed to developing technologies that protect animals, people, and our planet. Together, we can create a future where innovation and sustainability go hand in hand. 🌍🌱#EarthDay

A spore-bearing biocomposite TPU is a promising alternative elastomer for manufacturers of footwear, medical devices, automotive parts, and more. Read the latest study from the research team, which includes members from the UGA New Materials Institute.
newmaterials.uga.edu/spore-bearin...

Congrats to our colleague, Dr. Hitesh Handa, on being named a Regents' Entrepreneur! His biomedical innovations, including infection-preventing biomaterials & startup Nytricx, Inc., are transforming healthcare.
newmaterials.uga.edu/handa-named-...

Celebrating Global Recycling Day! Learn more about our compostable technologies at newmaterials.uga.edu

4 faculty members affiliated with @uganewmaterials.bsky.social are among 8 from @universityofga.bsky.social who will be inducted into the National Academy of Inventors’ Senior Members in 2025. Congratulations to our NMI faculty!
newmaterials.uga.edu/national-aca...

Power-to-protein (PtP) technology could provide relief in Ethiopia and other areas vulnerable to famine and food insecurity. What is PtP and how can it help? Learn more:
newmaterials.uga.edu/power-to-pro...

Demand for wheeled bins presents a challenge and an opportunity. Learn how @uganewmaterials.bsky.social is prompting change with metal "wheelies" to reduce microplastic pollution:
newmaterials.uga.edu/uga-new-mate...