We explored the effect of various treatments to remove metals from rendered fat, leading to significant improvements in the value of the material collected and enabling their use for the production of biodiesel (while solving a waste management problem).
Armelle just received an award for Best Oral Presentation in Computer Science at the South Carolina Junior Academy of Science (Charleston, SC – 03/2023)!
We are very exited to welcome the 2023 Cohort of REU Students!
Clemson University breaks ground on $130-million Advanced Materials Innovation Complex!
Paper describing the use of alginate-NADES as new biosensors has been published in the J. Molecular Liquids. Thanks to a great team for making it possible!
František Foret, Doo Soo Chung, Jana Lavická, Jan Přikryl, Haengdo Lee and Iveta Drobníková (Separations 10 (2023) 109)
Aiming to streamline the synthesis of new NADES, we propose the use of a transformer-based machine learning approach. This strategy has the potential to impact several industries and promote use of deep eutectic mixtures to replace traditional solvents.
GSSM students presented posters at SERMACS 2022 Congratulations to Armelle Varillas and Aubree Miller, who participated in our REU program this summer presented posters at the conference in Puerto Rico! Participation of these students in the program was possible due to the support from NSF – Division of Chemistry, award CHE-2227374 (2022). …
Lucas Ayres, a Ph.D. student in Garcia’s lab, used a natural polymer to coat electrodes (making them flexible enough to withstand bending) and added a thin layer of gold (to improve the electron transfer process). In collaboration with Kristi Whitehead, a senior lecturer in the Department of Biological Sciences, they developed a device that can…
Many thanks to Sergio and Chris, for the opportunity to help with a project to describe how the potential applied to an electrode can affect the orientation and subsequent activity of an adsorbed enzyme.
