Clean Energy Technologies

We are also investigating the impact of various nanomaterials on the energy efficiency of clean energy technologies, such as fuel cells and batteries. In particular, our work involves synthesizing ultrathin nanowires, core@shell nanostructures, and nanoparticles for catalysis to significantly increase fuel cell performance and lifespan. We employ sustainable, efficient, cost-effective, and reliable synthesis methods to improve fuel cell efficiency. This research is detailed in our publications, including J. Phys. Chem. C, v.113, 5460 (2009), and Energy & Environmental Sciences, v.8(1), 350-363 (2015). We are also interested in refining battery technologies through the use of nanomaterials. We have developed novel and facile synthesis methods to create nanomaterials that improve battery capacity, stability, charge transfer, and overall lifespan. This research is highlighted in invited contributions including Journal of Physics: Materials, 6(2), 024005 / 1-16 (2023) and ACS Physical Chemistry Au, 2(4), 331-345 (2022). One of the major successes of our work is the fact that most of our procedures involve ambient or low-temperature wet-synthesis methods that utilize commercially-available, low-toxic, and relatively inexpensive precursors. Our work has implemented nanomaterials with clean energy technologies, allowing us to create superior fuel cells and batteries all while maintaining a commitment to sustainable energy solutions.