The Department of Chemistry and Biochemistry at the University of Maryland has world-class multidisciplinary research programs dedicated to advancing the frontiers of energy science and technology, with a special focus on forward-looking approaches for catalysis, energy storage, green manufacturing and basic energy science.
The Department of Chemistry and Biochemistry plays a central role in energy research activities of the University of Maryland with programs in catalysis (Sita, Vedernikov, Gutierrez), electrocatalysis and fuel cells research (Rodriguez, Lee), solar fuels and fuel conversion (Vedernikov) and battery materials (Lee, Wang, Reutt-Robey). Research groups are interlinked with other energy research centers including UMERC (University of Maryland Energy Research Center) and NEES-EFRC (Nanostructures for Electrical Energy Storage, a Dept of Energy-funded Energy Frontier Research Center initiated and co-directed by Lee for advanced battery research, and including Wang, Eichhorn and Reutt-Robey as Principal Investigators. Energy related research in the department is strongly supported through federal funding agencies that include NSF, DOE, ONR, DOD and AFOSR. High-impact research in energy science has been highlighted in the popular media in recent years, and published in leading journals that include Nature Materials, Nature Nanotechnology, Nanoletters, ACS Nano, J. Am. Chem. Soc., and Angew. Chem. and others.
Nanomaterials science; synthesis and characterization of bio-nanotubes for nanotoxicology and biomedical applications; electrical energy storage; electrochemistry
Surface chemistry and interface science: nanostructured materials for energy science and chemical sensing; charge and mass transfer dynamics; scan probe microscopy and spectroscopy; aerosol molecular beam deposition; film growthRead More
Surface chemistry and interface science: nanostructured materials for energy science and chemical sensing; charge and mass transfer dynamics; scan probe microscopy and spectroscopy; aerosol molecular beam deposition; film growth
Inorganic materials and solid state chemistry; synthesis of transition metal (TM) oxides chalcogenides and pnictides; metastable materials; functional magnetic, electronic, and mixed-conductivity materials; X-ray and neutron diffraction ; magnetoelectrical transport
Li-ion batteries, Na-ion batteries, supercapacitors, and fuel cells; Electrochemistry; Nanostructured materials
Carbon nanotechnology; scanning probe lithography; directed assembly of nanoscale building blocks; new chemistries and physics based on nanostructured materials with implications to energy, electronics and biomedicine