معرفی
Peter M Graham serves as a Professor in the Department of Chemistry and Biochemistry at Saint Joseph's University, where he has led research since 2008. His work focuses on developing transition metal catalysts for carbon dioxide activation to address global carbon cycle imbalances and reduce fossil fuel dependence.
His educational journey includes:
- BS in Chemistry from the College of William and Mary (2000), conducting research on copper polymeric networks under Dr. Robert Pike
- PhD from the University of Virginia (2005) with Dr. Dean Harman on tungsten dearomatization agents
- Postdoctoral Fellowship at the University of British Columbia (2005-2008) with Dr. Peter Legzdins in carbon-hydrogen bond activation
Graham's research program centers on carbon dioxide activation and utilization, specifically designing tungsten and molybdenum catalysts to overcome CO2's chemical stability. His lab synthesizes air- and moisture-sensitive transition metal complexes that convert CO2 into valuable chemicals, offering economically viable carbon mitigation strategies. This work bridges fundamental organometallic chemistry with urgent environmental applications in sustainable chemical manufacturing.
Analysis of his 15 most recent publications reveals consistent focus on tungsten/molybdenum-mediated small molecule activation (CO2, CO, hydrocarbons), with recurring themes in C-H functionalization, heterocyclic dearomatization, and metal-CO2 complex synthesis. His research demonstrates progression from fundamental reaction mechanisms toward practical carbon utilization technologies.
His scientific recognition includes:
- American Chemical Society - Petroleum Research Fund Undergraduate Research Grant (2014-2017) for "Synthesis and Reactivity of Molybdenum and Tungsten Carbon Dioxide Complexes"
Graham actively mentors undergraduate researchers in all aspects of chemical synthesis and characterization, securing external funding to support student training. His public engagement includes a feature on WHYY's The Pulse discussing CO2-to-plastics conversion. His laboratory maintains strong industry connections through the ACS-PRF grant, advancing translational research in carbon capture and utilization.
His research group operates within Saint Joseph's University's Department of Chemistry and Biochemistry, maintaining specialized facilities for air-sensitive synthesis and spectroscopic characterization to advance sustainable catalytic processes.
