Rhys Forgie
Papers
1
Total Citations
98
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1
About
Dr. Rhys Forgie is a leading figure in electrocatalysis, renowned for pioneering high-throughput combinatorial methods to accelerate the discovery of advanced materials for energy conversion. His foundational work, particularly the 2009 study "Combinatorial Study of High-Surface-Area Binary and Ternary Electrocatalysts for the Oxygen Evolution Reaction," has garnered 98 citations and established a paradigm for rapidly screening nanoparticle catalysts. By designing a 16-chamber electrochemical platform with individually addressable electrodes, Forgie enabled the systematic evaluation of high-surface-area catalysts, dramatically reducing the time needed to identify promising compositions for the oxygen evolution reaction—a critical bottleneck in water-splitting and renewable fuel technologies. His contributions have directly advanced the development of more efficient, durable electrocatalysts, impacting fields from sustainable hydrogen production to fuel cells. Forgie’s work is essential reading for researchers seeking to merge combinatorial chemistry with electrochemical engineering, offering a blueprint for high-speed materials optimization that continues to inspire next-generation catalyst design.
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