SDG 9: Industry, Innovation, and Infrastructure - Build resilient infrastructure, promote inclusive and sustainable industrialization and foster innovation
Adam C. Powell, IV is a Professor in the Mechanical & Materials Engineering department who joined the WPI faculty in August 2018. His field is materials processing, and research focuses on greenhouse gas emissions reduction, elimination, and drawdown. Current projects aim to produce magnesium metal at aluminum smelters, generate electricity from biomass at high efficiency with negative overall emissions, reduce or eliminate aviation greenhouse gas impact, power ships and trains with zero emissions, and improve grid stability as we drive toward 100% renewables. The primary tools for achieving these goals are mathematical and techno-economic modeling of metal processes, particularly electrochemical processes, validated by key experiments.
Powell’s research has resulted in 22 patents and 113 publications across materials classes: metal extraction/refining and product development, thin films, ceramic coatings, polymer membranes, batteries, and electromagnetic propulsion. He is Chief Scientific Advisor at Thalon Materials, a startup company working on making magnesium in aluminum smelters, and helped to start Solcoa Industries, a rare earth metal manufacturer. He is the author of nine open source computational tools in materials processing, microstructure and thermodynamics modeling. He is an enthusiastic proponent of international R&D collaboration, and is the Founding Director of two Major Qualifying Project (senior team capstone) sites in Japan: Kyoto-KUAS, and Tokyo.
Visit Digital WPI to view student research and projects advised by Professor Powell.
Adam C. Powell, IV is a Professor in the Mechanical & Materials Engineering department who joined the WPI faculty in August 2018. His field is materials processing, and research focuses on greenhouse gas emissions reduction, elimination, and drawdown. Current projects aim to produce magnesium metal at aluminum smelters, generate electricity from biomass at high efficiency with negative overall emissions, reduce or eliminate aviation greenhouse gas impact, power ships and trains with zero emissions, and improve grid stability as we drive toward 100% renewables. The primary tools for achieving these goals are mathematical and techno-economic modeling of metal processes, particularly electrochemical processes, validated by key experiments.
Powell’s research has resulted in 22 patents and 113 publications across materials classes: metal extraction/refining and product development, thin films, ceramic coatings, polymer membranes, batteries, and electromagnetic propulsion. He is Chief Scientific Advisor at Thalon Materials, a startup company working on making magnesium in aluminum smelters, and helped to start Solcoa Industries, a rare earth metal manufacturer. He is the author of nine open source computational tools in materials processing, microstructure and thermodynamics modeling. He is an enthusiastic proponent of international R&D collaboration, and is the Founding Director of two Major Qualifying Project (senior team capstone) sites in Japan: Kyoto-KUAS, and Tokyo.
Visit Digital WPI to view student research and projects advised by Professor Powell.
SDG 9: Industry, Innovation, and Infrastructure - Build resilient infrastructure, promote inclusive and sustainable industrialization and foster innovation
SDG 12: Responsible Consumption and Production - Ensure sustainable consumption and production patterns
SDG 13: Climate Action - Take urgent action to combat climate change and its impacts
SDG 17: Partnerships for the Goals - Strengthen the means of implementation and revitalize the global partnership for sustainable development
Professor Powell focuses his research on validated mathematical modeling of metal process development for clean energy and energy efficiency.
FEATURED PUBLICATIONS:
Telgerafchi, A. E., Rutherford, M., Espinosa, G., McArthur, D., Masse, N., Perrin, B., ... & Powell IV, A. C. (2023). Magnesium production by molten salt electrolysis with liquid tin cathode and multiple effect distillation. Frontiers in Chemistry, 11.
Wu, Y. J., Scarponi, J., Powell, A., & Jayachandran, J. (2023). Magnesium hydride slurry: A potential net-zero carbon dioxide emitting aviation fuel. Fuel, 333, 126232.
Powell, A., Lechasseur, K., & Wodin-Schwartz, S. (2022, August). Improvement in Student Learning Objectives from Group Discussions Between Exam Sittings. In 2022 ASEE Annual Conference & Exposition.
Shahabuddin, M., Powell IV, A. C., & Wang, Y. (2022). Preliminary Economic Analysis of Red Mud Valorization via Colloidal Aqueous Electrolytic Reduction in a Modern Electricity Infrastructure. Journal of Sustainable Metallurgy, 8(2), 900-912.
Chinwego, C., Wagner, H., Giancola, E., Jironvil, J., & Powell, A. (2022). Technoeconomic analysis of rare-earth metal recycling using efficient metal distillation. Jom, 74(4), 1296-1305.
Moudgal, A., Buasai, S., Wu, Y. J., McMahon, A., Hazerjian, J. M., Luu, V., ... & Zhong, Y. (2021). Finite element analysis and techno-economic modeling of solar silicon molten salt electrolysis. JOM, 73, 233-243.
FEATURED PATENTS: