This symposium highlights research and innovations fuel cells and hydrogen production which will enable deployment of clean, reliable and efficient power production while decreasing our dependence on oil and reducing carbon emissions. Submit your abstract and participate in this exciting international even
Back to Top ↑2021 Symposium Sessions |
| Monday October 18 |
| 10:30 | Fuel Cell Materials |
| 1:30 | H2 for the Energy Transition |
| Tuesday October 19 |
| 8:30 | Sustainability Track Keynotes |
| 1:30 | Emerging Batteries and Capacitors |
| Wednesday October 20 |
| 10:30 | Thermal Energy Storage |
| 1:30 | Engineering Battery Safety, Integration, and Systems |
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2021 Symposium Program |
| Monday October 18 |
|
| 10:30 | Fuel Cell Materials | Azalea 3 |
| Session chair: John Kopasz, Argonne National Laboratory & Peter Pintauro, Vanderbilt University |
| 10:30 | Material and Cell Development to Enable Fuel Cells for Heavy Duty Vehicle Application
R. Mukundan, D. Myers, R. Borup and A. Weber, Los Alamos National Laboratory, US |
| 10:55 | Development of Polymer Electrolyte Membranes for Electrochemical Energy Conversion Technology
C. Bae, Rensselaer Polytechnic Institute, US |
| 11:20 | Recent Advances in Electrospun Fiber Mat Electrode MEAs for Hydrogen/Air Fuel Cells, pp. 240-242
K. Waldrop, X. Fan, N. Kang, R. Wycisk, C. Gumeci, N. Dale, P. Pintauro, Vanderbilt University, US |
| 11:40 | Enhanced PEM Fuel Cell with 72% and 63% Porous Metal Flow Fields at the Anode and Cathode
N. Dukhan, University of Detroit Mercy, US |
| 12:00 | Heavy-Duty Fuel Cells based on Multi-Functional Catalyst Support
M. Ocampo, P. Matter, C. Holt, A. Beutel, N. Casillas, H. Xu, S. Zhong, G. Bender, C. Quesada, pH Matter LLC, US |
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| 1:30 | H2 for the Energy Transition | Azalea 3 |
| Session chair: John Kopasz, Argonne National Laboratory & Peter Pintauro, Vanderbilt University |
| 1:30 | Accelerating the Energy Transition through the Manufacturing and Supply of Hydrogen Fuel Cell-Powered Commercial Vehicles
S. Hirano, Hyzon Motors, US |
| 1:55 | Advanced Power Controls for Hydrogen Hybrid Microgrids (HHM) with Thermal Storage, pp. 243-245
D. Tucker, R.J. Lank, Resilient Power Works, LLC; National Energy Technology Laboratory, US |
| 2:15 | Reversible Fuel Cell System for Hydrogen Generation and Energy Storage
P. Matter, T. Hery, M. Ocampo, D. Klapp, A. Beutel, T. Dritz, Power to Hydrogen, LLC, US |
| 2:35 | Optimizing Hydrogen Storage for Carbon Footprint Reduction
D. Kiska, Anton Paar USA, US |
| 2:55 | Demonstration of On-demand Ammonia Production by High Pressure Microwave-Assisted Gas Catalysis
A. Welsh, R. Weiss, S. Melkote, J. Hu, C. Wildfire, Malachite Technologies, Inc, US |
| 3:15 | Integrating a Gas Turbine System and a Solid Oxide Steam Electrolyzer for Hydrogen Production, pp. 236-239
S.E. Hosseini, Arkansas Tech University, US |
| Tuesday October 19 |
|
| 8:30 | Sustainability Track Keynotes | Woodrow Wilson B |
| Session chair: Rebecca Locker, Modern Meadow |
| 8:30 | Performance-Advantaged Plastic Made from CO2 and Waste Biomass
M. Kanan, Stanford University, US |
| 9:00 | Recent Developments in the Utilization of Biomass-derived Nanomaterials and Enabling Technologies to Advance the Bioeconomy
O. Rojas, University of British Columbia, CA |
| 9:30 | Democratization of Sustainable Materials: How Performance is Desrisking a Path to a Post Petroleum Future
C. Dimmler, Checkerspot, US |
|
| 1:30 | Emerging Batteries and Capacitors | Azalea 2 |
| Session chair: Imre Gyuk, U.S. Department of Energy |
| 1:30 | Zinc Based Batteries to Enable The Transition From Fossil Fuels to Renewable Energy Sources
S. Banerjee, Urban Electric Power, US |
| 1:55 | Developing “Really Cool” Low Temperature Molten Sodium Batteries
E. Spoerke, Sandia National Laboratories, US |
| 2:20 | Non-aqueous flow battery development
R. Mukundan, S. Maurya, B.L. Davis, T.M. Anderson, Los Alamos National Laboratory, US |
| 2:45 | Nanocomposites of Mesoporous (Mn, Ti)- Oxides and Graphene Nanoplatelets for Charge Storage
J.D. Houck, V.S. Amar, R.V. Shende, South Dakota School of Mines and Technology, US |
| 3:05 | Economic viability of reconditioning 2nd life lithium ion batteries for grid services
N. Horesh, C. Quinn, A. Tong, H. Wang, R. Zane, J. Quinn, Colorado State University-Fort Collins, US |
| Wednesday October 20 |
|
| 10:30 | Thermal Energy Storage | Woodrow Wilson D |
| Session chair: Clifford Ho, Sandia National Laboratories |
| 10:30 | How Long-Duration, Thermal Energy Storage Can Support the Grid of the Future
B. Bollinger, Malta, Inc., US |
| 10:55 | Development of a Phase Change Energy Storage Module with High Recovery Rate for Power Generation Applications, pp. 224-227
M. Belaed, M.M. Rahman, Wichita State University, US |
| 11:15 | Economic Viability of Flexible Carbon Capture for Natural Gas Power Plants
J.C. Quinn, B.J. Limb, E. Markey, S. Garland, R. Vercellino, M.D. Pisciotta, P. Psarras, J. Wilcox, D.R. Herber, T. Bandhauer, Colorado State University, US |
| 11:35 | Hybrid Photovoltaic/Thermal Solar Plus Storage Cogeneration, pp. 211-214
M. Anderson, E. Gonzalez, Icarus RT, Inc., US |
|
| 1:30 | Engineering Battery Safety, Integration, and Systems | Woodrow Wilson D |
| Session chair: Erik Spoerke, Sandia National Laboratories |
| 1:30 | The Significance of Thermal Management for Lithium-ion Batteries in Electric Vehicles: Technology and Market Outlook
R. Collins, IDTechEx, US |
| 1:50 | A Review on the integration of brake performance and energy efficiency optimization of regenerative braking system
A. Meng, C.A. Garris, The George Washington University, US |
| 2:10 | Storage Synthesis of Power Systems via Dynamic Meta-control Schema, pp. 215-218
W. Kohn, Z.B. Zabinsky, Crowdpoint Technologies, US |
| 2:30 | US Navy Integrated Power & Energy System
S.P. Markle, US Navy, US |
| 2:50 | Battery Chemistry Agnostic Grid-Tied Secondary Use Energy Storage System
M. Chinthavali, M. Starke, S. Campbell, B. Xiao, Oak Ridge National Lab, US |
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Development of Polymer Electrolyte Membranes for Electrochemical Energy Conversion Technology
Accelerating the Energy Transition through the Manufacturing and Supply of Hydrogen Fuel Cell-Powered Commercial Vehicles
