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Stored and Geologic Hydrogen: How Michigan’s Geological Foundations Underpin its Energy Transition in the 21st Century
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Underground hydrogen storage systems are the largest-scale, longest-term energy storage systems we can currently engineer. They have been proposed as integral parts of balancing supply and demand for electricity in electricity grids with variable power production systems like wind and solar, as well as supporting large-scale production of chemicals like ammonia (a major feedstock of agricultural fertilizers). This presentation will discuss the major types of underground hydrogen storage and their use cases. It will discuss how underground hydrogen storage can support development of naturally occurring hydrogen resources (so-called “geologic hydrogen”). And it will explain how underground hydrogen storage could be integrated into Michigan’s energy ecosystem as a function of its geological assets.
Virtual Option: https://myumi.ch/r8y5M
In-person participants, please order lunch by Thursday, February 20 using this link: https://myumi.ch/G4X9n
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