Michigan is committing $7.5 million toward research into geologic hydrogen, an underground clean energy resource that produces only water when burned, with no greenhouse gas emissions. State officials view this as a potential tool to decarbonize major industrial sectors including transportation, steel production, and cement manufacturing, which are significant contributors to the state’s overall emissions.
A 2025 U.S. Geological Survey identified Michigan as having substantial potential for geologic hydrogen reserves. Following this finding, Governor Gretchen Whitmer directed state resources into expanded research efforts in January, leading to the current funding allocation. Kevin Mehren, director of the Michigan Infrastructure Office, described geologic hydrogen as a major decarbonization tool with potential applications across multiple economic sectors.
Michigan’s geography positions it favorably for this research. The state sits atop the Midcontinent Rift, a geologic formation created over 1 billion years ago that produced the Michigan Basin. This structure contains deeper, older rock formations near the basin’s edges—including areas near Detroit and Traverse City—where hydrogen may have naturally formed. The region’s existing oil and natural gas drilling infrastructure and productive gas fields offer practical advantages for exploration efforts.
University of Michigan researcher Brian Ellis noted that existing wells drilled for oil and natural gas may contain valuable data about hydrogen deposits that has not yet been systematically analyzed. Ellis expressed hope that initial state funding could attract federal support, noting that the U.S. Department of Energy allocated approximately $20 million in 2024 for geologic hydrogen projects.
State officials have framed geologic hydrogen as potentially appealing across political lines, emphasizing both its domestic resource status and its role as a zero-emission energy source. Companies in Kansas, Nebraska, and Iowa are already conducting drilling operations for geologic hydrogen based on similar geological assessments.
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