New research suggests that geologic hydrogen, a clean energy source, is naturally occurring underground and could be extracted for energy production. A U.S. Geological Survey study highlighted Michigan as a promising location for geologic hydrogen due to its favorable geological features. The process of serpentinization or radiolysis creates hydrogen underground through reactions with water and iron-rich rocks. Previously overlooked, geologic hydrogen is now viewed as a potential renewable energy source that can be harnessed without producing carbon emissions. The study identified regions in the U.S., including Michigan, with the right conditions for geologic hydrogen accumulation, inspiring further exploration. A multi-million-dollar grant from the Department of Energy supported research into geologic hydrogen, focusing on both naturally occurring and stimulated hydrogen projects. Experts believe that Michigan, with its ideal composition of hydrogen sources, reservoirs, and cap rocks, could play a vital role in advancing geologic hydrogen production. The discovery of geologic hydrogen pools offers a sustainable alternative to traditional energy sources and has attracted significant interest from industries aiming to capitalize on this eco-friendly energy solution.