A recent study has shed light on the untapped potential of white hydrogen, a clean-burning gas that could potentially play a pivotal role in combatting the climate crisis. White hydrogen, also known as 'natural' or 'geologic' hydrogen, has garnered attention for its ability to replace fossil fuels in energy-intensive industries like aviation and steel-making. Scientists have long explored the existence of white hydrogen within the Earth's crust, and a breakthrough now reveals that mountain ranges such as the Pyrenees and the European Alps could be rich reservoirs of this environmentally friendly fuel. Through computer modeling of tectonic plate movements, researchers have identified regions where conditions are conducive to the generation of white hydrogen. The study focuses on 'serpentization,' a natural process where water interacts with iron-rich rocks from the Earth's mantle to produce hydrogen. By pinpointing areas with large volumes of mantle rock at suitable temperatures and water circulation, the study suggests that white hydrogen could be a game changer in the energy landscape. While the commercialization of white hydrogen may be a long-term endeavor requiring infrastructure development and extraction methods, experts remain optimistic about its potential. Geologists view this discovery as a significant step towards sustainable energy production, with parallels drawn to the historical evolution of oil extraction. The research provides a quantitative framework for assessing white hydrogen potential in various geological settings, guiding exploration efforts in regions with high resource prospects. As exploration activities expand in countries like France, the Balkans, and the US, the future of a white hydrogen industry seems promising. While challenges lie ahead in refining extraction techniques and establishing storage and transportation infrastructure, the study anticipates a transformative impact on geologic hydrogen exploration. Ultimately, white hydrogen holds the promise of offering a green fuel alternative that could revolutionize energy production and contribute significantly to combating climate change.