Insights from the clean molecule economy.

In the dark waters off Svalbard, far above the Arctic Circle, a small scientific team is racing a clock most of the energy world cannot hear. Led by molecular ecologist Juan Galarza of the University of Oulu in Finland, the group has spent three summers pulling sediment from cold seeps on the Arctic seafloor, sometimes from more than 1,000 feet below the surface. Their quarry is not oil, gas, or minerals. It is bacteria that produce hydrogen as a natural byproduct of their me

Iceland is famous for turning volcanic heat into electricity and hot water. Less well known is that the same volcanic plumbing quietly releases hydrogen gas, and most of it simply drifts into the sky. As the island nation courts India as a partner for geothermal energy, carbon capture, and green hydrogen (George, 2026), a quieter question deserves attention. Could Iceland's next export be expertise in hydrogen that the Earth makes on its own? Natural hydrogen, sometimes calle

Iowa is famous for corn, soybeans, and the nitrogen fertilizer that feeds them. It may soon be known for something else. Snowfox Discovery, a natural hydrogen exploration company backed by bp Ventures and Rio Tinto, has secured more than 10,000 acres of exploration leases in Audubon County, Iowa, marking its first major land position in the United States (Hydrogen Central, 2026). The company is targeting the Mid-Continental Rift, which it calls the most prospective region in

For a century, hydrogen has been something humanity manufactures. Refineries and fertilizer plants make it from natural gas, and the new generation of electrolyzers makes it from water and electricity. Research now suggests the planet has been making hydrogen on its own all along, and that some of the best places to look for it may sit beneath two of Europe's most famous mountain ranges. A September 30, 2026 feature in Futura-Sciences drew renewed attention to this idea, desc

HyTerra, the Australian listed explorer chasing naturally occurring hydrogen beneath the Kansas prairie, announced on September 21, 2026 that it will share exploration data and samples from its Kansas program with research teams at Texas A&M University, the University of Texas at Austin, and the New Mexico Institute of Mining and Technology (Fuel Cells Works, 2026). The three teams will split US$250,000 in funding provided by Renaissance Philanthropy's Chimaera Fund, with sup

Europe's mountain ranges have spent millennia advertising themselves as scenery. New research suggests the Alps and Pyrenees may also be sitting on something far less picturesque and far more valuable: natural pockets of hydrogen gas formed deep within the rock itself, with no electrolyzer, no natural gas feedstock, and no carbon capture equipment required to make it clean. Most of the hydrogen economy's growing pains so far have come from how expensive and energy hungry it i

For decades, every significant natural hydrogen find on record has been an accident. French researchers tripped over the Lorraine deposit while scanning old coal seams for methane. A well in Mali that has been quietly powering a village since the 1990s dates back to a 1987 surprise that nobody was looking for. The entire field has been, until very recently, the geology equivalent of finding money in an old coat pocket. That changed in January 2026, when a small Canadian compa

For more than a decade, a working mine near Timmins, Ontario has been quietly exhaling hydrogen from boreholes drilled into billion-year-old rock. Nobody measured it. Nobody published the numbers. That changed on May 18, 2026, when a research team led by geochemist Barbara Sherwood Lollar of the University of Toronto and Oliver Warr of the University of Ottawa published findings in the Proceedings of the National Academy of Sciences that the hydrogen economy can no longer aff

Koloma, a clean energy technology company based in Denver and founded in 2021, is quietly transforming how the world thinks about...