The energy future
is under your feet.
Naturally occurring hydrogen — geologic, radiologic, microbial, primordial — exists in quantities that could power humanity for hundreds to thousands of years.
Today · pre-natural-H2
Could power humanity centuries
Prospectivity score
as of April 2026
Hydrogen is in the earth.
Four ways it gets there.
For most of chemistry's history, naturally occurring molecular hydrogen wasn't supposed to be found. It was assumed to be too reactive, too eager to combine, too light to stay in place. Science started to overturn that assumption in the 1960s, again in the 1980s with exploration. In 2025 the USGS published the first-ever map of geologic hydrogen potential across the United States — a landmark study that put the resource on the national map.
Locate it.
Get it.
Use it.
Meaningful natural-hydrogen accumulations are believed to sit 1,500 to well over 5,000 meters below the central United States and elsewhere. None of the three steps to recover and use it are solved — none are unsolvable either.
Our laser looks down.
Hydrogen is hard to detect in free air and target areas span 1,000+ square miles. Satellite sampling alone is too coarse and aircraft too expensive. We're developing LDLARS — Long Distance Laser Absorption and Refraction Spectroscopy — for aerial detection of seeps that may indicate a larger system below. Combined with LiDAR surface mapping and GPS, the platform is designed to be inexpensive, accurate, and fast to analyze. Field-flown today on Cellen H2's H2-6 hydrogen-powered drone.
The borehole goes deep.
Conventional rigs reach 1,500 to 4,000 meters routinely, so the barrier is not reach — it is drilling and completing a well economically for a gas the industry has never targeted. We investigated excimer laser ablation in 2023 and found it insufficient for our intended use. Tools borrowed from the radio broadcast and fusion industries are being engineered for geothermal borehole work that crosses directly into natural hydrogen.
The chemistry goes wide.
Pure hydrogen is valuable on its own — but the chain that follows is what really closes the economics. With sister company Enthusiast Power, the gas runs the MK6-NGT for carbon-free electricity and heat. With Enthusiast Products, it becomes ammonia, methanol, nitric acid, and SAF. The same well site supports multiple revenue layers as the platform matures.
The Reelfoot Rift
is the target.
We've been researching the Reelfoot Rift since 2023. A buried Precambrian-age rift system running through the central United States — Missouri, Arkansas, Tennessee, Kentucky. The geology is exactly what serpentinization needs: deep iron-bearing rocks, groundwater pathways, and reservoir-grade caprock above.
That research, the USGS PP-1900 assessment, and gas sample publications from May 2025 confirm that high-purity hydrogen is available from these processes in our target areas. Now we have to recover it.
The frontier is real.
So are the problems.
Resource industries don't skip stages. Exploration proves the resource is real. Discovery proves it can be recovered. Commercialization proves it makes money at scale. Natural hydrogen is at the early end of that arc.
It's not all pure.
Tested concentrations from the industry range from 20% to 96% hydrogen. Low-purity gas is insufficient for most uses. Reservoirs need per-site characterization — and downstream tools have to tolerate variability the petroleum industry never had to deal with.
It wants out.
Hydrogen is the smallest atom. It leaks through containers that hold every other industrial gas. It's explosive in air across a 4–75% concentration range — natural gas only explodes between 5–15%. Storage, transport, and leak detection are all open problems.
It has to keep coming.
A show of gas is not a resource. A well has to deliver a commercial rate and hold it — and because hydrogen here is generated continuously rather than trapped in a finite charge, nobody yet knows what a sustained rate looks like over years. Until a well is drilled and produced hydrogen at volume is proven, we remain explorers.
The knowledge bench.
Core team and contributors · partial roster
Advisors
Talk to us.
Geologists, regulators, drilling engineers, laser physicists, hydrogen safety experts, off-takers, investors, and curious researchers — we'd love to hear from you.