HERO PLATE
EXPLORATION LOG
The energy
future is under
your feet.
Naturally occurring hydrogen — geologic, radiologic, microbial, primordial — exists in the earth in quantities that could power humanity for hundreds to thousands of years.
Today · pre-natural-H2
Could power humanity centuries
Prospectivity score
April 2026 · still infancy
PUBLIC · v1.1
FOUR SOURCES
USGS CONFIRMED 2025
Hydrogen is in
the earth.
Four ways
it gets there.
For most of chemistry's history, naturally occurring hydrogen wasn't supposed to be on earth — too reactive, too eager to combine, too light to stay. Recent science has overturned that assumption. Four distinct subsurface processes produce it.
THREE STEPS
OUR ROADMAP
Locate it.
Get it.
Use
it.
Most meaningful natural-hydrogen accumulations are speculated to lie in the Midwestern United States, between five and fifteen miles underground. None of the three steps are solved problems — and none of them are unsolvable.
We're picking the right tools from radio broadcast, fusion research, petroleum, and laser spectroscopy, and combining them into something the natural-hydrogen industry will need anyway.
The laser looks down.
Hydrogen is hard to detect in free air, target areas span 1,000+ square miles, and satellite sampling alone is too coarse. We're developing LDLARS — Long Distance Laser Absorption and Refractive Spectroscopy — for aerial detection. Combined with LiDAR surface mapping and GPS, the platform is designed to be inexpensive to operate, accurate, and fast to analyze. Field-flown today on Cellen H2's H2-6 hydrogen-powered drone.
The borehole goes deep.
Conventional drilling cannot reach 5–15 mile depths. We investigated excimer laser ablation in 2023 and found it insufficient for our intended use. New tools borrowed from the radio broadcast and fusion industries are being engineered for borehole work. Once at depth, we develop centrifugal densification and a version of HEED — high-efficiency electro-dialysis — for at-well diffuse gas capture.
The chemistry goes wide.
Pure hydrogen is valuable on its own — but the chain that follows is what closes the economics. With sister company Enthusiast Power, the gas runs the MK6 turbine 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.
REELFOOT RIFT
USGS PP-1900
The Reelfoot
Rift is the
target.
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.
Our own data, 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.
HONEST DIFFICULTY
NOT UNSOLVABLE
The frontier
is real.
So are
the problems.
Investor pitches that gloss over the technical difficulty don't age well. The natural-hydrogen industry has three structural problems that have to be solved before commercial production scales — we're working on each one and we're candid about which we don't have an answer for yet.
It's not all pure.
Tested concentrations 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's far down.
Conventional drilling can't reach 5–15 mile depths. We investigated excimer laser ablation in 2023 and found it insufficient. Borehole technologies from the radio broadcast and fusion industries are being engineered now. This is the longest-horizon piece.
EXPLORATION BENCH
SINCE 2023
The bench
is bigger than
the company.
Three institutional partners anchor the program. Behind them, 75+ contributors — engineers, geologists, regulators, advisors — work with us on a paid task-and-project basis. We don't ask anyone to work for free, and we don't pretend we have the headcount to do this alone.
Core team and contributors · partial roster
CONTACT FORM
BY BRIAN DIRECTLY
Talk
to us.
Geologists, regulators, drilling engineers, laser physicists, hydrogen safety experts, off-takers, investors, and curious researchers — every inquiry is read by Brian directly. We respond within two business days.