The Next Frontier of Hydrogen is Under Our Feet
This is no longer theoretical. From France to Australia to the U.S., early-stage projects are drilling, sampling, and analyzing the potential of geologic hydrogen. As discoveries scale, the question isn’t if we’ll use this hydrogen—it’s how fast we can bring it online. The opportunity is enormous, and the time to move is now.
Geologic hydrogen—naturally occurring hydrogen trapped beneath the Earth’s surface—is emerging as one of the most exciting frontiers in clean energy. Unlike hydrogen that must be manufactured, this is hydrogen that simply exists. Tapping it could unlock vast, low-cost, low-emissions supplies that change the economics of hydrogen forever.
While others explore the opportunity, SKYRE is building and delivering the technologies that could power it.
While exploration identifies underground resources, one fact is clear: accessing geologic hydrogen requires efficient, economical, and reliable separation and compression. That’s exactly what H2RENEW™ delivers—recovering hydrogen at up to 99.999% purity from mixed gas streams. Originally built for complex industrial use, it’s a natural fit for the geologic hydrogen value chain.
We don’t need perfect conditions to deliver results. We thrive where others struggle—with dilute streams, intermittent flow, or unrefined inputs. This is where H2RENEW shines, offering a cost-effective path to produce usable hydrogen at prices that can rival or beat traditional production—as low as $1/kg.
SKYRE brings something rare to this race: deployable, field-tested tech that’s already designed to work in the real world—not just in the lab. We’ve been building and refining hydrogen separation and recycling systems for nearly two decades, and that experience translates into actionable value for our partners.
We’re ready for this next chapter. As the world wakes up to the power of geologic hydrogen, SKYRE is already there—making it real, usable, and cost-effective.
Hydrogen has always been a strategic asset. Now it’s naturally occurring—and within reach.
The opportunity is enormous. Let’s seize it—together.
Breakthroughs in Geometric Glyph computing And consciousness
2moBreakthroughs in Geometric Glyph computing And consciousness
2mo🚨 Breakthrough: I’ve developed a system called the Subsurface Hydrogen Battery (SHB) that eliminates the need for salt caverns or specific geological formations to store hydrogen underground. Instead of relying on natural voids or high-integrity sites, the SHB uses a structured piping-and-cylinder system that can be deployed anywhere — making hydrogen storage modular, low-cost, and location-flexible. It’s designed from the ground up with geometric logic, charcoal-buffered compression layers, and long-term steel-based infrastructure that’s serviceable on 15-year cycles https://www.linkedin.com/posts/eugene-allen-491705357_subsurface-hydra-battery-activity-7353678250432172032-1cEd?utm_source=share&utm_medium=member_android&rcm=ACoAAFjqaG0BNIMRsnRGQjwZnx5bf9TSOymkY2k
Husband, Dad, FuelCell & Hydrogen Pro, Marine Aviator, Stephen Minister, Fly Fisher, Wing Shooter.
3moSome 30 years ago, I plugged and abandoned the last natural gas well developed my O&G exploration company and started a novel hydrogen fuel cell development/applications business through an alliance with the old ONSI division of UTC. Then about 10 years ago, while researching hydrogen production, I read a story about a village in Mali, West Africa, which in drilling for water, actually discovered, in 2014, a reservoir of 98% pure self-generating hydrogen (serpentinization) flowing at 1,500CM/day. Apparently, earth scientists and exploration geologists have known of the presence of this “abiotic”hydrogen for many decades, but over the past ~10 years they have determined its spontaneous recharging process, estimated its massive world wide energy potential, and characterized geologic reservoirs that could be most prospective. What was once a sleeper notion with highly speculative prospects, largely unpublicized, and with just a few wildcatters willing to test the theory, has, instead, steadily gained governmental and industry attention and investment. Test wells are underway on 4 continents, and with estimated production costs of ~ $.50-$.70/kg, natural hydrogen could revolutionize energy production/economics across the world.
I'll say!
Chief Executive Officer & Co-Founder of Element 1 – on-demand hydrogen generation
3moWe can help with purifying the hydrogen coming out of the earth. Element 1