A New Class of Hydrogen
Advancing novel hydrogen pathways beyond conventional electrolysis and fossil-based hydrogen production
Why Hydrogen, Why Now?
As global energy systems evolve, hydrogen is increasingly viewed as a critical pillar of future low-carbon infrastructure. Yet today’s hydrogen landscape remains dominated by two models: electrolysis and fossil-based production
Both approaches face structural limitations, whether related to cost, scalability, infrastructure intensity, or carbon dependency.
For hydrogen to become a truly global energy vector, alternative pathways must be explored.
Recently, new scientific approaches have begun expanding the hydrogen playing field, challenging traditional assumptions about how hydrogen can be realized.
Beyond Electrolysis
Hydrogen production models must evolve beyond power-intensive water splitting to unlock scalable alternatives.
Beyond Fossil Dependency
Reducing reliance on hydrocarbon-based reforming is essential for long-term energy transition credibility.
Emerging Hydrogen Pathways
New scientific approaches are expanding how hydrogen can be conceptualized and realized within the global energy system.
The Untapped Hydrogen Landscape
It is estimated that there are more than 6 trillion tons of white hydrogen under our feet.
Hydrogen holds extraordinary energy potential.
One million tons of hydrogen can deliver approximately 33 TWh of energy, enough to power millions of homes or large-scale industrial infrastructure.
Yet today’s hydrogen production remains concentrated in a narrow set of pathways, limiting its scalability and economic reach.
The next chapter of hydrogen will depend on expanding the landscape, exploring alternative scientific approaches capable of unlocking new forms of supply.
Mayman One Energy is advancing this next chapter.