The Energy Transition
To prevent dangerous climate change, a systematic transformation is needed in the energy sector, shifting away from fossil fuels. One of the future fuels that could provide up to 20% of the world’s energy by 2050 is Hydrogen (Hâ‚‚).
However, up until now, most hydrogen is produced by splitting water molecules (Hâ‚‚O), which requires significant energy and money. Hence, the costs of producing Hâ‚‚ today are high and not comparable with energy costs from fossil fuels. Hydrogen will only enter the market globally when it becomes economically competitive.
Recently a new player has entered the Hydrogen playing field.
Natural, Geologic, white hydrogen.
Why Natural?
​Because this hydrogen is produced naturally in the Earth’s crust. It is generated by the natural reaction between groundwater and deep rocks.
Why Geologic?
Because this hydrogen is produced by specific geologic rocks that are rich in iron. Not all rocks will produce hydrogen—we know where to look.
Why White?
Because this hydrogen is pure! These are Hâ‚‚ molecules captured without any need for separation. Nature does the work for us.
The Untapped Potential
It is estimated that there are more than 6 trillion tons of white hydrogen under our feet.
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Massive Energy: 1 Mt of hydrogen could produce 33 TWh of energy.
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Real World Context: For comparison, in 2024 all of Google’s data centers used about 30 TWh of energy.
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Green Impact: 33 TWh of energy from Hâ‚‚ would offset 23 million tons of COâ‚‚ emissions into the atmosphere.
MayMan One Energy is leading the hunt for this untapped source of hydrogen