Methane pyrolysis cracks methane into hydrogen and solid carbon. Unlike burning or more conventional hydrogen production pathways, there is no CO2 produced because the reaction occurs in the absence of oxygen.
This process is often referred to as turquoise hydrogen due to its minimal carbon footprint compared to grey or blue hydrogen. And it requires a fraction of the renewable power required for green hydrogen.
Methane pyrolysis can be highly energy-efficient, particularly when heat integration and waste heat recovery are implemented. When we are co-located with geothermal facilities, our waste heat goes back to the geothermal organic rankine cycle turbines to produce even more clear power.
It’s a smarter way to go.
Learn how Geofuels is deploying proven technology to innovate the industry while managing risk.
Explore our unique pathway to clean hydrogen and e-fuels through an environmentally friendly process.
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