Enable high-volume hydrogen production with cost below $2/gge through the reaction of nanoporous aluminum and pure water.
We aim to achieve this low cost by selling the following three products made during the reaction of aluminum and water: hydrogen, activated alumina and heat.
In the short term, sustainable hydrogen will be produced using secondary aluminum (global market recycled aluminum: over 29 million metric tonnes per year). In the long term, when carbon-free primary aluminum from Elysis is commercially available, sustainable hydrogen will be produced using both secondary aluminum and this carbon-free primary aluminum.
We will sell activated alumina (high purity nanoporous alumina) co-produced with hydrogen to reduce the cost of our hydrogen. Activated alumina is used in various applications including fluoride adsorbents for water treatment, catalysts and catalyst-supports, desiccants, bio-ceramics, and separators for lithium-ion batteries.
To further reduce the cost of our hydrogen, the heat released from the reaction is converted into electricity using commercial steam-driven electric generator.
Overview Hydropore Technology
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