Our Technology
HyGenuity Tech Highlights
Hygenuity can produce green hydrogen for its global clients through renewable energy harvesting and water treatment/osmosis process to our final step electrolysis technology to produce hydrogen. This dynamic and efficient means of exploiting our natural resources (sun and aquifer), solar technology, and process create a profitable and sustainable green hydrogen product for HyGenuity’s clients worldwide.
Our technology is both a proprietary tech and process via HyGenuity's design and integration of technology and products from third-party partners that have commercialized technology, matured organizations, and publicly traded enterprises.
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HyGenuity’s electrolysis system is efficient in utilizing electricity to convert water into hydrogen. HyGenuity’s process requires roughly 39-46 kWh to produce one kg of hydrogen.
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HyGenuity's hydrogen plants are built in 10 MW incremental blocks, which allow us to build a plant in a modular approach.
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Due to the modular approach, portions of the plant can be maintenanced without the need to shut down the entire plant, allowing HyGenuity to continue producing hydrogen.
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With over 700 MW of installed operating capacity currently installed, HyGenuity’s hydrogen technology is both a proven and commercialized product.
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Using steam as our feedwater input, our minimal plant size of 10 MW can produce 2,270,592 kg of hydrogen annually.
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For refinery hydrogen use and production, every 1 ton of hydrogen produced by SMR 5.5 tons of CO2 is emitted. Utilizing HyGenuity's process, for every 1 ton of hydrogen produced we emit 0 tons of CO2. HyGenuity's 30MW plant produces 6,800 tons of hydrogen which saves 37,400 tons of CO2 annually.
HyGenuity Process Schematic
Solar Energy Technologies
Energy can neither be created nor destroyed - only converted. Both our CSP and PV tech has the power to harvest the sun’s free energy and create both green and sustainable energy solutions for our clients. HyGenuity’s solar energy solutions, whether it be CSP or PV, help in the further development of water purification or green hydrogen.
