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![]() ![]() Not all hydrogens are created equal. Today gray and brown hydrogen dominate the world hydrogen market, with high greenhouse gas emissions. Unlike other green hydrogen production from electrolysis with intermittent renewable energy like wind or solar, the SPEG process operates on a year-round base load capacity, and therefore can produce hydrogen at scale more reliably. All engineering and construction is standardized and quality assured, performed in collaboration with the largest engineering, procuring and construction companies in the world such as Fluor Group. Our stacked modular design is built for rapid scale and linear distributed expansion, at lower capital costs, and on a fraction of the land required for large scale solar and wind farms. Traditional green hydrogen (electrolysis) plants are expensive, have limited capacity, and take a long time to build if they are using new renewable sources like offshore wind. Gray hydrogen produced with cheap, fracked natural gas costs US$2 per kg in the US, while in Europe, Australia and Asia it costs US$5 to 6 per kg due to higher natural gas prices. ![]() Green hydrogen produced through electrolysis using renewable power costs US$10 to 15 per kg, depending on availability. Brown hydrogen produced from cheap coal in India costs US$2 per kg.īlue hydrogen - produced from natural gas paired with carbon capture and storage - costs between US$5 to 7 per kg in the US, and $7 to 11 in Europe and Australia. Our production costs (based on current US costs) are projected to be US$2 per kg of green hydrogen. Our greener than green hydrogen is 5 to 7 times cheaper than green hydrogen, and cost competitive with the dirtiest hydrogen. ![]()
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