Their innovative approach utilizes exothermic reactions to produce hydrogen, alumina (aluminum oxide), and exothermic heat, setting the stage for a revolution in clean hydrogen production.
At a time when governments worldwide are investing billions in clean hydrogen production, GH Power’s unique method has caught the eye of industry experts and policymakers. The U.S. government, for instance, has earmarked a whopping $7 billion to drive advancements in clean hydrogen production, with a significant focus on nuclear power plants.
While the majority of hydrogen in the United States is currently produced through natural gas reforming, the ultimate goal is to generate hydrogen without any carbon emissions. GH Power’s innovative technology aligns perfectly with this vision, offering a cost-effective and sustainable alternative.
The heart of GH Power’s innovation lies in its modular 2MW reactor, which produces pure and clean hydrogen with zero emissions and zero waste, using only recycled aluminum and water as inputs. The significance of this achievement cannot be overstated. Hydrogen is widely regarded as a clean energy source, as its combustion produces only water as a byproduct. GH Power’s reactor takes this a step further by ensuring that the production process itself is entirely clean and sustainable.
The company’s journey to this breakthrough spans seven years of meticulous research and development. Now, with the impending launch of the first commercial reactor in Hamilton, Ontario, Canada, GH Power is poised to change the energy landscape not only in Canada but globally.
The timing of this innovation couldn’t be better. The Hydrogen Council predicts that hydrogen will constitute a substantial 18% of global energy delivery to end users by 2050. This transition is expected to reduce carbon emissions by a staggering 6 gigatonnes annually and unlock approximately $2.5 trillion in annual sales, in addition to creating 30 million jobs worldwide.
GH Power’s reactor is self-sustaining, emits no pollutants, and actually generates excess energy for consumption. Its modular design means it can be deployed on-site, offering a clean energy solution for North American industries that can compete cost-effectively with conventional fossil fuels.
But that’s not all. In addition to clean hydrogen, GH Power’s reactor produces exothermic heat and green alumina, a highly valuable material used in various applications, from lithium-ion batteries to semiconductor production. The economic potential of this triple-output system is immense.
While the Department of Energy (DoE) currently estimates the cost of producing hydrogen from renewable energy at about $5 per kilogram, GH Power’s reactor is already 60% cheaper than conventional electrolysis methods. Moreover, it produces electricity for the grid and green alumina at a fraction of the cost of current production methods. These cost advantages could be pivotal in decarbonizing critical sectors.
GH Power’s reactor is also adaptable. It has successfully utilized scrap steel (iron) as an additional metal fuel for hydrogen generation, providing a scalable solution with even lower costs. Scrap iron, readily available in most markets, brings the cost of hydrogen production to under $1 per kilogram.
This innovation isn’t just about cost-effectiveness; it’s about sustainability. GH Power’s technology relies on recycled scrap aluminum, a widely available resource costing as little as $1.50 per kilogram. This circular economy approach is not only environmentally responsible but also cost-efficient.
GH Power’s partnership with Carleton University and its $2.2-million grant from a joint German-Canadian government program highlight Canada’s commitment to becoming a global clean hydrogen supplier. As nations strive to reduce carbon emissions, GH Power’s technology promises a practical and scalable solution to blend cost-competitive green hydrogen with fossil fuels, ushering in a cleaner energy era.
