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DiagnaMed and QIMC to advance H2 production technology at the Ville Marie clean natural renewable H2 project
DiagnaMed Holdings Corp., an innovator in H2 production technologies and artificial intelligence (AI) applications, announced a strategic collaboration with Québec Innovative Materials Corp. (QIMC). This partnership will deploy DiagnaMed’s pioneering technology, designed to accelerate the extraction of natural clean H2, at QIMC’s Ville Marie H2 Project in Québec.
Fabio Chianelli, Chairman and CEO of DiagnaMed, said, “We are delighted to partner with QIMC on this ground-breaking initiative. By field-testing our novel H2-producing technology at the Ville Marie Clean Natural Renewable H2 Project, we are taking a significant step toward advancing clean energy solutions. This collaboration underscores DiagnaMed’s commitment to forging strategic alliances with energy innovators, enabling cost-effective, carbon-neutral H2 production that aligns with global sustainability goals.”
John Karagiannidis, CEO of Québec Innovative Materials Corp., commented, “We are thrilled to strategically collaborate with DiagnaMed on this transformative project. The Ville Marie Clean Natural Renewable H2 Project represents a pivotal opportunity to integrate innovative technologies into sustainable energy production. By leveraging DiagnaMed’s cutting-edge H2 technology, we are strengthening our commitment to advancing clean energy solutions and positioning QIMC as a leader in the emerging natural H2 sector. This partnership is a testament to the potential of collaboration to drive impactful change and create long-term value for stakeholders.”
DiagnaMed’s cutting-edge H2 production technology represents a breakthrough in clean energy. Developed by Dr. Qingwang Yuan of the HOPE Group at Texas Tech University, the patented method combines hydraulic fracturing with electromagnetic wave heating to extract H2 from light oil, gas, and shale reservoirs, as well as ultramafic rock formations.
This technology offers unparalleled efficiency and sustainability, with potential H2 production costs as low as $0.86 per kilogram. The method aligns with the U.S. Department of Energy’s “H2 Energy Earthshot” initiative to achieve $1/kg H2 production by 2031.
By reusing existing oil and gas infrastructure, it delivers a competitive advantage, positioning DiagnaMed and QIMC at the forefront of the clean natural H2 revolution.
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