HybriGenix Futures Inc. joins the CHA as new End-user Member
VANCOUVER – The Canadian Hydrogen Association (CHA) and its regional affiliates Hydrogen British Columbia (H2BC), Hydrogen Alberta (H2AB) and Hydrogen Ontario (H2ON) are pleased to welcome HybriGenix Futures Inc. as a new End-user Member.
Located in Edmonton, Alberta, HybriGenix is developing a state-of-the-art demonstration plant featuring a 25MW industrial gas turbine. This plant uses natural gas as fuel, capable of generating up to 25MW of electricity and approximately 1200 kg of H2 per day. The hydrogen produced can either be blended with the gas turbine fuel or serve other vital applications, and the company’s methane reforming process is equipped with a sophisticated carbon capture system to further minimize greenhouse gas emissions from the overall process.
Learn more about the company and its pioneering hydrogen production technology using industrial gas turbines from Hossein Shokouhi, Managing Director:
Welcome to the CHA! Can you tell us more about HybriGenix and the company’s activities?
HybriGenix, established in 2019, is at the forefront of clean energy innovation with a primary focus on producing hydrogen from the waste heat of small and medium industrial gas turbines. Located in Edmonton, Alberta, our pioneering efforts are currently embodied in our first demonstration project, where we showcase the simultaneous production of power and hydrogen using an industrial gas turbine. By leveraging waste heat, HybriGenix is committed to advancing the decarbonization of energy systems and contributing to a sustainable future. Our solutions integrate seamlessly with existing energy infrastructures, enhancing efficiency and reducing environmental impact.
What role does the company see for hydrogen on the path to a clean energy future for Canadians?
At HybriGenix, we firmly believe that the path to a sustainable future lies in a combination of energy transition solutions, including both green and blue hydrogen. By leveraging existing natural gas infrastructure during this transition period and integrating renewable natural gas, we can effectively pave the way for cleaner energy systems. Our commitment is to drive innovation and collaboration that supports a seamless and impactful transition to sustainable energy.
Why did HybriGenix join the CHA?
We joined the Canadian Hydrogen Association (CHA) to enhance brand awareness and expand our networking opportunities within the energy sector. Being part of CHA allows us to connect with industry leaders, collaborate on hydrogen innovations, and share our vision for sustainable energy solutions. This membership helps us position HybriGenix as a key player in the transition towards clean energy, while also staying at the forefront of industry developments and best practices.
What other news would HybriGenix like share with members of the CHA?
We are eager to share with the CHA community our innovative decarbonization solution aimed at utilizing waste heat from gas turbines to produce hydrogen. We believe in the power of collaboration and are keen to explore potential partnerships with other members to advance hydrogen technology and drive sustainable energy solutions. By working together, we can enhance the effectiveness and reach of our solutions, contributing to the shared goal of transitioning to a cleaner energy future.
About the Canadian Hydrogen Association (CHA)
The Canadian Hydrogen Association (CHA) is a national, non-profit association that represents industry, academia, end-users and other stakeholders in Canada’s hydrogen sector. As the Voice of the Sector, the CHA’s mission is to strengthen Canadian leadership, raise awareness of the benefits of clean hydrogen and hydrogen technologies, and accelerate the adoption of its members’ products and services to help create a prosperous low-carbon world. The CHA supports over 200 members across Canada and regional affiliates in British Columbia, Alberta and Ontario. You can also follow CHA on LinkedIn, X (@PoweringNow) or visit www.canadah2.ca to learn more information.
