First Hydrogen Corp has announced a groundbreaking collaboration with Dr Muhammad Taha Manzoor of the University of Alberta to propel the development of Small Modular Reactor (SMR) technology.
This strategic initiative aims to optimise reactor fuel materials and design in response to the surging global energy demand driven by artificial intelligence (AI) data centres.
AI data centres, which consume up to ten times more power than traditional facilities, are reshaping the global energy landscape.
With electricity demand from data centres expected to double by 2030 – reaching 945 terawatt-hours according to the International Energy Agency – First Hydrogen’s focus on SMR technology represents a timely and vital solution.
Balraj Mann, CEO of First Hydrogen, commented: “We are excited to collaborate with the University of Alberta, leveraging their expertise in nuclear research to significantly advance nuclear fuels for SMRs.
“This collaboration underscores our commitment to driving innovation in clean energy solutions that will play a critical role in transitioning toward a zero-emission future.”
Molten salt reactors: The future of safe, flexible nuclear power
Leading the research is Dr Manzoor, a specialist in molten salt thermal-hydraulics and head of the Renewable Thermal Laboratory.
Molten salt plays a critical role in the project due to its inherent safety, efficiency, and adaptability. In these reactors, molten salt can serve as both coolant and fuel.
Its properties allow reactors to automatically reduce their output in case of overheating, making them safer than conventional designs.
Additionally, molten salt reactors can dynamically adjust power output to meet real-time energy needs and are compatible with multiple fuel types, including uranium, plutonium, and thorium.
Green hydrogen meets advanced nuclear innovation
This partnership aligns with First Hydrogen’s mission to deliver clean, efficient, and scalable energy through SMR-powered green hydrogen production.
SMR technology offers a consistent, weather-independent energy source that supports decarbonisation goals while addressing the massive electricity needs of the AI revolution.
As the world gears up for a high-computing, AI-driven future, First Hydrogen’s investment in SMR technology ensures a sustainable pathway to meet both environmental and technological demands.
Dr Manzoor concluded: “We are excited to collaborate with First Hydrogen on molten salt small modular nuclear reactor research. The signing of this letter of support marks an important first step in what promises to be a series of significant milestones in advancing SMR technology in Canada.
“This industry-led project will provide students with valuable hands-on experience and help train the next generation of engineers and scientists who will contribute to the growth and diversification of Canada’s energy sector.”
