First Hydrogen and University of Alberta Expand SMR Partnership to Power Green Hydrogen for AI Data Centers

First Hydrogen Corp. is turning up the heat on clean energy innovation by teaming up once again with the University of Alberta’s Renewable Thermal Laboratory. This time, they’re diving deeper into molten salt small modular reactors (SMRs)—a next-gen energy solution designed to power large-scale green hydrogen production.

Modern energy for the AI era

Heading up the project is nuclear specialist Dr. Muhammad Taha Manzoor, who’s leading the charge to create a safe, steady, and carbon-light power source—ideal for energy-hungry AI data centers. The idea? Cut the cord from conventional grid electricity and generate clean energy right where it’s needed. These advanced small modular reactors are built for round-the-clock hydrogen production, promising both efficiency and reliability.

Built-in safety and local power

This isn’t your typical nuclear project. Based on innovative molten salt reactor technology, these SMRs are designed with built-in safety mechanisms that make them much safer than traditional reactors. It’s a futuristic take on clean power—with a practical edge. By generating clean hydrogen on-site, the technology sidesteps many of the distribution and grid challenges that have held back renewable energy in the past.

Alberta: The next cleantech powerhouse

It’s no coincidence that this project is based in Alberta, which is quickly gaining ground as a cleantech leader in Canada. As the country races toward its net-zero goals, efforts like this one help lay the foundation for a more sustainable, high-tech energy future. And with First Hydrogen at the helm, it’s clear they’re not just watching the clean energy revolution—they’re shaping it.

Looking ahead

While it’s still early days, this partnership could make big waves across heavy industries. The fusion of hydrogen production and nuclear innovation has the potential to change how we generate power on a massive scale. One thing’s for sure—this is a bold step toward cleaner, smarter energy systems.