Specialized nuclear application hydrogen project (CAD 7.7M agreement)

Design and manufacture of large-scale alkaline water electrolyzers to produce green hydrogen for industrial, transportation, and energy applications.

Design and manufacture of large-scale alkaline water electrolyzers to produce green hydrogen for industrial, transportation, and energy applications.

Next Hydrogen’s core technology is a family of large‑scale alkaline water electrolyzers that use an aqueous alkaline electrolyte and proprietary cell design to split water into hydrogen and oxygen using electricity, optimized for integration with renewable power and high‑current‑density operation for industrial‑scale hydrogen production.[8] The product range includes legacy models such as NH‑100, NH‑300, NH‑500 and the more recent NH150 platform, which is designed to operate at megawatt scale and to be deployed in applications such as industrial decarbonization, hydrogen fuelling, and grid‑connected energy storage.[8]

The NH150 is Next Hydrogen’s next‑generation alkaline electrolyzer platform that has been highlighted in investor and media materials as the key product moving into commercialization around 2025–2026, positioned for multi‑megawatt installations and designed to integrate directly with renewable power sources while offering improved performance and lower cost per kilogram of hydrogen compared with earlier models.[8] Q1 2026 communications indicate that the NH150 has already operated in at least one customer environment and that the company is aligning its manufacturing and capital plans to scale up deployment of this model as its flagship offering.[7]

The nuclear‑integrated hydrogen production concept highlighted in Next Hydrogen’s strategic updates involves using electricity from nuclear facilities, and potentially their waste heat in some designs, to power electrolyzers that generate low‑carbon hydrogen in a continuous, baseload manner.[10] In the specific project linked to Next Hydrogen, the company has secured contracts totalling approximately $7.7 million across phases for a specialized nuclear application and separately about $3.75 million in contracts described as advanced electrolyzer systems for a nuclear‑integrated hydrogen project, demonstrating the adaptability of its alkaline technology to stringent nuclear operating environments.[10]

Mississauga, Ontario