Next Hydrogen Solutions Inc.

A project in which Next Hydrogen will provide design engineering and an electrolyzer system for a specialized nuclear application, intended to demonstrate its advanced alkaline technology in demanding nuclear environments and provide a reference for future nuclear fusion and large‑scale green hydrogen applications.

A project in which Next Hydrogen has secured contracts totalling about $3.75 million to supply advanced electrolyzer systems for a nuclear‑integrated hydrogen initiative that leverages consistent nuclear baseload power to produce low‑carbon hydrogen.[10]

Demonstration of customized electrolyzer system for advanced nuclear environments.

Tailored for nuclear application performance and reliability.

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]

A device used to split water into hydrogen and oxygen through electrolysis. Bloom Energy produces solid-oxide electrolyzers.

Proprietary electrolyzer system utilizing patented cell design architecture for efficient, high-current-density water electrolysis.

Ontario (Mississauga, Toronto)

Ontario (Mississauga)

Mississauga, Ontario

A project in which Next Hydrogen will provide design engineering and an electrolyzer system for a specialized nuclear application, intended to demonstrate its advanced alkaline technology in demanding nuclear environments and provide a reference for future nuclear fusion and large‑scale green hydrogen applications.

A project in which Next Hydrogen has secured contracts totalling about $3.75 million to supply advanced electrolyzer systems for a nuclear‑integrated hydrogen initiative that leverages consistent nuclear baseload power to produce low‑carbon hydrogen.[10]

Demonstration of customized electrolyzer system for advanced nuclear environments.

Tailored for nuclear application performance and reliability.