ITM Launches ALPHA 50 — A New Global Benchmark for Large-Scale Green Hydrogen Production

ITM has unveiled ALPHA 50, its new flagship 50 MW full-scope green hydrogen plant, designed to redefine efficiency, scalability, and cost competitiveness in industrial hydrogen production.

Building on ITM’s proven electrolyser stack technology, ALPHA 50 delivers a fully prefabricated, skid-mounted, and standardised system engineered for rapid deployment and minimal on-site construction. The plant integrates central process units with built-in redundancy for key components, ensuring maximum reliability and uptime.

With its compact footprint and modular architecture, ALPHA 50 can easily be configured into multi-hundred-megawatt plants, enabling scalable green hydrogen production anywhere in the world. Requiring only tap water and electricity, the system produces high-purity hydrogen at 30 bar pressure, combining robust performance with operational simplicity.

Designed for outdoor installation and extreme climatic conditions, ALPHA 50 minimises civil works and installation costs while maintaining superior energy efficiency. Its ability to handle dynamic load changes within seconds ensures optimal performance even under fluctuating renewable power inputs.

Now commercially available, ALPHA 50 is priced at €50 million, offering a full-scope solution that sets a new industry standard for value and competitiveness, regardless of technology or provider.

“Our containerised 5 MW plant, NEPTUNE V, redefined how mid-size hydrogen projects are delivered,” said Dennis Schulz, CEO of ITM. “With ALPHA 50, we are taking the next step — transforming how large-scale projects are executed. It combines proven ITM technology with unprecedented scalability and affordability. ALPHA 50 will set a new benchmark for global hydrogen deployment.”

By combining innovation, modularity, and industrial robustness, ITM’s ALPHA 50 positions the company at the forefront of large-scale green hydrogen solutions — driving the transition to a cleaner, more resilient energy future.

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