Integrated electrolyzer design for offshore hydrogen production

Applied research and technology development

Offshore hydrogen production

Industrial innovations, Mobility Solutions, Industrial Technology, Consumer Goods, Energy and Building Technology

Applied research and technology development

A holistic engineering methodology that optimizes the entire offshore hydrogen production system as a unified whole rather than individual components.

An analytical tool developed during IPOSH that allows teams to compare electrolyzer performance across different module sizes and configurations.

TNO's methodology for simulating maintenance and decommissioning scenarios across marine conditions including wind, wave, and salt exposure.

Germany

North Sea

A multi-year integrated electrolyzer design project developing a holistic engineering methodology for offshore hydrogen production that reduces Levelized Cost of Hydrogen by 10–20%.

An analytical tool that allows teams to compare electrolyzer performance across different module sizes and configurations, enabling decisions between megawatt-scale electrolysis on fixed versus floating offshore platforms.