Study launched on offshore production of green hydrogen
Power Engineering International
Posted on: 15 July 2021
A new consortium comprising European energy companies and research institutions plans to develop a feasibility study for a new offshore wind energy system for green hydrogen production.

A new consortium comprising European energy companies and research institutions plans to develop a feasibility study for a new offshore wind energy system for green hydrogen production.
The consortium comprises utility EDP, oil and gas company TechnipFMC, the CEiiA research center, WavEC Offshore Renewables and the University of South-Eastern Norway, partnering under the BEHYOND project.
The parties will focus on the innovative integration of equipment for the production and conditioning of green hydrogen and infrastructure that allows for its transportation to the coast.
Findings from the study will be used to create a unique concept for green hydrogen production offshore, that can be standardised and implemented worldwide.
The consortium members will also make use of lessons learned from the study to improve their green hydrogen expertise, develop new business models and create engineering solutions and new products and services for the hydrogen sector.
Each and every member of the consortium will bring their own experience to the project:
- EDP brings expertise in the development of offshore wind and in the implementation of innovative and complex projects, such as the WindFloat, a pioneer floating offshore solution.
- TechnipFMC brings its history in subsea engineering, expertise developed on its Deep Purple green hydrogen project, and essential system integration abilities.
- CEiiA has experience in developing complex structures for sectors and has competencies in systems, electronics, and connectivity.
- WavEC Offshore Renewables is a R&D consultancy encompassing all marine renewable technologies, and a reference institution in the field in Europe.
- USN is applying systems engineering techniques to gain early understanding of the needs of the overall systems, reducing risks in the latter phases.








