Project Anker: Green Hydrogen Production Facility to Drive Sustainable Energy in Germany
Key Ideas
- Copenhagen Infrastructure Partners and Friesen Elektra Green Energy AG are collaborating on Project Anker, an 80,000 mt/year green hydrogen facility in Sande, Germany.
- The project will have a 400 MW electrolysis capacity, with plans to double to 800 MW, aiming to supply green hydrogen for industrial and transport sector use, including potentially in shipping.
- Green hydrogen, produced through electrolysis using renewable electricity sources like wind and solar, is seen as critical for achieving shipping's net-zero emissions goal.
- Though the technology for using green hydrogen in ships is still in early development stages, Project Anker signifies a significant step towards sustainable energy practices in Germany.
Copenhagen Infrastructure Partners (CIP) and Friesen Elektra Green Energy AG have unveiled their joint venture to establish an 80,000 metric ton per year green hydrogen production plant in Sande, Germany. Named Project Anker, this initiative aims to leverage a 400 MW electrolysis capacity to generate green hydrogen using renewable energy sources such as onshore and offshore wind, as well as solar power. The partners have outlined future plans to expand the electrolysis capacity to 800 MW. The produced green hydrogen will be directed towards industrial applications and the transportation sector, potentially including usage in shipping. Green hydrogen, derived through electrolysis by splitting water into hydrogen and oxygen utilizing electricity from sustainable sources, is anticipated to play a crucial role in aiding the maritime industry in attaining its net-zero emissions objective. However, the implementation of engine technology and fuel systems necessary for utilizing green hydrogen onboard ships is still in its nascent stage and might require additional time to reach full operational capacity. This project, Project Anker, introduces a promising development in the quest for sustainable energy solutions within Germany, emphasizing the growing significance of green hydrogen in driving environmental sustainability within various sectors.