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semco@semcomaritime.com

 

Semco Maritime
Esbjerg Brygge 30
DK- 6700 Esbjerg

Customer: ConfidentialLocation: Germany, EuropePeriod: 2023

The project involves a pre-Front End Engineering Design (pre-FEED) study for a hydrogen-to-shore project, focusing on hydrogen production through electrolysis powered by wind energy. This study evaluates various integration scenarios of electrolysis facilities with wind operations to determine the most efficient and cost-effective approach.​

Key aspects of the study include technical and economic assessments of each scenario, considering factors like technology costs and market prices. It also includes an environmental impact review and risk analysis to address potential challenges. Stakeholder feedback is incorporated to align the project with regulatory and practical requirements.​

The outcome is a report that helps decision-makers select the optimal scenario for further development during the FEED phase, ensuring the project meets sustainability goals and effectively leverages wind energy for hydrogen production.

Click here to read more about our Engineering Studies.