Mooring Systems for Wilhelmshaven LNG Terminal
23 juni 2022
Straatman contributed to the development of the Wilhelmshaven LNG terminal, located on Germany’s North Sea coast. The terminal enables direct LNG imports into the German and European energy markets. This project strengthens Europe’s energy infrastructure and supports the growing demand for reliable LNG supply.
Strong cooperation with project partners
Straatman worked closely with Depenbrock Ingenieurwasserbau GmbH & Co. KG and Niedersachsen Ports GmbH & Co. KG. This collaboration builds on the successful partnership during the Finkenwerder ship waiting area project. Following that project, Depenbrock once again selected Straatman as a trusted supplier for the terminal’s mooring infrastructure.
Complete mooring system supply
Straatman supplied and integrated the complete mooring system for the terminal jetty. The system ensures safe and efficient berthing operations for large LNG vessels.
The scope of supply included:
- 150-ton triple and quadruple Quick Release Mooring Hooks with capstans
- A Berthing Aid System (BAS) for accurate vessel approach and positioning
- An Environmental Monitoring System (EMS) for continuous monitoring of wind and weather conditions
- A Control and Monitoring System (CMS) including Straatman’s MoorControl software
These systems work together to give operators full insight into the mooring process.
Improving safety and operational efficiency
The integrated system allows operators to monitor mooring loads, environmental conditions, and vessel approach data in real time. This improves decision-making during berthing operations. The Quick Release Mooring Hooks allow vessels to be secured safely while enabling fast and controlled release in emergency situations.
Supporting Europe’s LNG infrastructure
With this project, Straatman helps strengthen the operational safety and efficiency of one of Germany’s key LNG import terminals. The Wilhelmshaven terminal will play an important role in securing energy supply and supporting Europe’s transition toward diversified energy sources.
