Dillinger and Saarstahl Help Rebuild Müden Moselle Lock in Record Time After Maritime Accident
In December, a maritime accident severely damaged the Müden Moselle lock, a crucial piece of infrastructure for shipping traffic along the Moselle River. Given the importance of this lock for the region's economy, the damage presented a significant disruption. However, thanks to the rapid and coordinated efforts of Dillinger and Saarstahl, the lock was fully repaired and reopened for regular traffic just two months later, nearly two months ahead of the initial projected timeline.
This impressive feat of efficiency was made possible by the collaborative efforts of Saar Stahlbau GmbH and Saar Industrietechnik GmbH, both subsidiaries of Saarstahl AG and Aktien-Gesellschaft der Dillinger Hüttenwerke. These companies played an integral role in the manufacturing of several key components required for the repair work, ensuring that production timelines were met even under tight constraints.
The Repair Process and Key Contributions
Following the maritime accident, the most urgent task was to replace the lock gate, which had been rendered inoperable. The repair process was expedited with the swift manufacturing of critical parts, such as four gate anchors, two cardan frames, and two turning column stops. These components are essential for ensuring that the lock gate functions properly, as they support the gate's movement and guarantee a watertight seal between the gate doors and the lock wall.
The four gate anchors are designed to hold the anchor collar rods of the gate doors securely, allowing the doors to move freely and safely during operation. The two cardan frames support the cylinders that enable the gate doors to open and close efficiently, while the two turning column stops ensure that the gate doors remain tightly sealed, preventing water from leaking through.
The production and delivery of these parts within an expedited timeframe were critical in ensuring that the repair work could proceed without delay. The swift production of these high-precision components is a testament to the manufacturing capabilities and efficiency of Dillinger and Saarstahl, which were essential to the timely completion of the repair project.
