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This is a Quantitative Study study.

October 19, 2025

Galecopper Bridge cable replacement: Environmental and mobility management and Collaborative Coordination in Bridge Maintenance

Key Points

The cable replacement of the Galecopper Bridge ensured ongoing safety while managing traffic effectively.
Strategic mobility management allowed continuous traffic flow, minimally disrupting road users during the project.
Collaboration among stakeholders, such as KWS and Rijkswaterstaat, was crucial for project success and safety.
Clear decision-making processes and constant communication facilitated the efficient execution of the cable replacement.

Abstract

The Galecopper Bridge is a crucial part of the Dutch highway system, spanning the Amsterdam- Rhine Canal. As part of ongoing maintenance and inspections, corrosion and wire breaks were discovered in the bridge’s main cables, requiring the existing cables to be replaced to maintain the safety of the bridge for the future.This paper presents valuable lessons learned from our approach to environmental and mobility management during the cable replacement of the Galecopper Bridge focusing on the challenge of keeping the second busiest bridge in the Netherlands open to traffic while essential work was carried out. We will discuss how strategic environmental and mobility management ensured continuous traffic flow, while also delving into the critical collaboration between all stakeholders involved.By highlighting the roles of KWS, subcontractors, Rijkswaterstaat, and Arup, we will outline how clear responsibilities and well-defined "Go/No-Go" decision points were key to the safe and efficient execution of each phase of the project. The paper will demonstrate how coordinated efforts, constant communication, and structured decision-making processes allowed us to successfully replace the cables of the Galecopper Bridge ensuring safety and minimizing inconvenience for road users.

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