Modern infrastructure is no longer measured solely by its load-bearing capacity, but by its environmental footprint and its contribution to the urban ecosystem. The renewal of the Westerkade West in Rotterdam is a landmark project that embodies this shift. By replacing 150 meters of aging quay wall with a structure designed to last well into the 22nd century, the project sets a new benchmark for structural longevity and sustainable execution.

Constructing a 100-year asset in a dense residential area like Rotterdam-West requires a delicate balance, also considering the proximity of residents and the fragile nature of the riverbank.

To meet the requirements of the Municipality of Rotterdam, the consortium prioritized minimizing vibrations and noise. By utilizing the PVE 50VM Variable Moment Vibratory Hammer from Dieseko’s rental fleet, the team ensured that the AZ sheet piles were installed with surgical precision. The use of VM technology minimized ground vibrations, protecting nearby structures and drastically reducing the nuisance window for local inhabitants.

The primary mission at Westerkade is to ensure a century of structural safety and functional reliability. However, the scope extends far beyond the sheet piling:

• Seamless urban integration: The new quay wall is engineered to harmonize aesthetically and structurally with the existing historic waterfront, ensuring the architectural continuity of the district.
• Public realm enhancement: Beyond the waterline, the project involves a complete revitalization of the surface area, including high-quality repaving and the installation of modern street furniture to enhance the resident experience.
• The van ommerenhaven tidal park: Perhaps the most innovative aspect is the creation of a tidal park. This initiative transforms a functional infrastructure site into a valuable ecological corridor, promoting biodiversity and strengthening the river’s natural habitat.

To align with Rotterdam’s strict Zero Emission Zone mandates, fossil fuels where completely removed from the job site.

Dieseko’s PVE 700e Electric Power Pack served as the heart of the operation coordinated by Van Den Biggelaar. Powered by Greener’s mobile battery systems, the vibratory hammer operated at peak efficiency without local CO2 or NOx emissions. This was further supported by a “Water-First” logistics strategy: all heavy materials and machinery were transported via the river, removing heavy truck traffic from the city streets and further lowering the project’s carbon intensity.

At Dieseko, we understand that our clients are looking for solutions that help them win tenders and build future-proof infrastructure. The Westerkade project proves that with the right partnership and the right technology, we can deliver high-performance foundations that respect both the community and the climate.

We are proud to support the renewal of Rotterdam’s waterfront, ensuring a safe, green, and stable quay for the next 100 years.