Jerusalem District Renovation: Sewer Replacement and Public Space Redesign
Published 10 March 2026
Location
Amsterdam, Netherlands
Deadline
6 July 2026
94 days remaining
Suggested bid value
~EUR 7,500,000
Source
tenderned
Description
This Dutch public procurement tender focuses on a comprehensive infrastructure and urban renewal project in Amsterdam. Contractors bidding on this project will need to demonstrate expertise in both underground sewer system replacement and surface-level public space renovation. This likely includes excavation and pipe laying for the sewer system, as well as landscaping, paving, and potentially the installation of street furniture or other public amenities. The simultaneous nature of the underground and surface works indicates a need for careful coordination and potentially phased construction to minimize disruption. Bidders should also consider potential traffic management and pedestrian access requirements during the construction period. Given the scope involves both deep excavation and surface construction, experience with environmental regulations and urban construction permits in Amsterdam will be critical.
The combination of sewer replacement and public space redesign suggests a project of considerable complexity. While the region is unknown, the city of Amsterdam's density suggests work in a constrained urban environment. The tender's focus on general construction implies the potential for diverse sub-trades, making a strong project management capability and the ability to manage multiple subcontractors essential. The relatively long bid preparation window (almost 4 months) hints at detailed documentation requirements and a competitive bidding process. Contractors should carefully assess their capacity to handle both the technical challenges and the administrative burden of this tender.
Original description
This project involves replacing the sewer system and simultaneously renovating the above-ground public space within the Jerusalem district. The works involve both underground and surface level construction.