Dutch infrastructure renovation forces logistics on construction sites to adapt

A large proportion of the Netherlands’ infrastructure dates back to the post-war reconstruction period and the decades that followed. Bridges, locks, tunnels and viaducts built between the 1950s and 1970s are now approaching the end of their technical lifespan. This means that the Netherlands is set to face a major renovation and replacement programme in the coming years.

For professionals in the logistics sector, this presents immediate challenges. Renovation projects require complex site logistics, temporary diversions and the continued accessibility of both the project area and the surrounding roads and waterways. As a result, the way in which construction sites are organised and supplied is changing noticeably.

At sites where heavy machinery puts strain on the ground, the hire of dragline mats and road plates plays a key role in keeping sites accessible. Without these measures, heavy vehicles can quickly become bogged down in soft ground, resulting in delays throughout the entire project chain. This is a particularly realistic scenario for renovation work along waterways and on peat soil.

Scope of the replacement programme

Rijkswaterstaat manages thousands of engineering structures in the Netherlands, including bridges, viaducts, locks and tunnels. A significant proportion of these are now over fifty years old. The Replacement and Renovation programme, which has been running for several years, focuses on the most urgent structures, but the list is growing faster than implementation capacity allows.

Pressure on the road network around renovation sites is increasing because projects are taking longer than planned or are taking place simultaneously in the same region. Examples include well-known bottlenecks such as the long-running renovation of the Afsluitdijk or the repeated restrictions on bridges in the northern provinces. Transport companies are noticing the impact on their route planning and delivery times.

The Ministry of Infrastructure and Water Management acknowledges that the task is greater than initially estimated. In successive financial years, the budget for maintaining national infrastructure has been increased, but experts within the sector emphasise that the available funds fall short of actual requirements.

Construction site logistics are becoming more complex

In large-scale infrastructure renovation projects, contractors often have to work within strict spatial constraints. The road or bridge must remain partially open to traffic, whilst heavy cranes, pile-driving rigs and transport vehicles must be able to manoeuvre on the construction site. This requires precise coordination of delivery and removal routes.

Temporary road plates and dragline mats form the physical basis on which these logistics operations run. They distribute the weight of heavy machinery over a larger surface area and prevent vehicles from sinking into unpaved or wet ground. On clay soils in Friesland or the riverine areas of Gelderland, this can mean the difference between continuing work and coming to a standstill.

VM Group, based in Joure, supplies such temporary infrastructure solutions from depots across the Netherlands and Germany. By offering road plates, dragline mats and construction site facilities as a complete, hassle-free package, they reduce the logistical preparation time for contractors. This saves crucial days, particularly on projects with tight schedules.

Guidelines and certification shape practice

The requirements for working in and around public spaces have become stricter in recent years. CROW, the knowledge platform for infrastructure, publishes guidelines setting out how construction sites must be safely organised. The CROW 96a and 96b publications set out the requirements for traffic management measures during roadworks, including requirements for diversion routes and temporary road surfaces.

In addition, certifications such as BRL 7000 for the erection of temporary structures and CROW 400 for working safely near cables and pipes apply. Infrastructure suppliers who meet these standards relieve clients of compliance concerns. This is no longer a luxury but has become a prerequisite for participating in tenders issued by provinces, water boards and Rijkswaterstaat.

For logistics managers on infrastructure projects, this means that the choice of suppliers has a direct impact on the lead time for planning permission processes. A provider that combines the hire of road plates with certified safety services and soil remediation saves weeks of coordination between different subcontractors.

What the wave of renovations demands of the sector

The Dutch infrastructure sector is facing a period in which project pressure remains high and the available space on and around construction sites is shrinking. As a result, logistical efficiency is no longer a secondary consideration but a decisive factor in project success. Anyone who fails to coordinate equipment, permits and site preparation will face delays right from the start.

In the coming years, dozens of bridges and locks are expected to be undergoing renovation simultaneously. This calls for suppliers who can move quickly between sites, maintain sufficient stock and have a regional presence. With depots in locations ranging from Joure to Amsterdam and from Groningen to Heerhugowaard, a company such as VM Group is responding to this need for geographical spread.

The lesson for logistics professionals is clear: temporary infrastructure is no longer a minor item in the project budget but a strategic component. The better a construction site’s accessibility is organised, the more predictable the schedule and the lower the costs of failure. In a sector where delays can quickly run into tens of thousands of euros, that is an investment that pays for itself in no time.