Tuesday, April 21, 2026
A major sustainable construction milestone has been reached in the Netherlands. A contract has been signed for a new government building in The Hague. The project is being developed on Juliana van Stolberglaan. It will serve the Ministry of Education, Culture and Science (OCW) and the service organisation DUO. The building is scheduled to open in the second quarter of 2030.
The agreement has been concluded between Rijksvastgoedbedrijf, construction company BAM, and design partner b_project. The project marks a significant step in sustainable public infrastructure development.
A defining feature of the scheme is its timber-based structural system. The 76-metre-high building will use wood as a primary construction material. The load-bearing structure will be made of timber. Floors will also be constructed from wood. In addition, building cores may also utilise timber elements manufactured by binderholz.
This approach is designed to reduce environmental impact. Compared to conventional construction methods, carbon emissions are expected to be significantly lower. The use of mass timber supports climate-conscious development goals. It also aligns with circular construction principles.
Sustainability is embedded throughout the design. A natural ventilation strategy known as the EWF climate concept will be implemented. This system regulates indoor air without heavy mechanical infrastructure. Energy consumption is reduced. Indoor comfort is improved.
The building design also incorporates biophilic principles. Natural materials are integrated throughout the structure. Daylight is maximised across interior spaces. Green and natural elements are included in the architecture. The working environment is intended to feel open and healthy.
The project places strong emphasis on early-stage maintenance planning. This approach is integrated from the beginning. It is not treated as an afterthought. Maintenance strategy is embedded within the design process itself.
A digital twin of the building will be developed during construction. It will be created step by step. The virtual model will document structural assembly in detail. Installation locations will also be recorded accurately.
Once construction is completed, the digital twin will be connected to the building management system. It will also be linked to a long-term maintenance plan. This ensures that operational data remains accessible throughout the building’s lifecycle.
Construction logistics have been carefully planned. Disruption in central The Hague is expected to be minimal. Most components will be prefabricated off-site. This reduces on-site construction activity.
Prefabricated elements will be transported using a logistics hub in Moerdijk. Electric vehicles will be used for delivery. A just-in-time delivery system will be implemented. Materials will arrive only when required. This improves efficiency and reduces congestion.
The project will be delivered in two phases. Coordination is being carried out with multiple specialist partners. These include architectural firm cepezed, engineering consultancy Arcadis, and sustainability experts such as Sweco and Peutz. Additional collaborators include Nest Natuurinclusief, De Omgevingspsycholoog, and PhiFactory.
Collaboration is central to project delivery. Each partner contributes specialist expertise. Design integration is being prioritised across disciplines. The objective is a unified and efficient development process.
The scale of the building is significant. At 76 metres, it will form a prominent addition to The Hague’s skyline. However, its environmental footprint is expected to be considerably lower than traditional high-rise buildings.
Timber construction is gaining momentum in Europe. It is increasingly used in large-scale public buildings. The project demonstrates confidence in engineered wood systems. Structural performance and sustainability are being combined.
Digital construction methods are also playing a key role. The use of a digital twin enhances long-term building management. It allows real-time data integration. Maintenance planning becomes more accurate and efficient.
Energy performance is another core focus. Passive climate systems reduce reliance on mechanical cooling and heating. Natural ventilation contributes to operational efficiency. These systems support long-term sustainability targets.
Urban impact has also been considered. Construction methods have been selected to minimise disruption. Transport logistics are designed to reduce traffic pressure. Noise and emissions are being carefully managed.
The development reflects a broader shift in public sector construction. Sustainability, digitalisation, and modular construction are becoming standard expectations. Timber-based high-rise buildings are no longer experimental. They are becoming mainstream solutions.
The Hague project demonstrates how these trends can be combined. Sustainable materials, digital tools, and efficient logistics are integrated into a single framework. The result is a forward-looking government building designed for long-term performance and environmental responsibility.
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Tags: mass timber high-rise, Rijksvastgoedbedrijf project, sustainable architecture Netherlands, The Hague government building, timber skyscraper, woodworking, woodworking industry, woodworking UK
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