Modular design for a circular future

Built on modular principles, the structure is not only scalable—allowing expansion to up to 500 parking spaces—but also designed for future repurposing. Flexibility was a key design criterion.

Jaspers-Eyers Architects explain: "The building is pre-engineered for the addition of another level to accommodate more vehicles. But more importantly, it is designed for multiple future uses. For example, ceiling heights exceed those of standard parking garages, and the central ramp can be dismantled. If car use decreases—which we would welcome—the building doesn’t have to be demolished. Instead, it can be repurposed, preserving its value over time."

This circular vision also extends to the façade. Made from ThermoWood^® pine by LDCwood, the dynamic and detachable exterior is designed for reuse elsewhere. This reflects a product-as-a-service approach, where façade components are intended to re-enter the supply chain.

Durable, fire retardant timber

The ThermoWood^® pine, thermally modified for enhanced durability, achieves durability class 1 with a minimum lifespan of 25 years. It also offers excellent dimensional stability, ensuring the wooden slats maintain their shape over time.

Further, the use of Burnblock^® flame-retardant treatment brings the material in line with stringent fire safety standards.

Material passport for maximum reusability

A key innovation is the building’s material passport, derived from its BIM model and modular façade. This tool enhances the traceability and future reuse of materials, reinforcing the building’s long-term value and aligning with circular economy principles.

Energy efficiency and self-sufficiency

The parking facility also incorporates solar panels and energy-efficient lighting, making it largely energy self-sufficient and significantly reducing its environmental impact.

Together, these features make the circular parking building a standout component of Bouwcampus 2.0—a model for sustainable, forward-thinking construction that inspires future projects.