A production perspective

Willem Böttger is a Director of Innovation at NPSP composites, where he leads the development of biobased composite materials marketed under the Nabasco® range. With decades of experience in biobased materials, he focuses on sustainable, fiber-reinforced composites for construction, design, mobility, and other industries. Böttger also lectures on biobased building at Avans University of Applied Sciences, promoting practical innovation, testing, and education to integrate natural materials into real-world applications and support the transition to more sustainable building practices.

In this video, Willem discusses the making of bio-based facades products and the vehicles this sector is facing in terms of upscaling.

Main Takeaways

  • Bio-composite materials are composed of three main ingredients: fibres, which provide stiffness and reinforcement; fillers, which improve the workability of the mixture during pressing; and resins, which bind the components together.
  • Multiple material recipes can be developed by varying the proportions of these three components, as well as processing parameters such as temperature, mixing time, and pressing pressure.
  • Upscaling can be supported through subsidies, but it also requires an enabling regulatory environment, including changes to legislation and taxation.
  • Collaboration across the value chain is essential for biobased materials to compete with conventional, energy-intensive building materials.

Author

Kim Sinnige
Kim Sinnige
Architect

Ir. Kim Sinnige has been working for the Circular Impulse Initiative within the CBE Hub since 2022. She graduated cum laude from the faculty of Architecture and the Built Environment at TU Delft in 2023. Her master thesis explored the embedding of circular values into a Waste-to-Energy plant through storytelling, Material Flow Analysis and design. She completed her bachelor with honors at the faculty of Architecture and the Built Environment at TU Eindhoven in 2018. Between her degrees, she has worked in architecture offices in Utrecht and Arctic Norway.

  • Farming
  • Experimenting in the lab
  • Designing
  • Designing building products
  • Manufacturing
  • Business models & Marketing
  • Enabling change
timeline-circle--biobased
value chain

Circularity for Educators

The platform is intended to provide with content on either circularity or pedagogy for and about circularity. It is one of the outcomes of the Circular Impulse Initiative (CII), a project intending to enhance the integration of circularity in the Faculty of Architecture and the Built Environment education. The platform mainly aims to help tutors get better acquainted with circularity in the built environment by providing a series of resources on this subject that they can either view to get better informed or directly share with their students in class or online. A large number of the Faculty's professors and researchers have contributed substantially both in creating a coherent narrative for circularity in the built environment as well as further elaborating on different aspects of it. Besides this one, a new platform for interaction and direct exchange was also established in parallel that we call ‘Educators for Circularity‘. This one offers the opportunity for all of us to meet and share our experiences and learn from one another.

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