Integrating regenerative materials in circular building products
One of the main approaches to making building products more circular is to reconsider their materiality. Biological or biotic resources are currently used giving way to a new generation of eco-friendly materials. In this video, Olga describes existing directions of material research where circularity principles border with the principles of regenerative systems.
Main Takeaways
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Even though sustainability criteria have been established for building materials since decades, these do not necessarily score the highest in the overall performance criteria hierarchies. Additionally, the complexity of materials usage has increased, lengthening the roster of critical elements.
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Circularity brings materiality centerstage fostering the development of new materials for which natural, and biological or biotic resources are used giving way to a new generation of eco-friendly building products. The making of such building products is situated in the crossovers of the disciplinary fields of material science, structural and mechanical engineering and architectural and industrial design with knowledge domains that are not traditionally consulted like biology, and agroforestry, but also art and crafts.
- Current trends in material research include [a] revisiting and revising the use of natural material resources like rammed earth, [b] opening up to entirely new biotic (renewable) resources like agricultural residuals, and [c] exploring living materials like algae.