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Biowaste reimagined
Date
June, 2024
Location
Rotterdam, Netherlands
With the robot up and running, we’ve turned to the potential of a variety of underutilized biomaterials often seen as waste. Our aim is to reimagine them as valuable resources that could enhance the properties of our 3D prints while reducing our environmental impact when combined with bioplastics.
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One of the most promising findings from our research is the enhanced strength and durability these biomaterials provide. Seashells, for example, when finely processed and integrated into our printing substrates, create a reinforced matrix that withstands greater stress and wear. The same is observed when integrating other biomaterials such as coffee husks and wood sawdust.
Beyond structural improvements, our experiments with biomaterials have yielded results in natural pigmentation. By incorporating materials like blue-green algae, we've achieved a spectrum of rich colors without the need for synthetic dyes. These natural pigments offer a visually appealing finish while ensuring our products remain non-toxic and suitable for composting.
As we continue our material research, we gain insights into the diverse sourcing and processing possibilities of biomaterials, recognizing their vast potential. In the end, what will determine the selection of biomaterials will depend not only on their functional and aesthetic properties but also on local availability and accessibility.
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