Agricultural waste

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Made in

Biodegradable 228 Circular 215 Plant-based 167 Bioresin 6 Mycelium 23

Agricultural waste

Photos: Katya Bryskina, Tomás Clavijo, SPACE10, Kühl & Han, Niklas Adrian Vindelev

Bio-Fold

From laundry and storage to gardening and transportation, few IKEA products have as many creative uses as the FRAKTA shopping bag. Therefore it was the perfect place to start experimenting with circular fabrication methods using everyday tools, biodegradable materials and a touch of imagination.

Rethinking FRAKTA
How do we democratise the benefits of parametric design? How can we develop more sustainable furniture fabrication, using already existing everyday objects? Is it possible to grow and cast furniture from home?

These were some of the questions that architects Katya Bryskina and Tomás Clavijo set out to explore during their residency at SPACE10, as part of their collaboration with Strelka Institute. With a shared passion for sustainability, Katya and Tomás combined their expertise in parametric design and innovation strategy to imagine a new circular fabrication model. Specifically, they wanted to explore how the IKEA FRAKTA shopping bag might be used as a tool to grow, cast and shape furniture using locally sourced biodegradable materials.

Agricultural production disposes of great amounts of waste, in the form of vegetal fibres. On a global scale, these natural by-products show significant promise for the production of biodegradable composite materials, or simply biocomposites. Biocomposites are formed by mixing vegetal fibres with a natural binder — such as plant-based resin or bicarbonates — and compressing the material into a solid form. As a material, they are renewable, cheap, biodegradable and in many cases completely recyclable.

When communities are empowered with the right methods and tools, vegetal fibres can turn from ‘waste’ into ‘material’. Becoming a cheap and locally sourced material for the production of everyday objects.

Bryskina and Clavijo experimented with biodegradable binders and vegetal fibres to create materials that can be used for fabricating furniture. However, the perfect recipe for biocomposite furniture production is yet to be discovered. Therefore, they decided to share their exploration with the world, to take it further. They invite you to choose your own materials and play along from home.

A good way to get to know biocomposites is to explore open-source materials libraries, such as Materiom, which provide ‘recipes’ from natural and easily available materials.

Bio-Fold is not a recipe for transforming linear production into circular. Rather, we wish to highlight the opportunity for how everyday objects and materials, can enable sustainable fabrication, use, and recycling of products.

Information submitted by the maker and edited by the Future Materials Bank.

Ingredients

Agricultural waste, bioresin, mycelium

Credits

SPACE10