ReClaym our Compost: Biodegradable Clay for Intimate Making
ReClaym Our Compost: биоразлагаемая глина для интимного творения
2022-04-28
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ReClaymbiodegradable claycomposted food wasteintimate makingpersonal biomaterial
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Abstract (AI)
In this work, we use composted food waste to create ReClaym: a personal biomaterial, made at home, that reflects the makers’ relationship with food. We combine our personal compost with non-toxic binders to create a biomaterial that can completely biodegrade. We propose Intimate Making as an approach for working with ReClaym that leverages familiar, hands-on techniques to enhance maker-material communication, which in turn leads to a deeper material understanding. We explore methods to customize ReClaym via color, texture, sensing, and conductivity. We apply manual fabrication techniques (sculpting, molding, and hand-held extruding) and design explorations to create a collection of applications that include garden paraphernalia, games, and personal items found in the home. We then examine the entire life cycle of ReClaym, which both begins and ends with composting—giving food waste a second life and providing a sustainable end of life for ReClaym artifacts, thus making the process truly circular.
Key Findings
1
Intimate Making is proposed as an approach that uses hands-on techniques to enhance maker-material communication and deepen material understanding with ReClaym.
2
Manual fabrication techniques (sculpting, molding, hand-held extruding) enable creation of household applications like garden paraphernalia, games, and personal items.
3
ReClaym can be customized for color, texture, sensing, and conductivity, enabling varied functional and aesthetic modifications.
4
ReClaym is a personal biomaterial created at home from composted food waste combined with non-toxic binders that completely biodegrades.
5
The lifecycle of ReClaym is circular: it begins with food waste composting and ends with composting of artifacts, providing a sustainable end-of-life.
Research Object
ReClaym biomaterial made from composted food waste and non-toxic binders for home fabrication
Research Subject
Properties, customization, fabrication methods, use-case applications, sensing/conductivity features, and full compostable life-cycle (Intimate Making approach) of the ReClaym biomaterial
Publication Details
Publication Date
2022-04-28
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