Harnessing Microbial Cellulose for Creative Design: Emma Sicher Scoby Creations
Based in Berlin, biodesigner Emma Sicher is breaking new ground by utilizing bacteria and yeast to cultivate materials, known as her innovative works. Her work transforms microbial cellulose into creations ranging from translucent packaging to edible prototypes. Through the fermentation process, various textures and colors emerge, making each sample unique in appearance and potential use.
EATING SCOBY: Culinary Innovations and New Designs
Sicher’s project, EATING SCOBY, delves into the gastronomic possibilities of cellulose membranes. Developed during her MA in Eco-Social Design, she collaborated with food microbiologists and chefs. One innovation includes SCOBY chips that start crunchy and become chewy. An ice cream cone lined with chocolate and a double-flavor popsicle are examples of how these culinary designs can redefine culinary experiences, suggesting future applications in food systems.
Sustainable Packaging from Waste
In 2017, Sicher launched “From Peel to Peel,” exploring bacterial cellulose for biodegradable packaging made from discarded produce. Apple peels and beetroot scraps nurtured microbial cultures, creating wrappers in colors from pale yellow to deep pink. These biomaterials, part of her collection, encourage rethinking packaging production despite the material’s moisture absorption limits.
Explore how Berlin’s sustainable designs transform resources into creative and eco-friendly creations.
Local Ecosystems in Material Growth
Recently, Sicher’s research has focused on using local microbial communities for material growth. Her 2026 study involved fermenting rowan berries and mirabelle plums, producing cellulose without traditional starter cultures. Experimentation with elderberries and wild plums yielded vibrant membranes, demonstrating the potential of regional ecosystems in material development through her unique processes.
Educating on Collaborative Design
Sicher extends her work through educational workshops, teaching participants to cultivate SCOBY membranes and explore plant infusions. At Elisava School of Design and Engineering, students learned about cellulose’s versatility, influenced by botanical ingredients. These experiments exemplify creating with nature, where ecological partnerships shape the outcome of her creations.
Emma Sicher continues to innovate in the world of biodesign, engaging with living organisms in material creation. Her exploration offers promising pathways for sustainable materials in food and packaging, blending scientific research with artistic endeavor through her pioneering projects.
Sources & Links
Source: designboom.com
Frequently asked questions
What is Emma Sicher known for in biodesign?
Emma Sicher is known for utilizing bacteria and yeast to cultivate microbial cellulose materials for creations like translucent packaging and edible prototypes.
What culinary innovations has Emma Sicher developed with SCOBY?
Emma Sicher developed a project called EATING SCOBY, which explores gastronomic possibilities like SCOBY chips that start crunchy and become chewy, as well as a chocolate-lined ice cream cone and a double-flavor popsicle.
How does Sicher utilize local ecosystems in material growth?
Sicher uses local microbial communities for material growth, such as fermenting rowan berries and mirabelle plums to produce cellulose without traditional starter cultures. Experiments with elderberries and wild plums have yielded vibrant membranes.
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