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AI-designed jewelry dish made from mussel-shell geometry holding mussels

ypcs

Year

2022
 

YPCS - designing permanence through nature’s leftovers

Your Personal Carbon Storage (YPCS) is a collection of 3D-printed objects that store atmospheric carbon and reframe our relationship with material waste. Developed using a bio-based plastic mixed with powdered mussel shells—byproducts from the seafood industry—these objects serve both as poetic reminders of the food cycle and as functional containers for personal items.

Bio-based, 3D-printed jewelry holder made with generative design, showcasing carbon-conscious fabrication

Each YPCS object offers a tactile, personal experience of climate-conscious design. They are physical reminders that sustainability can be intimate, emotional—and beautiful.

AI-generated 3D models inspired by mussel shells for sustainable object design.

This mussel-based PLA was used to produce a series of compact, sculptural objects—small containers for juwellery—designed with generative algorithms that mimic organic forms. The digital models were developed using AI-driven generative tools, which allowed us to experiment with forms that referenced natural growth patterns—spires, folds, cavities—that resonate with the mussels’ own geometry. 

Mussel-shell form in wet sand, made with low-carbon, AI-assisted design.

Each piece we printed is made from a custom 3D-printable material developed during our research into sustainable aquaculture. Mussels naturally absorb carbon dioxide from the ocean and store it in their calcium-rich shells. When discarded after consumption, this carbon is typically re-released into the environment. But if reclaimed, these shells can act as long-term carbon storage.

Bio-based, mussel-inspired form with pearls, created using carbon-conscious fabrication.

YPCS invites us to rethink the lifespan of everyday objects. 

In a world where consumption is constant and waste is invisible, this project asks: what if our belongings didn’t just store memories, but stored carbon too?

technical facts

  • Team: Nataly Khadziakova & Katya Bryskina

  • Material: Francofil mussel PLA

  • Object type: Small storage pieces, home artifacts

  • Carbon role: Each object passively stores CO₂ captured by mussels during their growth

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