In light of the growing need for sustainable and nature-inclusive building practices, this project reimagines traditional materials to align with modern ecological values. By repurposing discarded seashells—a rich, renewable source of calcium carbonate—this initiative proposes a lime plaster derived entirely from marine waste. Drawing inspiration from historical building techniques, this plaster offers a contemporary alternative to cement-based materials. Its natural composition fosters breathability and moisture regulation, ideal for creating healthier indoor environments. This approach not only reduces the environmental footprint of construction but also champions a circular economy by transforming marine industry by-products into high-quality, eco-friendly building materials. By bridging the wisdom of the past with the needs of the future, this project sets a precedent for sustainable craftsmanship in architecture.
This project is about transforming waste into opportunity by recycling shell waste from invasive species into a 100% shell-based lime plaster. It challenges traditional practices that rely on mining diminishing native resources, such as limestone, by demonstrating the potential of secondary resources as regenerative material.
By using bio by-products from invasive species, it turns what would be landfill waste into a regenerative material, embracing 100% closed-loop recycling. Looking backward to design forwards, the project draws on traditional craftsmanship while addressing modern environmental challenges. It breathes new life into the concept of lime plaster, blending ancient techniques with sustainable innovation.
As many designers turn to the sea as a potential future farmland, this project finds its own place within this conversation by reclaiming existing bio by-products from marine ecosystems. It highlights the sea’s regenerative abundance while minimizing environmental impact, offering a CO₂-negative lime plaster that enhances indoor air quality and introduces new aesthetic possibilities.
