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Ecotrapod

Department of Design, National Taiwan University of Science and Technology

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四點設計 Contact to Ecotrapod for cooperation

Currently, global wave-dissipation blocks are primarily made of concrete and cement, which are not suitable for supporting marine life and cannot maintain coastal ecological balance. Their heat-absorbing properties also contribute to ocean and global warming. Additionally, cement production accounts for 8% of global carbon dioxide emissions.

"Ecotrapod" is designed with ocean-friendly and waste-recycling principles at its core, using scientific formulas and theories to achieve SDG sustainability goals with minimal environmental impact. It's lighter than traditional wave-dissipation products while maintaining structural stability, helping establish local ecosystems, and challenging the idea that wave-dissipation blocks ruin urban landscapes. It brings sustainable value, meaning, and aesthetics to wave-dissipation.

The application of "Gyroid" aids sustainable ocean development. The C-Slurry mixed with discarded oyster shells, achieves carbon reduction and enhances the value of residual materials. "Ecotrapod" connects the interactions between ecosystems, humans, and the ocean. The materials used in cement 3D printing can be crushed and 100% recycled for reuse.

躍動輕型小徑

Department of Industrial Design, National Kaohsiung Normal University

Transforming the flowing strokes of running script into a personalized leisure bicycle.

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