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Utilizing minimal environmental resources, infusing 'wave dissipation' with the values, significance, and aesthetics of ocean sustainability.
![[Chia-Yin Chiang, Shao-Yu Lin - Ecotrapod - IMG 1]](https://architectureprizecom.s3-us-west-2.amazonaws.com/uploads/97559411/22-18415-24/full/0be2d4f4d0f6999b18069f154456e9ca.png)
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![[Chia-Yin Chiang, Shao-Yu Lin - Ecotrapod - IMG 4]](https://architectureprizecom.s3-us-west-2.amazonaws.com/uploads/97559411/22-18415-24/full/bb4e15d2ef630af0a5562d6592a43e15.jpeg)
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![[Chia-Yin Chiang, Shao-Yu Lin - Ecotrapod - IMG 7]](https://architectureprizecom.s3-us-west-2.amazonaws.com/uploads/97559411/22-18415-24/full/6644bb3b23bbe3aafbe6e025f836b3a4.jpeg)
Ecotrapod
LocationTaipei, Taiwan
University/SchoolNational Taiwan University of Science and Technology
Lead DesignerChia-Yin Chiang, Shao-Yu Lin
ClientC-Cube Lab, TECHOME TECHNOLOGY CO., LTD., E-PLAST MACHINERY CO., LTD.
Global wave-dissipation blocks are mainly made of concrete and cement, which are unsuitable for marine life and contribute to global warming. Cement production also accounts for 8% of global CO2 emissions. “Ecotrapod" focuses on ocean-friendliness and recyclable materials for sustainability. Utilizing Circular Slurry mixed with recycled oyster shells, it performs like cement while reducing carbon emissions by 30-90%. Its high-strength Gyroid structure and biomimetic design make it lighter than regular blocks, support local ecosystems, and add both value and aesthetics for sustainable oceans.