Dean Chan的三维印印的希望礁因促进海洋生物和生物多样性而获得奖项。 Dean Chan's 3D-printed Reef of Hope wins award for boosting marine life and biodiversity.

Dean Chan的3D印刷的希望礁在香港赢得了James Dyson奖,用于促进牡蛎定居和海洋生物多样性。 Dean Chan's 3D-printed Reef of Hope won the James Dyson Award in Hong Kong for promoting oyster settlement and marine biodiversity. 珊瑚礁从生物降解材料中浸入碳酸贝壳钙,其吸引牡蛎和其他海洋生物的效力比传统方法高三倍。 Made from biodegradable material infused with seashell calcium carbonate, the reef attracts oysters and other marine life three times more effectively than traditional methods. 这项避免微塑料污染的发明将在国际上竞争30 000英镑的奖金,旨在恢复对全球健康海洋生态系统至关重要的牡蛎珊瑚礁,这些珊瑚礁在全球已经下降了85%以上。 The invention, which avoids microplastic pollution, will compete internationally for a £30,000 prize, aiming to restore oyster reefs crucial for healthy marine ecosystems that have declined by over 85% globally.