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Reef of Hope - Topology-Optimized Artificial Reef
Reef of Hope - Topology-Optimized Artificial Reef
Reef of Hope - Topology-Optimized Artificial Reef
Reef of Hope - Topology-Optimized Artificial Reef
Reef of Hope - Topology-Optimized Artificial Reef
Reef of Hope - Topology-Optimized Artificial Reef
Reef of Hope - Topology-Optimized Artificial Reef
Reef of Hope - Topology-Optimized Artificial Reef
Reef of Hope - Topology-Optimized Artificial Reef
Reef of Hope - Topology-Optimized Artificial Reef
Reef of Hope - Topology-Optimized Artificial Reef
Reef of Hope - Topology-Optimized Artificial Reef
Reef of Hope - Topology-Optimized Artificial Reef
Reef of Hope - Topology-Optimized Artificial Reef
2026

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Reef of Hope - Topology-Optimized Artificial Reef

3D-printed PHA with upcycled sea shell made reef

This artificial reef design is for oyster reef restoration, and restores oyster populations globally, addressing the 85% loss of oyster reefs due to pollution, climate change, and coastal development. Using 3D-printed biodegradable PHA infused with upcycled seashell with bioactive coatings and topological structural design, it promotes oyster settlement while significantly boosting carbon sequestration and reduction in pollutants. Field trials show tripled oyster settlement rates, increased biodiversity with species like shrimp and small fish, and improved water quality, offering a scalable solution for global coastal restoration.

Client / Manufacturer

Better 14 Limited

Hong Kong, CN

The Hong Kong Polytechnic University (Prof. James Fang)

Hong Kong, CN
Design

Team Orz Limited

Hong Kong, CNDean Chan
Date of Launch
2025
Target Regions
Africa, Asia, Australia / Oceania, Europe, North America, South America
Target Groups
Public Sector / Government

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