Artificial Reef for Oyster Reef Restoration in Topological Approach

Principal Investigator:
Mr Dean CHAN, PolyU School of Design alumnus; Engineer, Team Orz Limited (a PolyU startup)

This project aims to restore ecosystems through innovative topological artificial oyster reefs, improving water quality and promoting marine biodiversity. The artificial oyster reefs use specially designed structures to mimic the function of natural oyster reefs, providing habitats for marine life and helping filter harmful substances from the water.

These reef structures feature a unique topological design that enhances oyster growth rates and contributes to improving the marine environment. Our solution combines eco-friendly technology and innovative design, using recyclable materials in 3D printing to achieve cost-effective and efficient ecological restoration.

In addition to restoring marine ecosystems, this project also includes long-term water quality monitoring. The reef structures are equipped with water quality monitoring systems that can track various indicators in real time, such as water temperature, salinity, and pH levels. The data is relayed to a control panel, providing continuous support for ecological environment data. We plan to conduct trials in real marine areas to verify the effects of water quality improvement and use this as a basis to promote larger-scale applications.