Students from the Department of Industrial and Commercial Design at Asia Eastern University of Science and Technology designed Marine Eco Bricks, which were printed using cement 3D printing by Jiemao/Jiexin in collaboration. These eco-friendly bricks have won numerous awards, marking a win-win outcome of academia-industry collaboration!

Awards:

1. Golden Pin Concept Design Award

   • Social Design
   • Circular Design
   • Product Design Category

2. Taipei Design Award

   • Sponsored Award by Sanyang Motor Co., Ltd.
   • Sponsored Award by Far Eastern Department Stores Co., Ltd.
   • IFI Special Design Award

The Marine Eco Bricks were printed using composite cement/paste materials on the Everplast EM3-6030-CMT large-scale cement/paste 3D printer. This machine, specifically designed for large objects, can print up to 9 square meters.

Marine Eco Bricks

The bricks utilize recycled oyster shell powder as a substitute for sand and gravel, achieving circular reuse, reducing cement consumption, and lowering carbon emissions. This aligns with the United Nations Sustainable Development Goals (SDGs) and addresses environmental issues, embodying the concept of a circular economy.

Taiwan’s Innovative Sustainable Design: A New Chapter in Coastal Protection

With the advancement of environmental sustainability, an innovative and eco-friendly design—Marine Eco Bricks—is transforming the coastal landscape. Developed by a Taiwanese team from Asia Eastern University of Science and Technology, this product integrates recycled resources, coastal protection, and landscape design, showcasing the infinite potential of sustainable development.

Eco-Friendly Reuse: Transforming Waste into Value

Marine Eco Bricks use recycled waste from oyster farming—oyster shells—as the primary material. This innovative approach converts discarded waste into high-value construction materials. At the same time, it significantly reduces the usage of cement and sand, conserving natural resources and minimizing environmental impact.

Improving Coastal Environments: Combining Functionality with Ecology

The design cleverly integrates Marine Eco Bricks with coastal revetment structures to enhance shoreline protection. Additionally, the bricks’ design creates a habitat for marine life, promoting biodiversity in coastal areas.

Combining Tourism and Design: A Win-Win for Landscape and Protection

Beyond functionality, Marine Eco Bricks incorporate modern landscape design aesthetics, making coastal areas more attractive. This not only increases local tourism value but also embeds the concept of sustainability into public consciousness.

The launch of Marine Eco Bricks is not just a technological innovation but a comprehensive solution that combines environmental protection, economics, and aesthetics. It serves as an exemplary model for Taiwan and other regions worldwide facing similar challenges.