{"id":195661,"date":"2025-05-26T00:00:00","date_gmt":"2025-05-26T00:00:00","guid":{"rendered":"https:\/\/facfox.com\/news\/miami-pilot-project-evaluates-3d-printed-biocap-seawall-tiles-construction-3d-printing\/"},"modified":"2025-05-26T00:00:00","modified_gmt":"2025-05-26T00:00:00","slug":"miami-pilot-project-evaluates-3d-printed-biocap-seawall-tiles-construction-3d-printing","status":"publish","type":"post","link":"https:\/\/facfox.com\/news\/miami-pilot-project-evaluates-3d-printed-biocap-seawall-tiles-construction-3d-printing\/","title":{"rendered":"Miami pilot project evaluates 3D printed BIOCAP seawall tiles Construction 3D Printing"},"content":{"rendered":"

Coastal cities like Miami are urgently looking for solutions to help combat ecological issues like flooding and erosion. One part<\/a>icularly promising answer is the installation of advanced seawalls designed to protect the coast from the impact of waves and tides while still fostering aquatic biodiversity. Such is the solution being explored at Florida International University (FIU), where a team of architects and marine biologists has developed BIOCAP (Biodiversity Improvement by Optimizing Coastal Adaptation and Performance), a 3D printed modular tile system that can minimize wave impact along existing seawalls while promoting the growth of local marine species.<\/p>\n

As part<\/a> of a two-year pilot project, the 3D printed BIOCAP tiles are being installed in Morningside Park, a seafront green space with impressive views of Biscayne Bay. There, the research team will evaluate the performance of the seawall tiles in the hopes that they will improve biodiversity and water quality as well as mitigate wave energy<\/a>.<\/p>\n

The project, funded in part<\/a> by the National Science Foundation and Environmental Protection Agency, was initiated to improve upon existing seawall infrastructure, which traditionally consists of tall and flat concrete walls installed along shorelines. While the the concrete walls provide a level of coastal protection from waves, they also have downsides, such as inhibiting the growth of marine life and deflecting wave energy<\/a> back into the sea rather than breaking it up.<\/p>\n

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\u201cWhen waves hit a natural shoreline, their energy<\/a> is gradually absorbed by irregular surfaces, tide pools and vegetation,\u201d the FIU explains. \u201cIn contrast, when waves strike vertical concrete seawalls, the energy<\/a> is reflected back into the water rather than absorbed. This wave reflection\u2014the bouncing back of wave energy<\/a>\u2014can amplify wave action, increase erosion at the base of the wall and create more hazardous conditions during storms.\u201d<\/p>\n

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By using 3D printing<\/a>, the FIU team has created more dynamic concrete structures that will more effectively absorb and break down the energy<\/a> of waves. The swirling design is inspired by natural shoreline structures and works by increasing the surface area of the tiles, which can diffuse wave energy<\/a> upon impact.<\/p>\n

The three-dimensional structures of the BIOCAP tiles, with protected recesses and hidden pockets, also have another important function: providing a dynamic breeding ground for local marine species, like barnacles, oysters and sponges. The researchers say that the design of the tiles can even help to create more stable micro-environment<\/a>s for this wildlife, which can mitigate the effects of increasing water temperatures.<\/p>\n

<\/p>\n

The biodiversity that the FIU team aims to support is important for several reasons. For instance, species like oysters play a critical role in filtering seawater, removing excess nutrients and pollutants that could lead to the growth of harmful algal blooms (HAGs), which reduce the oxygen in aquatic environment<\/a>s to detrimental effect.<\/p>\n

Over the next two years, the FIU team will monitor the performance of the 3D printed seawall tiles using underwater cameras. A special prototype tile, embedded with various sensors, will also track water quality through metrics like pH levels, dissolved oxygen levels, salinity, turbidity and temperature. Additionally, the team is installing pressure sensors on the tiles and on flat seawall to measure the difference in wave energy<\/a>. This data will be vital in understanding the benefits and impact of the 3D printed seawall tiles, which if effective could be rolled out along more of the city\u2019s coastline.<\/p>\n

BIOCAP is not the first 3D printed seawall solution we\u2019ve written about. In fact, Miami-based Kind Designs specializes in the production of 3D printed living seawalls. Recently, the company received a $175,000 Phase I grant from NAVSEA to develop and install living seawalls at a Florida-based naval facility. Elsewhere, 3D printed structures are being submerged in aquatic ecosystems to improve the survival rates of coral reefs.<\/p>\n

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30 meters tall, 3D printed Tor Alva unveiled in the Swiss Alps: <\/a>Developed through the powerful collaboration between the Nova Fundaziun Origen and ETH Zurich\u2014along with a constellation of local, national, and international partners\u2014the White Tower embodies the perfect blend of tradition and innovation. The initiative reaches far beyond architecture, forging a deep connection between history, community, and cutting-edge digital fabrication technologies.<\/p><\/blockquote>\n

* This article is reprinted from 3D Printing Media Network<\/a>. If you are involved in infringement, please contact us to delete it.<\/p>\n

<\/i> Author: Tess Boissonneault<\/p>\n","protected":false},"excerpt":{"rendered":"

Coastal cities like Miami are urgently looking for solutions to help combat ecological issues like flooding and erosion. One particularly promising answer is the installation of advanced seawalls designed to protect the coast from the impact of waves and tides while still fostering aquatic biodiversity. 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