the goal

The Goal

Ports require environmentally friendly, and structurally sound infrastructure for daily operations. Living Ports showcases marine infrastructure engineered for this goal, and encourage the adoption of this flexible technology in maritime construction best practices.

LP the challenge the goal

The Challenge

Until now, coastal and marine infrastructures have been built with little environmental consideration. Over 70% of marine infrastructures are concrete based, yet concrete is known to damage underwater ecosystems, be vulnerable to degradation under a changing climate, and come with a large carbon footprint. A flexible solution for lowering carbon footprint, ecologically-friendly, structurally superior concrete is needed urgently and at scale to meet the needs of ports and marine construction.

How we built it:

LP body slider 0
LP body slider 6
LP body slider 1a
LP body slider 1b
LP body slider 1
LP body slider 3
LP body slider 4
LP body slider 2
LP body slider 8
LP body slider 9
LP body slider 5
LP body slider 2a
LP body slider 7

ECOncrete Tech, The Port of Vigo, Cardama Shipyard, and Technical University of Denmark (DTU) were awarded the European Commission’s Horizon 2020 Fast Track to Innovation funding to deploy a model solution at the Port. ECOncrete supplied ecosystem-generating concrete technology deployed as 330 m² of seawall and 100 coastal armor units to the Living Ports Project. The two-site installation features a moored underwater observation deck built by Cardama Shipyard that will provide the public with interactive access to view marine life on the ecologically engineered seawalls. The second site is a riprap rebuild with ecological armor units providing stabilization and water-retaining intertidal habitats. Biological monitoring will be conducted by DTU, and for the first time, underwater noise pollution reduction due to marine life growth on concrete will be studied.
Website for more information:


Let’s bring your project to life

    DTU resize
    Wolfgang Kunther and Jon C. Svendsen
    “With the LIVING PORTS project, DTU and their international collaborators are at the forefront of future harbor developments. The project creates the tools and documentation for next generation harbors that not only provide crucial infrastructure, but also become vital living spaces for a wide range of marine organisms. In the LIVING PORTS project, we will reveal the benefits of concrete structures that are designed to support life.”

    Intertidal Ecosystems along an Urban Shoreline

    Te ara tapua thumb

    Nearshore habitats for marine life and coastal birds during coastal construction

    vineyard wind thumb

    Marine Mattresses – Vineyard Wind, USA

    fue-header image

    Subsea Interconnector Cable Protection