Imagine building a sea wall that doesn't just block water, but actually helps nature grow. Instead of a plain concrete slab, this system mixes engineered barriers with natural sand dunes and plants. It's like giving the coast a flexible shield that protects homes while bringing back wildlife.
Traditional concrete sea walls are failing against rising sea levels and destroy coastal biodiversity. There is a lack of scalable, aesthetic, and nature-integrated alternatives that maintain safety standards.
["Bioreceptive cementious materials for dikes.", "Eco-dike design concepts and a Predictive Digital Twin.", "Calibrated XBeach/AeoLis numerical models for coastal simulation."]
If you are a coastal infrastructure firm dealing with outdated sea walls that fail during storms — this project developed bioreceptive cementious materials and eco-dike designs that integrate with natural dunes to increase flood safety.
If you are an ecological restoration agency dealing with biodiversity loss along coastlines — this project developed a rating system for blue-grey solutions that helps restore habitats while maintaining safety.
If you are a municipal coastal authority dealing with rising sea levels and tourism needs — this project developed a Decision-Support-System and digital twins to plan aesthetic, inclusive coastal defenses.
Based on available project data, specific pricing or cost-benefit figures are not provided, though the project aims to produce market-ripe business plans.
Yes, the project uses 12 demonstrator sites across 6 European countries to create scalable blueprints and roadmaps for wider installation.
Based on available project data, there is no specific mention of licensing terms, but the project is developing a new prototype and bioreceptive materials.
The project runs from 2024-01-01 to 2027-12-31, with a prototype installation planned in Belgium.
It integrates static hard infrastructure with adaptive, dynamic sediments and vegetation to create a hybrid 'blue-grey' system.
The consortium is heavily research-oriented with 12 universities and 3 research institutes, representing 7 countries. With only 2 industrial partners (11% ratio) and no SMEs, the project is currently driven by academic validation, though it aims to deliver market-ripe business plans.
Contact Universiteit Gent in Belgium for technical specifications on bioreceptive materials.
Contact us to connect with the DuneFront consortium for early access to eco-dike blueprints.
