Imagine cleaning up a messy city harbor by using nature's own filters and smart sensors to do the heavy lifting. It's like giving a waterfront a deep clean and a makeover so it can protect the city from floods while removing plastic waste. The goal is to turn old, polluted industrial zones into healthy, productive areas where nature and business coexist.
Waterfront cities struggle with pollution and climate risks that threaten economic stability. Current cleanup methods are often fragmented and fail to turn waste into profitable resources.
A portfolio of 20+ integrated solutions including AI monitoring, nature-based restoration tools, and bankable Replication Blueprints for city-wide rollout.
If you are a port authority dealing with chemical pollutants and ecosystem decay — this project developed AI-powered monitoring and nature-based restoration that cleans the water. This allows for a more resilient operation across 13 diverse waterfront cities.
If you are a waste management company dealing with aquatic plastic pollution — this project developed technologies for the removal of plastics and chemical pollutants. It establishes circular value chains that transform this waste into new resources.
If you are an engineering firm dealing with climate vulnerability in coastal cities — this project developed bankable Replication Blueprints for restoring vital habitats. These blueprints help scale the restoration of at least 8 ha of habitats.
Based on available project data, specific pricing for the solutions is not provided, but the project aims to mobilize at least €10 million in follow-on investment.
Yes, the project focuses on scalability through bankable Replication Blueprints and demonstrations across 13 different waterfront cities and ports.
Based on available project data, there is no specific mention of licensing terms or patent strategies.
The project runs from September 2026 to August 2030, providing a four-year window for the development and validation of these solutions.
Integration is managed through a network of Living Labs where solutions are co-created and deployed directly in real-world waterfront environments.
The consortium is highly diversified with 52 partners across 15 countries, showing strong cross-border scalability. With a 33% industry ratio (17 companies, including 11 SMEs), there is a significant commercial drive to ensure the research translates into market-ready products. The balance of 7 universities and 13 research centers ensures a solid scientific foundation for the 15 other supporting organizations.
Contact KEMIJSKI INSTITUT in Slovenia for partnership opportunities.
Contact SciTransfer to connect with the REMEDIES 5.0 consortium for early access to Replication Blueprints.
