Imagine a giant filter system for a river that catches everything from large plastic bottles to tiny invisible beads before they hit the ocean. This effort creates a practical guide and a set of tools to help cities and companies clean up their water. It's like giving local authorities a manual and the right gear to stop trash from flowing downstream.
Public authorities and industrial operators lack a standardized, cost-effective way to monitor and remove microplastics and litter from river-to-sea pathways. This leads to regulatory non-compliance and environmental degradation.
A user-friendly toolbox for monitoring and remediation, including physical plastic barriers, membrane filtration systems for wastewater, and plant-based cleaning systems for runoff.
If you are a plant operator dealing with microplastic leakage into rivers — this project developed membrane filtration and adsorption tools that improve removal efficiency. This helps you meet EU Zero Pollution targets more effectively.
If you are a farm manager dealing with plastic runoff in irrigation channels — this project developed phytoremediation solutions that use plants to clean the water. This reduces the environmental footprint of your agricultural operations.
If you are a port authority dealing with floating debris and marine litter — this project developed plastic barriers and monitoring tools. This ensures your waterways remain clear and compliant with MSFD guidelines.
Based on available project data, specific pricing is not provided, but the project will test the cost effectiveness of each solution during operational trials.
Yes, the project specifically tests for scalability and operational removal efficiency across at least 3 demo sites, including wastewater plants and maritime industries.
Based on available project data, the project focuses on developing business models and value propositions to integrate technologies into broader markets, though specific licensing terms are not listed.
The tools are designed to align with MSFD guidelines and EU water and plastic directives to help reach EU Zero Pollution targets.
The project runs from 2026-10-01 to 2030-09-30, meaning full operational testing and toolbox finalization will occur by late 2030.
The consortium is well-balanced for commercialization, featuring 21 partners with a 29% industry ratio (6 companies). The presence of 6 SMEs suggests a strong capacity for agile technology deployment, while the 14-country spread ensures the solutions are tested across diverse regulatory and geographic environments in the Danube region.
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Contact us to match with the 6 SMEs developing these plastic-removal technologies.
