Imagine a river as a giant conveyor belt for sand and mud. When we build dams or change the river's path, that belt breaks, causing some areas to clog up and others to wash away. This work creates a digital map and smart tools to track this movement and keep the river healthy and navigable.
River regulation and climate change have disrupted sediment balance in the Danube, leading to increased flood risks, lower hydropower efficiency, and blocked navigation channels.
A numerical prediction model for sediment transport, portable on-vessel prototypes for microplastic/toxicity analysis, and a sustainable sediment management system.
If you are a shipping company dealing with unpredictable river depths and grounding risks — this project developed a numerical prediction model that improves navigability by forecasting sediment transport. This reduces the need for emergency dredging and prevents voyage delays.
If you are a power plant operator dealing with reservoir siltation that reduces turbine efficiency — this project developed a management system to address excessive sedimentation. This helps maintain hydropower production levels and extends infrastructure lifespan.
If you are a monitoring firm dealing with the difficulty of detecting river pollutants — this project developed portable on-vessel equipment prototypes for direct analysis of microplastics and toxicity. This allows for faster, real-time data collection without expensive lab delays.
Based on available project data, no specific pricing or cost information for the tools is provided.
Yes, the project includes an Action plan and Roadmap specifically designed to upscale the demonstrated solutions for associated regions.
Based on available project data, the IP and licensing terms are not specified.
The project contributes to better governance and the implementation of EU strategies through cross-sectorial cooperation and a new management system.
The project period runs until 2028-06-02, suggesting that final validated tools will be ready by that date.
The consortium is well-balanced for technology transfer, featuring 22 partners across 10 countries. With an industry ratio of 27% (6 companies, including 5 SMEs), there is a strong commercial interest in the outcomes, while the 9 university and research partners provide the necessary scientific depth for the numerical modeling and prototype development.
Contact Universitatea Dunarea de Jos din Galati in Romania
Contact us to connect with the SUNDANSE consortium for early access to sediment prediction models.
