Imagine the Danube River as a giant circulatory system for Europe, but it's currently clogged and unhealthy. This project creates a digital map and toolkit that helps managers see exactly where the problems are and how to fix them. It's like a GPS for river health that tells you the best way to clean the water and protect towns from floods.
Over half of the rivers in the Danube basin fail chemical status tests, threatening the health of 79 million people and the local economy. There is a lack of transparent, data-driven tools to prioritize restoration and protect against pollution.
An integrated DALIA digital tool and a Knowledge Hub for water management optimization and decision-making.
If you are a restoration firm dealing with failing chemical water status—this project developed the DALIA tool that provides data for defensible and transparent decision-making. This allows you to prioritize prevention programs more effectively across the basin.
If you are a contractor dealing with extreme weather events—this project developed a system to improve protection of local communities from pollution threats and floods. It uses 9 Demonstration Pilot Sites to test real-world solutions.
If you are a tech provider dealing with river pollution—this project developed a knowledge hub that integrates data from 9 countries. This helps you align your technology with regional water management policies.
Based on available project data, there is no specific pricing or cost mentioned for the tool; it is integrated into the Danube Mission Hub for decision-making.
The project uses 9 Demonstration Pilot Sites across 6 countries to test and scale solutions, aiming for multiplication across the wider Danube River Basin.
Based on available project data, specific licensing terms are not provided, but the tool is designed for integration into the Danube Mission Hub.
The DALIA tool is specifically designed to be integrated into the Danube Mission Hub to provide end users with crucial information for optimization.
The project period runs from 2023-01-01 to 2026-12-31, indicating the tools are being developed and piloted during this window.
The consortium is highly diverse with 22 partners across 9 countries, showing a strong regional reach. While it is research-heavy (7 universities and 5 research institutes), it includes 5 SMEs and 2 industrial partners, ensuring that the 9 pilot sites are grounded in practical application rather than just theory.
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