Projects

    UWMH focuses on Research and Innovation activities undertaken within the framework of National and European Research and Development projects and find their way into practice through the provision of consultancy services

    QleanUP

    QleanUP

    DURATION: 01.01.2026 to 31.12.2029

    BUDGET: 504,437.50 € /  5,468,287.50 € 

    FUNDING:  HORIZON-CL6-2024-ZEROPOLLUTION-02

     
    ABOUT QleanUP

    QleanUP is a 4 year Horizon Europe project that develops an integrated approach to monitoring and managing urban water quality. By combining advanced sensing technologies, AI-based tools and risk-based planning, the project supports faster, more reliable, and cost-effective decisions for water utilities and authorities.

    THE CHALLENGE

    Urban water systems face increasing pressure from climate change, emerging pollutants, ageing infrastructure and growing populations. Traditional monitoring techniques are slow, fragmented and often unable to detect contaminants such as PFAS, microplastics or pathogens before they pose risks to public health and ecosystems. A holistic, real-time and scalable solution is urgently needed.


    VISION

    QleanUP aims to shift European cities toward proactive, data-driven and resilient water management. By integrating real-time sensing, digital twins and AI forecasting into a modular decision-support platform, the project envisions an urban water cycle that is transparent, monitored continuously, and managed adaptively.

     
    KEY OBJECTIVES

    QleanUP develops new sensors for nutrients, heavy metals and pathogens; advanced analytical methods for PFAS and microplastics; and AI-driven soft sensors for predicting hard-to-measure pollutants. These tools feed into digital twins and a FIWARE-based platform that supports early warning, operational optimization and long-term risk-based planning. Demonstrations in five countries and the respective demo cases ensure transferability across diverse conditions.

     

    OUR ROLE IN THE PROJECT

    We contribute scientific, technical and analytical expertise across several work packages, including digital tool development, risk-based monitoring strategies, and validation activities in real-world settings.  We lead Work Package 5 with focusing on the development of soft sensors leveraging novel ML/DL techniques augmenting water quality sensing and predictive capacity in urban water systems. Our work helps ensure that QleanUP’s technologies are robust, scalable, and aligned with the needs of water utilities and urban stakeholders.

    logo-footer
    fas fa-phone-alt
    fas fa-envelope
    fas fa-home

    + 30 210 7722828-2886

    NTUA Campus, Heroon Polytechneiou str. 9, 15780, Zographou, Athens Greece, Hydraulics Building