Urban Water Management and Hydroinformatics Group (UWMH)

Operating within the School of Civil Engineering at the National Technical University of Athens (NTUA) — a European leader in engineering since 1837 — the UWMH Group advances transformative research in urban water systems under the leadership of Prof. Christos Makropoulos. Comprising over 30 scientists, the group focuses on five interdisciplinary domains: smart and resilient water-energy infrastructure; integrated source-to-tap water management; risk mitigation for floods and droughts; circular economy applications in water; and hydroinformatics tools and services. By merging disruptive technologies with advanced computational models, UWMH redefines water-energy-material synergies in urban and regional contexts.

 

The group spearheads EU-funded projects, national research initiatives, and consultancy services, collaborating with water utilities, governments, NGOs, and global networks (e.g., Watershare, Water Europe) to translate research into scalable, high-TRL solutions. Through peer-reviewed publications, stakeholder-driven digital tools, and optimized resource management frameworks, UWMH bridges academic innovation with practical implementation, fostering sustainable water-smart cities.

About the partnership

Our main role in the project is to manage the technical aspects and coordinate the scientific work. We monitor technical progress and quality, support the coordinator, ensure smooth cooperation between partners, participate in working groups, and suggest solutions to potential obstacles. We also track milestones and coordinate technical meetings, and ensure scientific and technological outcomes comply with the project requirements for effective progress.

As WP7 leader, we will coordinate tasks related to Water Symbiotic Flows, focusing on the design, installation, testing and validation of a set of innovative solutions for recovery and valorisation in circular symbiotic value chains for both centralized and decentralized cases. 

Meet the Team

Funded by the European Union’s Horizon Europe Research and Innovation Actions programme under grant agreement No 101095303, under topic HORIZON-CL4-2024-TWIN-TRANSITION-01-38 – Hubs for circularity for industrialised urban peripheral areas (Processes4Planet partnership) (IA).