All four H2020 projects (RESCCUE, RES URBIS, InteGrid, B-WaterSmart) involve water infrastructure, treatment, or smart water management at urban scale.
AGUAS DO TEJO ATLANTICO SA
Lisbon's metropolitan wastewater utility providing large-scale demonstration sites for smart water, climate resilience, and resource recovery projects.
Their core work
Águas do Tejo Atlântico is a large Portuguese water utility serving the Lisbon metropolitan area, responsible for wastewater treatment and water management infrastructure. In H2020 projects, they contribute as a real-world demonstration site and end-user for smart water technologies, urban resilience solutions, and resource recovery from wastewater. Their value lies in providing operational infrastructure and real consumption data at metropolitan scale, making them a key validation partner for water innovation projects across Europe.
What they specialise in
RESCCUE focused on urban climate resilience with a multisectoral approach, while B-WaterSmart addresses coastal water smartness under climate pressure.
RES URBIS targeted resource recovery from urban bio-waste, and B-WaterSmart includes water reuse, resource recovery, and circular economy keywords.
InteGrid (their largest project at EUR 513K) demonstrated intelligent grid technologies for renewables integration, likely involving the energy footprint of water treatment.
B-WaterSmart (2020-2024) explicitly targets smart data solutions, smart technologies, and digital water governance approaches.
How they've shifted over time
Their early H2020 involvement (2016-2019) focused on physical infrastructure challenges — climate resilience for urban systems (RESCCUE), bio-waste resource recovery (RES URBIS), and energy grid integration (InteGrid). Their most recent project, B-WaterSmart (2020-2024), marks a clear shift toward digitalization: smart data solutions, water governance, living labs, and community engagement. This mirrors the broader water sector's digital transformation, moving from hardware-driven projects to data-driven, citizen-inclusive smart water management.
They are moving from being a passive infrastructure host toward becoming an active player in digital water management and participatory governance, making them increasingly relevant for smart city and water-data projects.
How they like to work
Águas do Tejo Atlântico participates exclusively as a consortium partner, never as coordinator — consistent with their role as an infrastructure provider and demonstration site rather than a research leader. With 101 unique partners across 18 countries in just 4 projects, they operate in large, diverse consortia (averaging 25+ partners per project). This makes them experienced in multi-partner collaboration and well-connected, but they rely on research institutions to drive the scientific agenda.
With 101 consortium partners across 18 countries from just 4 projects, they have built a surprisingly broad European network for a utility company. Their connections span Southern, Western, and Northern Europe, reflecting the pan-European nature of water innovation consortia.
What sets them apart
As the wastewater utility for Greater Lisbon — one of Europe's major coastal metropolitan areas — they offer a unique demonstration environment combining high population density, coastal climate challenges, and Mediterranean water stress. Unlike research institutions, they bring real operational data, actual infrastructure, and millions of end-users to any project. For consortium builders, they are the kind of partner that turns a research concept into a validated, real-world proof of concept.
Highlights from their portfolio
- InteGridTheir largest project (EUR 513K) and their only energy-sector involvement, demonstrating the water-energy nexus through intelligent grid integration with renewables.
- B-WaterSmartTheir most recent and strategically significant project, signaling their shift toward digital water management, living labs, and circular economy in coastal cities.
- RESCCUETheir first H2020 project, establishing their role as a climate resilience demonstration site for urban water infrastructure.