Greek municipal water and sewerage utility; real-world test partner for GNSS, AR, and smart city tools applied to underground infrastructure.
DIMOTIKI EPICHEIRISI YDREFSIS KAI APOCHETEFSIS KOZANIS is the municipal water supply and sewerage utility for the city of Kozani in northern Greece — a public enterprise responsible for operating, maintaining, and extending the city's underground water and wastewater networks. In EU research, they appear primarily as a real-world end-user and demonstration host: their participation in LARA was as the utility operator that would actually deploy GNSS and augmented reality tools to manage buried pipes and infrastructure assets in the field. Their later association with STARDUST as a third party reflects their role as a provider of city-level infrastructure data and testing ground for smart urban systems. They are not a research body — their value to consortia is operational: access to live utility networks, real maintenance workflows, and the institutional authority to pilot new technologies in a working municipal context.
As the municipal utility of Kozani, their operational knowledge of underground water and wastewater infrastructure is the basis for both their LARA participation and STARDUST third-party involvement.
LARA (2015–2017) directly applied EGNOS/Galileo positioning and LBS technologies to utilities infrastructure management, with the organization serving as an end-user partner.
LARA keywords include GIS and geodatabases, indicating the utility either maintained or adopted spatial data systems for mapping their pipe and infrastructure assets.
STARDUST (2017–2024), a smart city model project, lists them as a third party — suggesting their utility network is treated as part of a broader urban data and service ecosystem.
Their H2020 footprint is narrow but tells a clear story: in 2015–2017, their focus was entirely practical — applying satellite navigation (EGNOS/Galileo) and augmented reality to the daily problem of managing buried utility infrastructure, with keywords firmly in GNSS, LBS, GIS, and geodatabases. By 2017, they stepped further back from active participation, joining STARDUST only as a third party with no direct keywords recorded — suggesting a shift from technology adopter to infrastructure contributor within a larger smart city framework. The trajectory is from field-level operational technology toward city-scale digital integration, but the evidence base is too thin to call this a deliberate strategic pivot.
They appear to be moving from active technology adoption toward a supporting role in smart city consortia, most likely as a data and infrastructure provider rather than a hands-on research participant.
This organization has never led an EU project — both of their H2020 engagements are in subordinate roles (participant and third party), which is consistent with a municipal utility that joins research consortia as a real-world test site rather than as a research driver. Their single participant project placed them inside a 53-partner consortium spanning 12 countries, suggesting they are comfortable operating in large, multi-country teams where their role is clearly bounded. Consortium builders should expect them to contribute operational access and field validation, not technical research leadership.
Their broader network spans 53 unique partners across 12 countries, almost entirely through the LARA project — a scale that is large relative to their own organizational size and research activity. There is no evidence of repeat partnerships, which is expected given they have only two projects.
What makes this organization distinctive is not research capability but operational reality: they are an active public utility managing real water and sewage infrastructure in a mid-sized Greek city, which makes them a credible demonstration partner for projects needing to prove technologies work in live municipal environments. For consortia developing tools around underground network management, smart metering, or urban digital twins, having a working utility on board adds real-world validation that academic or tech partners cannot substitute. Their limitation is the inverse — they bring no independent research capacity, and their H2020 involvement has been modest and time-limited.
