SMART.MET (2017–2022) was a Pre-Commercial Procurement initiative in which CILE co-funded and piloted smart metering solutions for public water utilities, receiving EUR 500,698 in EC support.
COMPAGNIE INTERCOMMUNALE LIEGEOISE DES EAUX
Belgian public water utility and smart metering pilot authority with H2020 experience in digital water infrastructure and groundwater management.
Their core work
CILE is a Belgian intercommunal water utility serving the Liège region, responsible for the production, distribution, and management of drinking water for public and industrial consumers. In H2020, they participated as an end-user and real-world testbed: in SMART.MET they acted as a procuring authority piloting next-generation smart metering technologies for water networks, while in INSPIRATION they contributed a practitioner's perspective on groundwater quality and agricultural land-use pressures. Their core value to research consortia is access to operational water infrastructure, field deployment capacity, and the regulatory and procurement expertise of a public water authority.
What they specialise in
INSPIRATION (2016–2020) addressed soil and groundwater impacts from agricultural intensification; CILE contributed as a third party, likely providing field access and operational data.
Participation in a PCP scheme (SMART.MET) signals capacity to act as an innovation-procuring public authority, a role increasingly valued in EU digital-infrastructure consortia.
How they've shifted over time
CILE's earliest H2020 engagement (INSPIRATION, 2016) placed them in the environmental science space, focused on groundwater and soil quality pressures from agriculture — a passive, data-contributing role. By 2017, their focus had shifted decisively toward digital infrastructure and smart metering, with SMART.MET positioning them as an active procurer and testbed operator for ICT solutions in water distribution. The trajectory is clear: from environmental end-user to digital-infrastructure pilot authority.
CILE is moving toward becoming a reference site for smart water infrastructure pilots, making them a strong fit for future consortia on IoT sensor networks, water network optimisation, or digital twin projects for utility management.
How they like to work
CILE has never led an H2020 project — they join as a partner or third party, contributing operational infrastructure and end-user validation rather than scientific leadership. With 37 unique partners across 12 countries from only 2 projects, their consortia are large and internationally diverse, suggesting they are comfortable operating within complex multi-stakeholder frameworks. For a potential collaborator, they bring practical deployment access and public-sector procurement credibility rather than research output.
Despite only two projects, CILE has connected with 37 unique partners across 12 countries, reflecting the large consortium structures typical of MSCA and PCP schemes. Their network is European in scope, though their operational footprint remains regional (Wallonia/Belgium).
What sets them apart
CILE is one of the few Belgian public water utilities with demonstrated H2020 participation, giving them credibility as a pre-commercial procurement authority and a real-world pilot site — something that is difficult to replicate with academic or SME partners alone. For consortia needing an operational water network to test sensors, metering hardware, or data management platforms, CILE offers direct access to live infrastructure and a public-body stamp that satisfies EU pilot-deployment requirements.
Highlights from their portfolio
- SMART.METThe only funded project (EUR 500,698), this Pre-Commercial Procurement initiative is notable because CILE acted as a co-procuring public authority — a rare and strategically valuable role that positions them as a buyer and validator of innovative water metering technologies, not merely a research participant.
- INSPIRATIONTheir earliest H2020 engagement, connecting a water utility to a pan-European MSCA network on soil and groundwater science — an unusual cross-sector link between operational water management and agricultural research policy.