WATERSCHAP DE DOMMEL

Their core work

Waterschap De Dommel is a Dutch regional water authority (waterschap) responsible for managing water quality, water treatment infrastructure, and water systems in the Noord-Brabant region of the Netherlands. In the EU research context, they contribute as an end-user and real-world testing ground — bringing operational water infrastructure, practical implementation knowledge, and large-scale demonstration capacity that academic or engineering partners cannot provide on their own. Their involvement spans two distinct but complementary themes: circular water economy (reuse, energy recovery, materials) and advanced treatment of micropollutants including antibiotics, microplastics, and antibiotic resistance genes. For research consortia, they represent the bridge between lab-scale technology and full-scale public utility deployment.

What they specialise in

How they've shifted over time

Their first project (NextGen, 2018) placed them squarely in circular economy thinking — system-level water reuse, energy recovery from water streams, materials recycling, and the business infrastructure needed to commercialise these services. Their second project (REWATERGY, 2019) shifted toward treatment reactor technology and specific contaminants of concern: antibiotics, microplastics, ARG, and engineered nanomaterials. This is a meaningful shift from circular economy architecture toward the hard chemistry of emerging micropollutants — a challenge that has become urgent for European water authorities under tightening EU water quality regulation. The direction suggests Dommel is building capacity to address the next generation of regulatory requirements, not just efficiency gains.

Dommel is moving from system-level circular economy participation toward active engagement with emerging contaminant treatment — a trajectory that aligns with EU regulatory pressure on pharmaceuticals, microplastics, and antibiotic resistance in water.

How they like to work

Waterschap De Dommel has not coordinated any H2020 project, always joining as participant or third party — the classic role of a public utility that provides infrastructure, real-world data, and operational context rather than leading research agendas. Their two projects were both large consortia (collectively 47 partners across 17 countries), suggesting they are comfortable operating as one node in complex multi-partner structures. For a prospective collaborator, this means Dommel brings practitioner legitimacy and demonstration capacity, not research leadership — they are the kind of partner that makes a project credible to reviewers by grounding it in real operational reality.

Despite only two projects, Dommel has built connections with 47 unique partners across 17 countries — an unusually wide network for a regional public body, reflecting the large consortium structures typical of Horizon 2020 IA and MSCA-ITN grants. Their network is pan-European with no obvious geographic concentration beyond their Dutch base.

What sets them apart

Waterschap De Dommel is one of the few Dutch water authorities with documented H2020 participation, making them a rare public-sector bridge between EU research and operational water infrastructure in the Netherlands. Unlike university labs or engineering consultancies, they offer something no other partner type can: a functioning regional water system where new technologies can be tested, validated, and — if successful — scaled into public service. Any consortium targeting water treatment innovation, circular water economy, or micropollutant removal that needs a credible end-user and demonstration site in the Netherlands should consider them seriously.

Highlights from their portfolio

• NextGen
  Their largest funded project (EUR 53,125 EC contribution) and their most strategically broad engagement — covering circular water systems, reuse, energy recovery, and market development within a single Innovation Action.
• REWATERGY
  A third-party role in an MSCA Industrial Training Network, indicating that Dommel's operational infrastructure was considered valuable enough to include in a doctoral training programme focused on water-energy nexus reactor engineering.