Central theme across all three projects: REMEB (ceramic MBR for wastewater reuse), ZERO BRINE (water recovery from industrial brine), and AQUAlity (contaminant removal).
SOCIEDAD DE FOMENTO AGRICOLA CASTELLONENSE S A
Spanish water utility contributing industrial-scale wastewater treatment, membrane bioreactor technology, and circular water management expertise to EU research consortia.
Their core work
FACSA is a Spanish water utility and environmental services company based in Castellón, operating in water treatment, supply, and reuse. In H2020, they contributed practical, industrial-scale expertise in wastewater treatment technologies — particularly membrane bioreactors and brine management. Their projects focus on turning wastewater challenges into resource recovery opportunities, bridging the gap between laboratory research and market-ready water treatment solutions. They bring real operational infrastructure and end-user validation to research consortia.
What they specialise in
Coordinated REMEB on eco-friendly ceramic MBR systems, and contributed membrane expertise to AQUAlity's nanofiltration work.
Participated in ZERO BRINE, focused on minerals recovery (salt, magnesium), waste heat valorization, and industrial symbiosis from brine effluents.
Involved in AQUAlity as a third party, addressing contaminants of emerging concern using sun-driven processes and hybrid materials.
How they've shifted over time
FACSA began with a practical focus on low-cost ceramic membrane bioreactors for wastewater reuse, tackling water scarcity with market-ready solutions (REMEB, 2015). By 2017, their interests broadened significantly: ZERO BRINE moved them into circular economy territory — recovering minerals and energy from industrial brine — while AQUAlity pushed them toward advanced contaminant detection and removal. The trajectory shows a clear shift from basic wastewater treatment toward value extraction from waste streams and addressing more complex water quality challenges.
FACSA is moving from conventional water treatment toward resource recovery and micropollutant management — aligning with EU priorities on circular economy and zero pollution.
How they like to work
FACSA balances leadership and partnership roles: they coordinated REMEB while joining ZERO BRINE and AQUAlity as participant and third party respectively. With 51 unique partners across 15 countries from just 3 projects, they operate in large, diverse consortia rather than small focused teams. Their value to consortia is as an industrial end-user who can validate technologies at real water treatment facilities, making them an attractive demonstration partner.
Despite only three projects, FACSA has built a broad European network spanning 51 partners in 15 countries, largely through large-scale Innovation Actions. Their connections are spread across Southern and Western Europe, with no single dominant geographic cluster.
What sets them apart
FACSA offers something many academic-heavy consortia lack: a real water utility with operational infrastructure where technologies can be tested and validated at scale. Based in water-scarce southeastern Spain, they bring genuine urgency and practical context to water reuse research. Their combination of industrial operations, coordination capability, and willingness to participate across the innovation chain — from training networks to market replication — makes them a versatile partner.
Highlights from their portfolio
- REMEBCoordinated by FACSA with EUR 349K funding — demonstrates their ability to lead projects and their core competence in eco-friendly ceramic membranes made from recycled agricultural waste.
- ZERO BRINELarge-scale circular economy project (2017-2021) redesigning the water-minerals value chain — marks FACSA's strategic expansion from treatment to resource recovery.
- AQUAlityMSCA training network (2017-2022) on emerging contaminants — shows FACSA's engagement in advanced research and next-generation workforce development.