UNIVERSITA DEGLI STUDI DI PALERMO

Their core work

The University of Palermo is a large Southern Italian research university with deep expertise in membrane-based water treatment, electrodialysis, and resource recovery from brine and industrial wastewater. They contribute significant research capacity in energy conversion from salinity gradients, circular economy processes, and environmental engineering. Beyond their technical core, UNIPA runs active programs in high-energy astrophysics, biomedical research (vaccines, liver disease biomarkers, biomechanics), and Mediterranean cultural heritage studies. They also invest heavily in public engagement through the European Researchers' Night (SHARPER), making them a well-rounded partner for interdisciplinary EU consortia.

What they specialise in

How they've shifted over time

In the early H2020 period (2014-2018), UNIPA focused heavily on membrane and electrodialysis technologies — desalination, reverse electrodialysis for energy, salt recovery, and industrial wastewater treatment. Projects like RED-Heat-to-Power, REvivED water, and ReWaCEM defined this phase. From 2019 onward, the emphasis shifted toward circular economy framing, climate change adaptation, STEAM education, and social sciences — reflected in projects like TREND (resilience and spatial planning), EJP SOIL (climate-smart agriculture), and repeated SHARPER participation. The technical membrane work matured into broader resource-recovery and sustainability narratives, while humanities and public engagement grew as a distinct second pillar.

UNIPA is pivoting from specialized membrane engineering toward integrated circular economy and sustainability solutions, with growing investment in social impact and science communication — expect them to seek cross-disciplinary projects that combine technical water/resource expertise with societal dimensions.

How they like to work

UNIPA overwhelmingly joins projects as a participant (38 of 47 projects), coordinating only 4 times — they are a reliable consortium partner rather than a project leader. With 792 unique partners across 50 countries, they operate as a broad network hub, comfortable in large multinational consortia spanning RIA, IA, and MSCA-RISE schemes. This means they bring extensive cross-European connections and adapt well to different consortium structures, though you should not expect them to take the lead on project management or coordination.

An exceptionally wide network of 792 distinct consortium partners spanning 50 countries, reflecting deep integration into the European research landscape. Their Mediterranean location gives them natural connections to Southern European and North African research ecosystems.

What sets them apart

UNIPA's rare combination of hard engineering skills (membrane processes, electrodialysis, brine treatment) with Mediterranean cultural heritage research and strong public engagement makes them unusually versatile. Few Southern Italian universities can offer both deep water-technology expertise and the kind of interdisciplinary reach — from astrophysics to medieval multilingualism — that complex EU projects increasingly demand. Their location in Palermo also positions them as a gateway for projects addressing Mediterranean-specific challenges: water scarcity, migration, and Euro-Mediterranean cultural exchange.

Highlights from their portfolio

• SMARTI ETN
  Largest single EC contribution to UNIPA (EUR 1,032,245) — a Marie Skłodowska-Curie training network for sustainable transport infrastructure, showing capacity to host and train early-stage researchers.
• ZERO BRINE
  Flagship circular economy project (EUR 493,750) combining UNIPA's core membrane and mineral recovery expertise with industrial symbiosis — the clearest expression of their technical identity.
• DOCUMULT
  Long-running humanities project (2018-2025, EUR 813,293) on medieval multicultural coexistence in Sicily — demonstrates deep local cultural research capacity and interdisciplinary ambition beyond STEM.