UNIWERSYTET SZCZECINSKI

Their core work

The University of Szczecin is a Polish university with research strengths in blue biotechnology and clean energy systems. Their marine biology teams study microalgae — particularly the genus Haslea — for producing natural blue pigments, lipids, and antimicrobial compounds with commercial potential in aquaculture and biorefinery. More recently, they have moved into hydrogen-metal energy systems, coordinating a European Joint Programme on clean energy from hydrogen-metal sources. Their work bridges fundamental marine biodiversity research with applied industrial biotechnology and emerging energy technologies.

What they specialise in

How they've shifted over time

The University of Szczecin's earliest H2020 involvement (2014) was as a third party in the massive EUROfusion programme, suggesting an initial niche contribution to energy research without a leading role. From 2017 onward, they developed a clear identity in marine biotechnology through GHaNA, and by 2020 they had grown confident enough to coordinate CleanHME — a significant step up in responsibility and funding. The trajectory shows a shift from peripheral energy contributions toward independent leadership in clean energy, while maintaining a parallel marine biology research line.

Moving toward clean hydrogen-metal energy systems with growing coordination ambitions — expect them to seek lead roles in future energy and bioeconomy calls.

How they like to work

The University of Szczecin has played all three consortium roles — third party, participant, and coordinator — across just three projects, showing a rapid progression toward leadership. Their 241 unique partners across 34 countries is impressive but largely inflated by EUROfusion's massive consortium. In their self-directed projects (GHaNA, CleanHME), they work in focused international teams, suggesting they are comfortable in both large infrastructure programmes and smaller research-driven consortia.

Connected to 241 partners across 34 countries, though much of this breadth comes from the large EUROfusion consortium. Their direct research collaborations through GHaNA and CleanHME span Western and Central Europe with a focus on marine biology and energy research communities.

What sets them apart

The University of Szczecin occupies an unusual niche at the intersection of marine biotechnology and clean energy — two fields rarely combined in one institution. Their expertise in Haslea diatoms for natural pigment and bioactive compound production is highly specialized, with few European groups working at this level. For consortium builders, they offer a Polish partner with demonstrated coordination capability and a distinctive dual competence in blue biotech and hydrogen energy systems.

Highlights from their portfolio

• CleanHME
  Their largest project (EUR 1.06M) and only coordination role — a European Joint Programme on hydrogen-metal clean energy systems, signaling serious ambition in the energy sector.
• GHaNA
  Highly specialized blue biotechnology project on Haslea microalgae with direct commercial applications in natural pigments, aquaculture, and biorefinery — defines their marine research identity.