Core contributor to both NFFA-Europe (2015-2021) and its successor NEP (2021-2027), supporting multi-technical nanoscience foundries across Europe.
PROMOSCIENCE SRL
Trieste-based SME providing nanoscience infrastructure support, advanced biomaterials manufacturing, and environmental contaminant analysis across European research consortia.
Their core work
Promoscience is a Trieste-based SME that provides specialized scientific and technical services across nanoscience research infrastructure, advanced biomaterials manufacturing, and environmental analytics. They contribute to large European research facilities (NFFA-Europe) while also applying their expertise to practical challenges like microplastics toxicity assessment, 3D-printed biomaterials for tissue repair, and sustainable mobility planning. Their work spans from operating and supporting multi-technique nanoscience user access platforms to developing photosensitive biomaterials and electrospinning-based scaffolds for medical applications.
What they specialise in
Involved in ELASTISLET (elastin-like recombinamers for diabetes therapy) and InterLynk (platelet lysate-based 3D-printed scaffolds for tissue repair).
Contributor to Imptox, investigating micro/nanoplastics effects on health using isotope ratio mass spectrometry and related analytical techniques.
Participated in SIMPLA (multi-sector energy planning) and NOEMIX (e-mobility fleet management and green electricity procurement in Friuli Venezia Giulia).
NEP project explicitly addresses FAIR data principles and interoperability for nanoscience research infrastructure.
How they've shifted over time
Promoscience's early H2020 work (2015-2019) centered on foundational research infrastructure and energy planning — supporting the NFFA-Europe nanoscience platform, contributing to diabetes-related biomaterials research (ELASTISLET), and local energy/mobility planning in northeast Italy. From 2021 onward, their focus shifted decisively toward applied biomedical manufacturing (3D-printed scaffolds, photosensitive biomaterials) and environmental health analytics (microplastics toxicity), while maintaining continuity in nanoscience infrastructure through the NEP successor project. The trajectory shows a company moving from general research support toward more specialized, application-oriented contributions in biomaterials and environmental science.
Promoscience is converging on biomedical manufacturing and environmental analytics, making them a strong partner for projects that need advanced materials characterization or health-impact assessment capabilities.
How they like to work
Promoscience operates exclusively as a participant, never coordinating — they are a specialist contributor that joins consortia rather than leading them. With 75 unique partners across 19 countries from just 7 projects, they consistently work in large, multinational consortia (averaging ~11 partners per project). This breadth of connections suggests they are well-networked and adaptable, comfortable integrating into diverse teams rather than anchoring around a fixed set of repeat collaborators.
Promoscience has built an extensive network of 75 unique partners across 19 countries through 7 projects — a remarkably wide reach for a small company. Their base in Trieste, a historic crossroads between Western and Central Europe, positions them well for pan-European collaborations with no strong geographic bias.
What sets them apart
Promoscience occupies an unusual niche: a small private company that bridges nanoscience research infrastructure with applied biomaterials and environmental health — domains that rarely overlap in a single SME. Their long-running involvement in the NFFA-Europe platform (and its successor NEP) gives them deep familiarity with multi-technique characterization facilities, while their parallel work in 3D-printed scaffolds and microplastics analysis shows they can translate infrastructure access into real applications. For consortium builders, they offer a rare combination of research infrastructure know-how and hands-on manufacturing and analytical capability, all within a flexible SME structure.
Highlights from their portfolio
- NEPTheir largest funded project (EUR 310,675) and a continuation of NFFA-Europe, running until 2027 — signals long-term commitment to European nanoscience infrastructure.
- ImptoxAddresses the high-profile issue of micro/nanoplastics health impacts using advanced analytical techniques like isotope ratio mass spectrometry — their most topically relevant project for current environmental policy.
- InterLynkRepresents their most applied biomedical work, combining human platelet lysates with 3D printing and electrospinning for multi-tissue repair scaffolds.