Both ULTRAFISH projects (2015–2020) are dedicated entirely to ultrasound technology as a processing method for fishery products.
SCANFISK SEAFOOD SL
Spanish seafood SME with proprietary EU-validated ultrasound technology for extending fish product shelf life without chemical treatment.
Their core work
Scanfisk Seafood is a Spanish seafood processing SME based in Zaragoza that develops and commercializes ultrasound-based processing technology for fish and fishery products. Their core innovation applies acoustic energy to extend shelf life and preserve quality in fish products — replacing or reducing conventional chemical and thermal treatments. They progressed from feasibility study to full commercial-scale implementation of this technology through the EU SME Instrument program. Their work sits at the intersection of food technology and eco-innovation, with a specific focus on making fish processing cleaner and more efficient.
What they specialise in
Both project titles explicitly name 'better quality and shelf life of fish products' as the target outcome.
The Phase 2 ULTRAFISH project (2017–2020) is specifically described as 'eco-innovative processing technology', indicating a shift toward sustainable processing credentials.
How they've shifted over time
Scanfisk's H2020 participation is a single, continuous technology development arc rather than a diversification story. In 2015–2016 they tested ultrasound processing at the feasibility level under SME Instrument Phase 1, with a relatively narrow framing around product quality. By 2017–2020 they had reframed the same core technology with an eco-innovation angle, suggesting they identified sustainability as the stronger commercial narrative during the Phase 1 period. The absence of keyword data limits deeper analysis, but the project title evolution from "better quality" to "eco-innovative processing" is a meaningful signal about how they repositioned their value proposition.
Scanfisk appears to be a single-technology company that successfully commercialized one core innovation; future collaboration interest would most likely center on scaling ultrasound applications to other seafood categories or adapting the technology for different food processing contexts.
How they like to work
Scanfisk operated exclusively as a solo coordinator on both projects — a pattern typical of SME Instrument recipients, where the instrument is designed for individual companies rather than consortia. They have zero recorded consortium partners across their entire H2020 history, meaning there is no evidence of collaborative research relationships with universities, research institutes, or other industry players. Working with them would likely mean engaging them as a technology provider or licensee rather than as a consortium research partner.
Scanfisk has no recorded consortium partners in the H2020 dataset, which reflects the solo-applicant nature of the SME Instrument rather than necessarily a deliberate choice to avoid collaboration. Their network footprint within the EU research system is minimal beyond their own project activity.
What sets them apart
Scanfisk is unusual in that they are a commercial seafood company — not a research institute or equipment manufacturer — that holds proprietary ultrasound processing technology developed with EU backing. This means they combine operational seafood industry knowledge with a validated, grant-proven technology, which is a different profile from academic ultrasound researchers or food equipment vendors. For companies in the fish and seafood value chain looking to reduce preservatives, extend shelf life, or claim eco-innovation credentials, Scanfisk represents a rare combination of technology ownership and sector-specific know-how.
Highlights from their portfolio
- ULTRAFISHThe Phase 2 project (2017–2020, €1.15M) represents a full commercial scale-up of ultrasound fish processing technology — one of the larger single-SME awards in the food processing space under the SME Instrument.
- ULTRAFISHThe Phase 1 project (2015–2016, €50K) validated the feasibility of ultrasound-based shelf life extension for fishery products, providing the foundation for the larger Phase 2 award.