WASEABI focused on seafood side-stream processing, SEA2LAND on fishery waste-to-fertilizer conversion, and DiscardLess on discard elimination strategies.
BARNA SA
Basque fisheries SME specializing in valorizing seafood waste into bio-based fertilizers, proteins, and nutraceuticals through circular economy approaches.
Their core work
BARNA SA is a Spanish SME based in Mundaka (Basque Country) that operates in the fisheries and seafood processing sector. Their core work involves valorizing fishery by-products and side-streams — turning what would be waste into higher-value products like bioactive peptides, proteins, nutraceuticals, and bio-based fertilizers. They contribute practical industry knowledge on seafood logistics, sorting, storage, and processing technologies such as enzymatic hydrolysis and pH shift extraction. Their involvement spans the full chain from sustainable fisheries management to circular economy applications of marine biomass.
What they specialise in
SEA2LAND (their largest funded project at EUR 169,986) specifically targets producing advanced bio-based fertilizers from fisheries wastes for organic agriculture.
WASEABI involved enzymatic hydrolysis, flocculation, and pH shift technology for extracting proteins, bioactive peptides, flavors, and minerals from seafood.
SUMMER project explored sustainable management of mesopelagic resources including biomass estimation, ecosystem services, and potential for fish meal and nutraceuticals.
DiscardLess addressed strategies for gradual elimination of discards in European fisheries, their earliest H2020 involvement.
How they've shifted over time
BARNA SA started in 2015 with fisheries policy and discard reduction (DiscardLess), then moved into hands-on seafood processing technology — enzymatic hydrolysis, protein extraction, and bioactive compound recovery (WASEABI, 2019). Their most recent project, SEA2LAND (2021), marks a clear pivot toward circular economy applications, converting fishery wastes into bio-based fertilizers for organic agriculture. The trajectory shows a company moving steadily from fisheries management toward industrial valorization of marine biomass.
BARNA SA is moving from seafood processing toward circular economy products (fertilizers, nutraceuticals), making them a strong fit for future projects linking marine resources to agriculture and bioeconomy.
How they like to work
BARNA SA operates exclusively as a consortium participant — they have never coordinated a project, which is typical for a smaller industry partner contributing domain expertise rather than leading research agendas. With 84 unique partners across 22 countries from just 4 projects, they are comfortable in large international consortia (averaging 21+ partners per project). This suggests they are a reliable, low-friction partner who brings practical fisheries industry knowledge without heavy management overhead.
Despite only 4 projects, BARNA SA has built a surprisingly broad network of 84 partners across 22 countries, reflecting their participation in large-scale EU research and innovation actions. Their network spans most of Europe, with likely concentration in Atlantic and Mediterranean fisheries nations.
What sets them apart
BARNA SA sits at the intersection of fisheries industry practice and circular bioeconomy research — a relatively rare combination for an SME. Based in Mundaka, a Basque fishing hub, they bring real-world fisheries operations experience that purely academic partners cannot offer. Their progression from discard management to fertilizer production from fish waste positions them uniquely for projects that need an industry partner who understands both the marine supply chain and bio-based product development.
Highlights from their portfolio
- SEA2LANDTheir largest project (EUR 169,986) and most recent, representing their strategic pivot into bio-based fertilizers from fishery wastes — a high-demand circular economy topic.
- WASEABIDemonstrates their deep technical involvement in seafood processing — enzymatic hydrolysis, protein extraction, and bioactive peptide recovery from side-streams.
- SUMMERUnusual topic exploring mesopelagic (deep ocean) resources for fish meal and nutraceuticals, showing willingness to engage with frontier marine resource questions.