Led the eco-soft project (EUR 1.6M) focused on eco-innovative, safe, functionalised microencapsulated fragrances at industrial scale.
CREACIONES AROMATICAS INDUSTRIALES S.A.
Spanish SME specializing in industrial fragrance microencapsulation, now expanding into bioactive extraction from agri-food waste for cosmetic, nutraceutical, and food applications.
Their core work
CARINSA is a Spanish SME specializing in industrial fragrance and aroma manufacturing, with a strong focus on microencapsulation technologies for functional ingredients. Beyond their core fragrance business, they have expanded into food science and biorefinery applications — extracting bioactive compounds from agri-food waste streams for use in cosmetics, nutraceuticals, and functional foods. They bring industrial manufacturing capability and formulation expertise to EU research consortia, bridging the gap between laboratory extraction processes and commercial-scale production.
What they specialise in
Contributed to PHENOLEXA (polyphenol extraction from agri-waste) and VALUEWASTE (urban biowaste valorization), both focused on recovering high-value compounds from side streams.
Participated in PREVENTOMICS, contributing to personalised meal design using omics-based biomarkers and food ingredient formulation.
VALUEWASTE and PHENOLEXA both target circular economy models — converting waste into proteins, phenols, and other functional ingredients.
How they've shifted over time
CARINSA's early H2020 work (2017–2018) centered on consumer-facing food science — personalised nutrition, omics-based biomarkers, and behavioural change through tailored food ingredients (PREVENTOMICS). Their later projects (2018–2024) shifted decisively toward circular bioeconomy: extracting bioactives from agri-food waste, bio-pretreatment of side streams, and recovering phenols and proteins for pharmaceutical and cosmetic applications. This evolution reflects a company moving from ingredient formulation toward sustainable sourcing of those same ingredients from waste streams.
CARINSA is moving toward becoming a circular biorefinery partner — expect future work in waste-to-value extraction processes for cosmetic, nutraceutical, and functional food ingredients.
How they like to work
CARINSA operates primarily as a participant (3 of 4 projects), contributing industrial know-how to larger consortia rather than leading research agendas. Their one coordinator role (eco-soft, an SME Instrument Phase 2 project) shows they can drive their own innovation when the topic aligns with core competency. With 51 unique partners across 13 countries, they integrate well into diverse European consortia and bring manufacturing-stage credibility that complements academic partners.
CARINSA has collaborated with 51 unique partners across 13 European countries, indicating broad network reach for an SME. Their consortia span food science, environmental, and digital sectors, connecting them to both academic research groups and industrial partners in the bioeconomy space.
What sets them apart
CARINSA occupies a rare niche: they are an industrial manufacturer (fragrances, encapsulation) who also participates in upstream research on bioactive extraction and food science. This means they can take a laboratory-proven extraction or formulation process and bring it closer to market through their existing production infrastructure. For consortium builders, they offer something most academic partners cannot — a direct pathway from research result to manufactured product in the cosmetics, nutraceutical, or functional food sectors.
Highlights from their portfolio
- eco-softTheir only coordinator role with the largest single funding (EUR 1.6M) — an SME Instrument project for industrializing eco-friendly microencapsulated fragrances.
- PHENOLEXATheir most recent project, focused on cascade biorefinery for polyphenol extraction from agri-food side streams — represents their current strategic direction.
- PREVENTOMICSLarge-scale RIA connecting omics sciences with personalised nutrition, showing CARINSA's ability to contribute to data-driven food innovation.