NENU2PHAR (PHA bioplastics for food packaging) and PRESERVE (multilayer bio-based packaging with tailored end-of-life and upcycling) form a clear packaging innovation track.
Danone Global Research & Innovation Center
Danone's central R&D center contributing food science, microbiome expertise, and sustainable bio-based packaging research to large European consortia.
Their core work
Danone's central R&D hub drives research into sustainable food systems, bio-based packaging, and microbiome science for one of the world's largest food and beverage companies. Their H2020 participation focuses on replacing conventional plastics with bioplastics (PHA-based materials), developing high-performance sustainable packaging, and understanding how microbiome science can improve food quality and safety. They also contribute industry perspectives to large-scale research on sustainable livestock and food system transitions, including biodiversity and greenhouse gas reduction scenarios.
What they specialise in
Both NENU2PHAR and PRESERVE address bioplastic production, recycling, and upcycling — covering the full material lifecycle from PHA synthesis to end-of-life.
MASTER project applies microbiome research to food processing, quality, and safety across the food supply chain.
PATHWAYS project examines livestock husbandry transitions, biodiversity impacts, and circular economy scenarios for food systems.
How they've shifted over time
Danone's H2020 engagement spans only 2019–2021 (start dates), so the evolution window is narrow but still shows a clear shift. Early projects (MASTER, NENU2PHAR) focused on food science fundamentals — microbiome applications, food processing innovation, and initial bioplastic material development. Later projects (PRESERVE, PATHWAYS) moved decisively toward packaging engineering (multilayer barriers, enzymatic recycling, e-beam coatings) and broader food system sustainability including livestock and ecosystem services.
Danone's R&D is converging on replacing conventional food packaging with engineered bio-based alternatives that are recyclable and upcyclable — expect continued investment in circular packaging solutions.
How they like to work
Danone participates exclusively as a consortium partner, never coordinating — consistent with a large corporation contributing industry expertise and real-world validation to academic-led research. With 106 unique partners across 23 countries from just 4 projects, they join large, diverse consortia (averaging ~27 partners per project). This suggests they are sought after as an industry end-user who can ground-truth research against commercial food and packaging requirements.
Across 4 projects, Danone has worked with 106 unique partners spanning 23 countries — an exceptionally broad network for a modest project count, reflecting their participation in large pan-European consortia covering food science, materials, and sustainability research.
What sets them apart
As one of the world's largest food companies, Danone brings something most research partners cannot: direct access to real-world food packaging requirements, supply chain scale, and commercial viability testing. Their R&D center in Gif-sur-Yvette is a serious scientific facility, not just a corporate liaison office — they engage deeply in materials science and microbiome research. For consortium builders, Danone offers the rare combination of scientific capability and immediate market pathway for food and packaging innovations.
Highlights from their portfolio
- PRESERVEReceived EUR 112,350 — by far Danone's largest H2020 contribution — targeting advanced multilayer bio-based packaging with enzymatic recycling and upcycling pathways.
- MASTERAmbitious project applying microbiome science across the entire food supply chain, from processing to safety and sustainability.
- NENU2PHARDirectly targets PHA-based bioplastics as replacements for conventional food packaging at high-volume consumer product scale.