CelluWiz developed all-cellulose multilayer packaging using microfibrillated celluloses; PROVIDES explored deep eutectic solvents for value-added fibers.
STORA ENSO OYJ
Finnish renewable materials giant contributing industrial-scale wood and cellulose expertise to sustainable packaging, timber construction, and circular economy research.
Their core work
Stora Enso is a major Finnish renewable materials company that develops wood- and cellulose-based products as alternatives to fossil-based materials. In H2020, they contribute industrial-scale expertise in wood value chains, cellulose packaging, and timber construction systems. Their R&D participation spans from forest resource optimization to advanced bio-based material development, including compostable packaging and multi-storey wooden buildings. They bring real-world manufacturing capacity and market access that helps move lab-scale bio-innovations toward commercial deployment.
What they specialise in
Build-in-Wood focused on sustainable wood value chains for low-carbon multi-storey buildings from renewable resources.
EFFORTE addressed efficient forestry through precision planning and management for sustainable environment and cost-competitiveness.
ORIENTING developed operational life cycle sustainability assessment methodology supporting circular economy decisions.
CelluWiz piloted wet lamination and chromatogeny processes; PROVIDES explored deep eutectic solvent processing for fiber production.
How they've shifted over time
Early H2020 participation (2015-2019) focused on upstream activities: extracting value from forest raw materials through advanced solvent chemistry (PROVIDES) and optimizing forestry operations through precision management (EFFORTE). From 2019 onward, the focus shifted decisively toward downstream applications — biodegradable cellulose packaging (CelluWiz), wood-based construction systems (Build-in-Wood), and circular economy methodology (ORIENTING). This evolution mirrors the broader industry pivot from resource extraction toward sustainable end-products and lifecycle thinking.
Stora Enso is moving from raw material processing toward finished sustainable products and circular economy frameworks, signaling readiness for partnerships in green construction and plastic-replacement packaging.
How they like to work
Stora Enso participates exclusively as a consortium partner, never as coordinator — consistent with how large corporates engage in EU research, contributing industrial know-how and pilot facilities rather than managing projects. With 86 unique partners across 17 countries from just 5 projects, they work in large, diverse consortia averaging 17+ members. This broad partner base suggests they are valued for their industrial capacity and market perspective rather than niche scientific expertise.
Extensive network of 86 unique partners across 17 countries, built through participation in large research and innovation consortia. Their reach spans most of Europe, reflecting the pan-European scope of the forestry, construction, and bio-economy sectors they operate in.
What sets them apart
Stora Enso is one of the world's largest renewable materials companies, giving them an unmatched ability to test and scale bio-based innovations from lab to industrial production. Unlike university partners or SMEs in the same consortia, they bring real manufacturing lines, supply chain infrastructure, and market channels for wood and cellulose products. For consortium builders, they offer the critical "last mile" from research prototype to commercial product — particularly in packaging, construction, and fiber applications.
Highlights from their portfolio
- Build-in-WoodTheir largest funded project (€139K), addressing the high-growth sector of mass timber construction for low-carbon multi-storey buildings.
- CelluWizDirectly targets plastic replacement with compostable all-cellulose packaging — a commercially strategic area combining multiple pilot-scale processes.
- ORIENTINGSignals strategic expansion into circular economy methodology and life cycle assessment, moving beyond materials into sustainability frameworks.