SmartLi, LigniOx, and BIOMOTIVE all focus on transforming industrial lignin into functional materials such as dispersants, sustainable materials, and bio-based polyurethanes.
METSA FIBRE OY
Major Finnish pulp producer contributing industrial lignin and wood fiber expertise to European bio-based materials research.
Their core work
Metsä Fibre is a major Finnish pulp producer and part of the Metsä Group, one of the largest forest industry companies in Europe. Their H2020 involvement centers on valorizing side streams from pulp production — particularly lignin and wood fibers — into higher-value bio-based materials such as dispersants, polyurethanes, and automotive composites. They provide real industrial feedstock, process knowledge, and pilot-scale testing capacity to research consortia developing new uses for forest-based biomass. Their participation in Bio-Based Industries (BBI) projects confirms their role as an industrial anchor partner supplying raw materials and production expertise.
What they specialise in
PROVIDES explored deep eutectic solvents for value-added fibers, and BIOMOTIVE developed advanced bio-based fibers for automotive applications.
Biofficiency addressed ash-related problems in biomass CHP plants, directly relevant to burning pulp production residues.
BIOMOTIVE (their largest funded project at EUR 609K) targeted bio-based polyurethanes and fibers specifically for the automotive industry.
How they've shifted over time
Metsä Fibre's H2020 participation spans a concentrated period from 2015 to 2017 (project start dates), with all projects rooted in extracting value from forest industry by-products. Early projects (SmartLi, PROVIDES) focused on fundamental conversion technologies — transforming lignin and fibers using novel solvents and chemical processes. Later projects (LigniOx, BIOMOTIVE) shifted toward specific industrial applications, with BIOMOTIVE representing a clear move into cross-sector material supply for the automotive industry. The trajectory shows a progression from upstream chemistry toward downstream product applications.
Metsä Fibre is moving from basic biomass conversion research toward supplying bio-based materials to high-value sectors like automotive, suggesting future collaborations should pitch specific end-use applications for forest-derived feedstocks.
How they like to work
Metsä Fibre operates exclusively as a participant, never leading projects — consistent with a large industrial company that contributes feedstock, process data, and pilot facilities rather than managing research agendas. With 76 unique partners across 16 countries from just 5 projects, they work in large, diverse consortia typical of BBI-funded initiatives. Their role is that of an industrial validation partner: they bring the real-world pulp production context that academic and SME partners need to prove their technologies work at scale.
Extensive network of 76 unique partners spanning 16 countries, built through participation in large BBI and RIA consortia. The breadth reflects pan-European bio-economy research networks centered on forest and bio-based industries, with likely strong Nordic and Central European connections.
What sets them apart
Metsä Fibre brings something most research partners cannot: direct access to industrial-scale pulp production and its side streams, particularly lignin. As one of Europe's largest pulp producers, they can supply real feedstock for pilot testing and provide data on industrial process conditions that lab-scale research alone cannot replicate. For any consortium working on bio-based materials from wood, having Metsä Fibre as a partner adds immediate industrial credibility and a pathway to market adoption.
Highlights from their portfolio
- BIOMOTIVELargest funded project (EUR 609K) and represents a strategic cross-sector move, applying forest-based fibers and polyurethanes to automotive manufacturing.
- LigniOxDirectly targets commercial lignin dispersant products through oxidation technology — the clearest path from pulp by-product to marketable chemical product.
- BiofficiencyThe only energy-sector project, addressing a practical operational challenge (ash management) in biomass CHP plants that pulp producers face directly.