Core contributor across APEX, FALCON, WoodZymes, UNRAVEL, SWEETWOODS, B-LigZymes, EnXylaScope, BIOrescue, and BIOFOREVER — all centered on enzymatic biomass conversion.
METGEN OY
Finnish enzyme technology SME developing industrial biocatalysts for lignin, xylan, and lignocellulose valorization in biorefinery processes.
Their core work
MetGen is a Finnish biotech SME that develops industrial enzymes for converting lignocellulosic biomass — wood, agricultural residues, and plant fibers — into valuable chemicals, materials, and fuels. Their core business is engineering enzymes (oxidoreductases, xylanases, lignin-degrading enzymes) that break down complex plant polymers in biorefinery processes. They supply enzyme solutions to larger biorefinery and chemical industry consortia, enabling partners to extract sugars, lignin-derived aromatics, and platform chemicals from renewable feedstocks. With 12 H2020 projects and over €12M in EC funding, they are a well-established enzyme technology provider embedded in Europe's bioeconomy value chain.
What they specialise in
FALCON, SWEETWOODS, B-LigZymes, and APEX all focus on converting lignin into fuels, chemicals, or high-value aromatics through enzymatic and chemical routes.
B-LigZymes explicitly targets structure-function relationships, protein engineering, and directed evolution; EnXylaScope uses computational modelling and bioprospecting for enzyme discovery.
VEHICLE focuses on hemicellulose-derived oligosaccharides and glycols; EnXylaScope (2021) targets xylan-degrading enzymes using big-data and computational approaches.
ReTAPP (coordinator) worked on enzymatic routes to HMF and PEF for plastic packaging replacement; SWEETWOODS targets high-purity lignin and platform chemicals.
ButaNexT addressed enzymatic pre-treatment of lignocellulosic feedstocks for next-generation biobutanol production.
How they've shifted over time
MetGen's early H2020 work (2015–2018) was broader and more exploratory, spanning biobutanol production (ButaNexT), bio-based plastic packaging (ReTAPP with HMF/PEF chemistry), and general enzyme applications for biomass processing. From 2018 onward, their focus sharpened dramatically toward lignin valorization, advanced protein engineering, and xylan-specific enzyme discovery — reflecting the bioeconomy's shift from simple sugar extraction to unlocking value from the harder-to-process lignin and hemicellulose fractions. Their most recent project (EnXylaScope, 2021) signals a move toward computational enzyme design and big-data-driven bioprospecting, suggesting they are investing in next-generation enzyme discovery methods.
MetGen is moving from general biomass enzymes toward computationally designed, highly specific enzymes for lignin and xylan — positioning themselves as a precision biocatalysis partner for advanced biorefineries.
How they like to work
MetGen operates predominantly as a specialist technology partner rather than a consortium leader, coordinating only 2 of their 12 projects while contributing enzyme expertise to 10 others. With 94 unique consortium partners across 19 countries, they maintain a broad and diverse network, suggesting they are a sought-after enzyme technology provider that different consortia recruit for their specialized capabilities. Their participation spans small research actions (MSCA-RISE) to large demonstration projects (BBI-IA-DEMO with SWEETWOODS at €5.3M), showing flexibility in adapting their contribution to projects of varying scale and ambition.
MetGen has built a substantial European network of 94 unique partners across 19 countries, reflecting their role as a go-to enzyme technology provider in biorefinery consortia. Their partnerships span from academic research groups (B-LigZymes, MSCA) to large industrial demonstration projects (SWEETWOODS, BBI), giving them connections across the full innovation chain.
What sets them apart
MetGen occupies a rare niche as an SME that bridges enzyme science and industrial biorefinery applications — they don't just discover enzymes, they develop them for commercial-scale biomass processing. Their combination of protein engineering capability with deep integration into Europe's biorefinery ecosystem (94 partners, 12 projects) makes them unusually well-connected for a small company. For consortium builders, MetGen brings both the enzyme technology and the network to de-risk biorefinery projects.
Highlights from their portfolio
- SWEETWOODSBy far their largest project (€5.3M EC funding), a BBI demonstration-scale effort to produce high-purity lignin and platform chemicals from wood — represents their technology at near-commercial scale.
- APEXOne of only two projects MetGen coordinated, focused on advanced process economics through oxidoreductases — their core enzyme class and a signal of where they lead rather than follow.
- EnXylaScopeTheir most recent project (2021), combining big-data, computational modelling, and bioprospecting for xylan enzymes — marks their strategic shift toward data-driven enzyme discovery.