SciTransfer
Organization

METGEN OY

Finnish enzyme technology SME developing industrial biocatalysts for lignin, xylan, and lignocellulose valorization in biorefinery processes.

Technology SMEfoodFISME
H2020 projects
12
As coordinator
2
Total EC funding
€12.0M
Unique partners
94
What they do

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.

Core expertise

What they specialise in

Industrial enzyme development for lignocellulose processingprimary
9 projects

Core contributor across APEX, FALCON, WoodZymes, UNRAVEL, SWEETWOODS, B-LigZymes, EnXylaScope, BIOrescue, and BIOFOREVER — all centered on enzymatic biomass conversion.

Lignin valorization and bioaromaticsprimary
4 projects

FALCON, SWEETWOODS, B-LigZymes, and APEX all focus on converting lignin into fuels, chemicals, or high-value aromatics through enzymatic and chemical routes.

2 projects

B-LigZymes explicitly targets structure-function relationships, protein engineering, and directed evolution; EnXylaScope uses computational modelling and bioprospecting for enzyme discovery.

Hemicellulose and xylan processingemerging
2 projects

VEHICLE focuses on hemicellulose-derived oligosaccharides and glycols; EnXylaScope (2021) targets xylan-degrading enzymes using big-data and computational approaches.

Bio-based packaging and platform chemicalssecondary
2 projects

ReTAPP (coordinator) worked on enzymatic routes to HMF and PEF for plastic packaging replacement; SWEETWOODS targets high-purity lignin and platform chemicals.

Biobutanol and biofuel productionsecondary
1 project

ButaNexT addressed enzymatic pre-treatment of lignocellulosic feedstocks for next-generation biobutanol production.

Evolution & trajectory

How they've shifted over time

Early focus
Biomass enzymes and biofuels
Recent focus
Lignin enzymes and computational design

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.

Collaboration profile

How they like to work

Role: specialist_contributorReach: European19 countries collaborated

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.

Why partner with them

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.

Notable projects

Highlights from their portfolio

  • SWEETWOODS
    By 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.
  • APEX
    One 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.
  • EnXylaScope
    Their most recent project (2021), combining big-data, computational modelling, and bioprospecting for xylan enzymes — marks their strategic shift toward data-driven enzyme discovery.
Cross-sector capabilities
Energy — enzymatic pre-treatment for biofuel production (biobutanol, bioethanol)Environment — biomass waste valorization and circular bioeconomy solutionsManufacturing — bio-based platform chemicals and packaging materials (HMF, PEF)Health — enzyme engineering expertise transferable to pharmaceutical biocatalysis
Analysis note: Strong profile with 12 projects and clear thematic coherence. Some early projects lack keyword data, but the overall trajectory is well-supported. Website URL was not available in the source data, which slightly limits verification of current commercial activities.