Both BioFlex projects (2018 and 2020) focus exclusively on dissolving waste wood to recover constituent raw materials.
LIXEA LIMITED
UK deep-tech SME with proprietary BioFlex process to dissolve waste wood and recover bio-based raw materials.
Their core work
LIXEA is a London-based technology SME that developed BioFlex, a proprietary process to dissolve waste wood and recover its constituent bio-based raw materials — cellulose, lignin, and hemicellulose — from timber waste streams. Their work sits at the intersection of green chemistry and circular economy: turning low-value or discarded wood into feedstocks for other industries. Within the H2020 programme, they moved from a Phase 1 feasibility study (SME-1, 2018) to a Phase 2 full development project (SME-2, 2020), reflecting a clear path from laboratory concept to commercial scale-up. Their entire known EU-funded portfolio is built around a single, deeply developed proprietary technology.
What they specialise in
The BioFlex concept is explicitly framed as 'second life of wood', converting end-of-life timber into reusable bio-based inputs.
The stated output of the BioFlex process is recovery of raw materials from dissolved wood, positioning LIXEA as a supplier of bio-based feedstocks.
Progression from SME Phase 1 feasibility to SME Phase 2 development within the H2020 SME Instrument demonstrates structured technology commercialization experience.
How they've shifted over time
Both H2020 projects cover the same BioFlex technology, so there is no thematic shift in research direction — the focus has been consistent throughout. What did evolve is the technology readiness level: Phase 1 (2018–2019) established proof-of-concept and commercial feasibility, while Phase 2 (2020–2022) moved into full development and scale-up. The unusual shift from coordinator in Phase 1 to third-party role in Phase 2, with no recorded EC funding in the later project, may indicate a corporate restructuring or a changed legal entity during scale-up.
LIXEA is moving from R&D validation toward commercial deployment of a single proprietary technology, making them a potential licensing or supply-chain partner rather than a broad research collaborator.
How they like to work
LIXEA led the Phase 1 feasibility project as coordinator, then appeared as a third party in Phase 2 — an unusual pattern that likely reflects a corporate reorganization rather than a change in collaborative behavior. With only 2 unique partners across both projects and activity in 2 countries, this is a very small, tightly focused network. They are not a broad consortium builder; they bring one specific technology to the table and engage deeply around it.
LIXEA's recorded H2020 network is minimal — 2 unique consortium partners across 2 countries. Their collaboration footprint is among the smallest possible within the programme, reflecting a single-technology focus rather than broad partnership activity.
What sets them apart
LIXEA's differentiator is owning a specific, patentable process — the BioFlex wood dissolution technology — rather than offering broad R&D services. This makes them relevant to any consortium or company that needs to convert wood waste into bio-based feedstocks, whether in pulp and paper, construction, packaging, or specialty chemicals. A consortium builder would choose them not for research breadth but for access to a defined piece of IP and the team that developed it.
Highlights from their portfolio
- BioFlexThe SME Phase 1 project where LIXEA acted as coordinator and secured EUR 50,000 to establish commercial feasibility of their wood dissolution process — the founding validation of their core technology.
- BioflexThe follow-on SME Phase 2 project (2020–2022), representing a successful step-up from feasibility to full development — one of the harder transitions in the SME Instrument pipeline.