SciTransfer
Organization

BIO BASE EUROPE PILOT PLANT VZW

Open-access pilot plant in Ghent scaling up fermentation, biorefinery, and biopolymer processes from lab to industrial demonstration for European consortia.

Infrastructure providerfoodBESME
H2020 projects
38
As coordinator
4
Total EC funding
€29.9M
Unique partners
423
What they do

Their core work

Bio Base Europe Pilot Plant is an open-access pilot and demonstration facility in Ghent, Belgium, specializing in scaling up bioprocesses from lab to industrial level. They provide fermentation, downstream processing, and biorefinery infrastructure that allows companies and research consortia to test and validate biobased production processes before full commercialization. Their core competence is bridging the gap between laboratory research and industrial manufacturing for biobased chemicals, materials, and fuels — essentially the place where promising biotech ideas get their first real-world stress test.

Core expertise

What they specialise in

Industrial fermentation and bioprocess scale-upprimary
12 projects

Central to projects like CARBOSURF, BIOCONCO2, iFermenter, BioSFerA, Glaukos, ZABIO, and MY-FI — all requiring fermentation scale-up from lab to pilot.

Biopolymers and biodegradable packagingprimary
7 projects

Sustained involvement in NEWPACK, USABLE PACKAGING, NanoPack, DAFIA, and NanoFEED covering bioplastics, biopolymer processing, and functional packaging materials.

Lignocellulose and biomass conversionsecondary
6 projects

Multiple projects converting woody and agricultural biomass: 2G BIOPIC, REHAP, FALCON, SYLFEED, and BioRen spanning bioethanol, lignin valorization, and waste-to-energy.

Biosurfactant productionsecondary
3 projects

Consecutive projects CARBOSURF, MARISURF, and ZABIO focused on microbial production of glycolipid biosurfactants and bio-emulsifiers.

Food system biotechnologysecondary
5 projects

Projects like SHEALTHY, SIMBA, Prolific, and PULP2VALUE address food processing, preservation, and extraction of bioactive compounds from agri-food side streams.

Circular textiles via biotechnologyemerging
2 projects

Recent projects Glaukos (as coordinator) and MY-FI apply fermentation and bio-recycling to create circular textile fibres and coatings — a new direction starting 2020.

Evolution & trajectory

How they've shifted over time

Early focus
Biomass conversion and biorefinery
Recent focus
Fermentation-based circular materials

In the early H2020 period (2015–2018), BBEPP focused heavily on lignocellulose conversion, lignin valorization, and second-generation bioethanol — classic biorefinery work turning woody biomass into chemicals and fuels. From 2019 onward, the emphasis shifted decisively toward fermentation-based production of biopolymers, biosurfactants, and circular materials, with new entries into textile biotechnology and CO2 conversion. The trajectory shows a move from biomass deconstruction toward microbial manufacturing of higher-value products.

BBEPP is moving toward microbial production of circular materials (textiles, bioplastics, biosurfactants), making them an increasingly relevant partner for any consortium working on bio-based alternatives to petrochemical products.

Collaboration profile

How they like to work

Role: infrastructure_providerReach: European33 countries collaborated

BBEPP operates overwhelmingly as a specialist partner (34 of 38 projects), providing pilot-scale infrastructure and bioprocess expertise to consortia led by others. They have coordinated 4 projects, notably Pilots4U (a bioeconomy infrastructure network) and Glaukos (circular textiles), showing leadership capacity when the project centers on pilot plant operations. With 423 unique partners across 33 countries, they function as a hub — their open-access model means they work with a constantly rotating set of partners rather than a fixed cluster.

An exceptionally well-connected facility with 423 unique consortium partners across 33 countries, giving them one of the broadest collaboration networks in the European bioeconomy space. Their Belgian base and open-access model make them a natural node for pan-European consortia needing pilot-scale validation.

Why partner with them

What sets them apart

BBEPP occupies a critical and relatively rare niche: they are an independent, open-access pilot plant that any consortium can use to scale up bioprocesses without building their own facility. This makes them the go-to partner for the "valley of death" between lab results and industrial production — a bottleneck that kills many promising biotechnologies. Their 38-project track record across fermentation, biorefinery, and downstream processing means they bring not just equipment but accumulated process know-how that is hard to replicate.

Notable projects

Highlights from their portfolio

  • SYLFEED
    Largest single EC contribution (EUR 3.39M) — a demonstration-scale project converting wood into fish feed protein via biorefinery, showcasing BBEPP's capacity for large-scale process validation.
  • Pilots4U
    Coordinated a CSA building a pan-European network of bioeconomy pilot facilities — positioning BBEPP as a recognized leader among Europe's open-access demo infrastructure.
  • Glaukos
    Coordinator of a recent (2020) project applying fermentation and bio-recycling to circular textiles — signals their strategic move into new application domains beyond traditional biorefinery.
Cross-sector capabilities
Energy — biofuels from lignocellulose and syngas fermentationEnvironment — circular economy, biodegradable materials, waste valorizationManufacturing — pilot-scale process engineering and industrial biotech scale-upBlue Growth — marine biosurfactants and antifouling bio-agents
Analysis note: Exceptionally rich dataset with 38 projects spanning 2015–2024, clear keyword evolution, and strong funding history. The open-access pilot plant model is well-evidenced by both the project portfolio and the Pilots4U coordination role. Only 30 of 38 projects were provided in detail, but the sample is more than sufficient for high-confidence profiling.