SciTransfer
Organization

FUJIFILM MANUFACTURING EUROPE BV

Industrial membrane manufacturer specializing in electrodialysis systems for water treatment, energy conversion, and carbon capture applications.

Large industrial companyenergyNLNo active H2020 projects
H2020 projects
5
As coordinator
1
Total EC funding
€4.5M
Unique partners
42
What they do

Their core work

Fujifilm Manufacturing Europe is the Tilburg-based production facility of Fujifilm, specializing in the manufacture of advanced functional membranes and coatings. Within H2020, they focus on ion-exchange membrane technology for electrodialysis, desalination, energy storage, and carbon capture applications. Their core contribution is translating membrane material science into industrial-scale manufacturing processes, bridging the gap between lab-grade membranes and commercially viable products for water treatment and energy conversion.

Core expertise

What they specialise in

Electrodialysis membranes for water treatmentprimary
3 projects

Coordinated REvivED water and participated in MIDES and RED-Heat-to-Power, all centered on electrodialysis membrane systems for desalination and drinking water.

Reverse electrodialysis for energy conversionprimary
2 projects

RED-Heat-to-Power focused on converting low-grade heat to power via reverse electrodialysis; BAoBaB used reversible salt-water electrochemistry for energy storage.

Membrane-based carbon capturesecondary
1 project

NanoMEMC2 applied nanomaterial-enhanced membranes specifically for carbon capture, extending their membrane expertise to environmental applications.

1 project

BAoBaB explored blue acid/base battery technology for storing renewable energy using salt water, a newer application domain for their membrane capabilities.

Evolution & trajectory

How they've shifted over time

Early focus
Electrodialysis energy harvesting
Recent focus
Membrane energy storage and capture

Fujifilm's H2020 portfolio is concentrated in a narrow 2015–2017 window, making long-term evolution hard to track. Their earliest project (RED-Heat-to-Power, 2015) focused on energy harvesting from waste heat via reverse electrodialysis, while later entries (BAoBaB, 2017) shifted toward electrochemical energy storage. Across all five projects, membrane technology remains the constant thread, but the application domains expanded from water/energy to include carbon capture and battery storage.

Fujifilm is broadening its membrane technology from water treatment into energy storage and carbon capture — sectors with rapidly growing industrial demand.

Collaboration profile

How they like to work

Role: active_partnerReach: European15 countries collaborated

Fujifilm operates primarily as a participant (4 of 5 projects) but has demonstrated coordination capability with REvivED water, their largest-funded project at EUR 1.6M. With 42 unique partners across 15 countries, they maintain a broad European network rather than relying on a small circle of repeat collaborators. Their role as a large industrial manufacturer makes them a valued partner for consortia needing to demonstrate industrial scalability and market uptake potential.

Fujifilm has collaborated with 42 distinct partners across 15 European countries, indicating a well-distributed network. Their Netherlands base and membrane manufacturing focus likely connect them to strong water-tech and energy clusters in the Benelux region and beyond.

Why partner with them

What sets them apart

Fujifilm brings something rare to EU consortia: large-scale industrial membrane manufacturing capacity backed by a global corporation. While many partners contribute research or prototyping, Fujifilm can demonstrate a credible path from laboratory membrane to factory production. For any consortium working on membrane-based solutions — whether for water, energy, or gas separation — they offer the manufacturing credibility that reviewers and end-users look for.

Notable projects

Highlights from their portfolio

  • REvivED water
    Their only coordinator role and largest single EC contribution (EUR 1.6M), directly targeting low-energy drinking water production via electrodialysis — their core technology.
  • RED-Heat-to-Power
    Demonstrates a creative application of reverse electrodialysis to convert industrial waste heat into electricity, showing versatility of their membrane platform.
  • BAoBaB
    Represents a forward-looking move into electrochemical energy storage using salt water, signaling expansion beyond traditional water treatment markets.
Cross-sector capabilities
Water treatment and desalinationCarbon capture and environmental remediationElectrochemical energy storageAdvanced materials manufacturing
Analysis note: All five projects cluster within 2015–2017 start dates, so the early/recent keyword split has limited analytical value — the evolution observed is thematic rather than temporal. Fujifilm's broader corporate capabilities (imaging, coatings, functional materials) likely extend well beyond what H2020 data alone reveals.