H2020-JTI-FCH-2019-1
H2020-JTI-FCH-2019-1
- Programme
- H2020
- Funded projects (dataset)
- 17
- EU contribution (sum)
- €69,129,862
- Portal deadline
- —
Leading topic in historical projects: FCH-02-4-2019
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Suggested partners for this call
Who coordinated consortia under this call, plus a complementary slice (topic leaders, research partners, or frequent non-coordinators). For industry lists, CSV export, and consortium size — open Proposal partner finder.
Top coordinators
Organisations that coordinated the most funded projects under this call.
- SINTEF3 coordinated
- CEA2 coordinated
- CNR1 coordinated
- TECHNICAL UNIVERSITY OF DENMARK DTU1 coordinated
- DLR1 coordinated
- ENGIE1 coordinated
- FBK1 coordinated
- FHA1 coordinated
- LBST1 coordinated
- MARITIME CLEANTECH1 coordinated
- STICHTING NEW ENERGY COALITION1 coordinated
- VTT1 coordinated
Organisations strong on this topic
Broader signal: frequent participants across funded projects tagged with the same topic codes as this call (not limited to coordinators).
- CNRS2 topic projects
- UNIVERSITE DE MONTPELLIER2 topic projects
- AIR LIQUIDE FORSCHUNG UND ENTWICKLUNG GMBH1 topic projects
- ALU-FR1 topic projects
- BMW GROUP1 topic projects
- CHEMOURS FRANCE SAS1 topic projects
- CUTTING-EDGE NANOMATERIALS1 topic projects
- ENSCM1 topic projects
- ENAPTER SRL1 topic projects
- ENGIE COFELY1 topic projects
Frequent collaborators
Pairs that often appear together in the same funded project under this call.
- 3 shared
- CEA · L AIR LIQUIDE SA3 shared
FR ↔ FR
- 3 shared
- 2 shared
- 2 shared
- EPFL · SOLYDERA SPA2 shared
CH ↔ IT
- CEA · SUNFIRE GMBH2 shared
FR ↔ DE
- 2 shared
- CEA · SOLYDERA SPA2 shared
FR ↔ IT
- 2 shared
- UNIVERSITE DE MONTPELLIER · CNRS2 shared
FR ↔ FR
- DLR · L AIR LIQUIDE SA2 shared
DE ↔ FR
- 2 shared
- EPFL · UNIVERSITA DEGLI STUDI DI SALERNO2 shared
CH ↔ IT
- 2 shared
- CEA · UNIVERSITA DEGLI STUDI DI SALERNO2 shared
FR ↔ IT
- 2 shared
- 2 shared
Proposal partner finder
One page with suggested coordinators, strong and industry partners, topic leaders, typical consortium size, similar projects — plus CSV or print / PDF export for your shortlist.
Typical consortium pattern
Derived from historical funded projects linked to this CORDIS call in Grantibase.
- Avg. orgs / project
- 12.06
- Median orgs / project
- 10
- Min / max orgs
- 5 – 37
Country presence
Participant rows (an org can appear in multiple countries if data varies).
- Netherlands36
- France32
- Germany28
- Norway17
- Italy15
- United Kingdom13
- Belgium9
- Switzerland9
- Denmark9
- Spain6
- Finland6
- Poland3
- Greece3
- United States3
- Czechia3
- Sweden2
- South Korea1
- Cyprus1
Organization types
- company62 orgs · 69 rows
- research_institute26 orgs · 46 rows
- sme42 orgs · 45 rows
- university25 orgs · 30 rows
- other8 orgs · 8 rows
- public_body7 orgs · 7 rows
Topics in funded projects
- FCH-02-4-2019FCH-02-4-2019· 3 projects
- FCH-01-4-2019FCH-01-4-2019· 2 projects
- FCH-02-2-2019FCH-02-2-2019· 1 projects
- FCH-02-3-2019FCH-02-3-2019· 1 projects
- FCH-02-5-2019FCH-02-5-2019· 1 projects
- FCH-02-6-2019FCH-02-6-2019· 1 projects
- FCH-02-7-2019FCH-02-7-2019· 1 projects
- FCH-02-8-2019FCH-02-8-2019· 1 projects
- FCH-03-1-2019FCH-03-1-2019· 1 projects
- FCH-04-1-2019FCH-04-1-2019· 1 projects
- FCH-04-2-2019FCH-04-2-2019· 1 projects
- FCH-01-2-2019FCH-01-2-2019· 1 projects
Related funded projects
Largest EU contributions in this call — useful to see who already won funding on similar lines.
Open full project list in advanced search
| Project | Programme | EU contribution |
|---|---|---|
| HEAVENN Hydrogen Energy Applications for Valley Environments in Northern Netherlands | H2020 | €20,000,000 |
| ShipFC Piloting Multi MW Ammonia Ship Fuel Cells | H2020 | €9,975,478 |
| MultiPLHY Multimegawatt high-temperature electrolyser to generate green hydrogen for production of high-quality biofuels | H2020 | €6,993,725 |
| NewSOC Next Generation solid oxide fuel cell and electrolysis technology | H2020 | €4,999,726 |
| RUBY Robust and reliable general management tool for performance and dUraBility improvement of fuel cell stationarY units | H2020 | €2,999,715 |
| SWITCH SMART WAYS FOR IN-SITU TOTALLY INTEGRATED AND CONTINUOUS MULTISOURCE GENERATION OF HYDROGEN | H2020 | €2,992,521 |
| THyGA Testing Hydrogen admixture for Gas Applications | H2020 | €2,468,826 |
| CAMELOT UNDERSTANDING CHARGE, MASS AND HEAT TRANSFER IN FUEL CELLS FOR TRANSPORT APPLICATIONS | H2020 | €2,295,784 |
| NEWELY Next Generation Alkaline Membrane Water Electrolysers with Improved Components and Materials | H2020 | €2,204,846 |
| FURTHER-FC Further Understanding Related to Transport limitations at High current density towards future ElectRodes for Fuel Cells | H2020 | €2,199,567 |
| HIGGS Hydrogen In Gas GridS: a systematic validation approach at various admixture levels into high-pressure grids | H2020 | €2,107,673 |
| ANIONE Anion Exchange Membrane Electrolysis for Renewable Hydrogen Production on a Wide-Scale | H2020 | €1,999,995 |
| CHANNEL Development of the most Cost-efficient Hydrogen production unit based on AnioN exchange membrane ELectrolysis | H2020 | €1,999,906 |
| VIRTUAL-FCS VIRTUAL & physical platform for Fuel Cell System development | H2020 | €1,897,806 |
| EMPOWER European methanol powered fuel cell CHP | H2020 | €1,499,876 |