MIT R&D (STIM-00014)
"Green hydrogen as a building block for a sustainable energy system"
Term: 01-2023 to 12-2024
Goal: Electrolyser research and development that will make hydrogen production accessible to a wider market segment.
Partner: Avoxt

EFRO/OP-zuid (STIM-00476)
"Hydrogen economy North Brabant"
Term: 06-2023 – 12-2026
Goal: Demonstration of a 120 kWe electrolyser system directly coupled to a local wind turbine.
Partners: Avoxt and REF

MIT R&D (STIM-00545), 
“Duolyser”
Term: 04-2024 to 03-2026
Goal: to upgrade the oxygen produced in the electrolysis process so that it can also be marketed. This will improve the business case.
Partner: ON2Quest

National Growth Fund (NGFS23020 CEH), 
“Charging Energy Hubs”
Term: 01-2024 to 12-2029
Goal: To integrate an electrolyser system into a local DC grid at an industrial site in Veghel.

Province of North Brabant (Fluidwell AEM H2-Tech),
“Innovation coalition AEM hydrogen technology”,
Term: 07-2024 – 06-2026
Goal: Accelerate and scale up promising AEM innovations and strengthen regional collaborations.
Partners: Industry in Brabant.

Groenvermogen WP1 (HyPRO),
“Carbon-neutral hydrogen production”
Term: 09-2024 – 12-2029
Goal: In this R&D project, electrolysis technology is further developed. Fluidwell is involved in the development of PEM and AEM technology in this large consortium of 58 partners.
Link to project

Groenvermogen WP2 (HyTROS),
“Transport and storage of hydrogen”
Term: 03-2024 – 12-2029
Goal: In this project, hydrogen infrastructure is further researched and developed. Fluidwell is involved as an in-kind contributor in this consortium of 32 partners.
Link to project

Groenvermogen WP4 (HyCARB),
“Hydrogen and green electrons for carbon-based chemistry”
Term: 01-2026 – 12-2028
Goal: In this R&D project, green hydrogen and green electrons are integrated into industrial production processes to reduce CO₂ emissions. Fluidwell is involved in the development of an MID-approved flowcomputer in this large consortium of 46 partners.
Link to project