Successful green hydrogen projects
MEETH2: a unique measurement programme for Insight into hydrogen emissions
Insight into hydrogen emissions with a view to possible additional policy is crucial when preparing for the green hydrogen economy. The MEETH2 project aims to catalogue the scope of H2 emissions in the Netherlands. Over a two-year period, TNO will roll out a measurement programme to this end using advanced, mobile measuring equipment.
De Leidingstraat: generation of green hydrogen in the countryside
H2XP has ambitious plans for the border of North Brabant and Zeeland with the innovative Leidingstraat project. The Rilland/Woensdrecht energy landscape currently consists of three solar parks. An extra solar park will be added to this. H2XP is investigating whether a green hydrogen plant can be developed to optimise the energy landscape and create flexibility.
HySUCCESS: researching the level of support for green hydrogen
The transition to a future with large-scale use of green hydrogen not only requires technical innovation. Social support for green hydrogen and a favorable economic and regulatory environment are essential for such a transition.
HyPRO: research into risks and cost reduction
R&D | €34.5 million HyPRO provides a platform for research focused on making hydrogen production more sustainable, by advancing electrolysis technology and plasma technology. Objective: to reduce the cost of green hydrogen and scale up production.
TANDEM: Towards Acceleration aNd Demonstration of E-Methanol
R&D | €3.9 million (Demonstration Energy Innovation (DEI+) funding) TANDEM is developing a 1 MW Balance of Plant E-methanol system. Objective: to deliver an E-methanol system that harnesses biogenic CO₂ produced on a decentralised basis, as well as locally generated renewable energy.
H2Plein by XINTC: enabling efficient and renewable hydrogen production
Pilots & demonstrations | €1.7 million (DEI+) Using H2Plein, XINTC is constructing a comprehensive electrolyser system, connected to an existing solar farm that is already operational. Objective: to use the energy output of this solar farm to generate hydrogen for use in mobility.
HyUSE: research into the direct use of hydrogen
R&D | €16.5 million HyUSE provides a platform for research into the direct use of hydrogen. Objective: to investigate the feasibility of adopting hydrogen as a fuel for industrial use, heavy transport, and local energy systems in the future.