Successful green hydrogen projects
Syngas from renewable hydrogen: production without fossil feedstocks
BioMethanol Chemie Nederland (BioMCN) aims to produce products based on synthesis gas (syngas). Syngas is a mixture of hydrogen, carbon monoxide, and carbon dioxide. By importing green hydrogen and biogenic carbon dioxide, BioMCN is focusing on a transition from fossil feedstocks to a low-carbon future. This project provides further insight into, among other things, the technical feasibility and environmental impact.
Environmental Impact Study HyDeer: Protecting the Environment and Enhancing Grid Flexibility
Circul8 Waterstof Fabriek BV aims to develop HyDeer in Lelystad: a 105 MWe electrolyser for the production of green hydrogen. This hydrogen offers a sustainable solution to grid congestion in the province of Flevoland. The project also foresees converting hydrogen into green ammonia for use across various sectors. Through this initiative, Circul8 is conducting an environmental impact study to optimize design choices and support regional energy transition goals.
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.
SwitcH2: Preparatory Environmental Study into Green Ammonia
The Netherlands needs to accelerate its energy transition if it wishes to achieve European climate objectives. One of the ways in which this could be accomplished is by increasing the availability of green hydrogen and/or green energy carriers in the shape of green ammonia. SwitcH2 is conducting preparatory (environmental)studies for a demo project that proposes a floating production, storage and transshipment platform for ammonia.
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.