Training in renewable hydrogen
In this article we give you an overview of the training courses in which we participate, so that you can choose which of them best suits your needs.
In this article we give you an overview of the training courses in which we participate, so that you can choose which of them best suits your needs.
How can the AFIF call help you? What is the key to submitting a winning proposal? What activities are eligible for funding and at what rate?
Hydrogen is produced from water, and water consumption is a major concern for all parties involved. From production to cooling, water consumption can be reduced through know-how, integration and engineering.
Renewable hydrogen can be produced through many different routes. However, electrolysis from water is expected to be the most important of all due to its capability to produce the immense amounts of hydrogen that will be required in the coming years.
The permitting of a hydrogen or other renewable fuel project requires significant technical and communicative effort from both engineering and environmental perspectives. At AtlantHy, we are experts in helping you obtain the IEA (Integrated Environmental Authorisation) for your projects.
H2Float is a research project awarded €3m in the Value Chain programme and led by AtlantHy, Kerionics, Bluenewables and Hidritec.
The concept of the hydrogen valley has emerged as a key concept in the discourse on the development of our sector, but its definition is often ambiguous and subject to varying interpretations. This lack of clarity is largely due to the nature of what a valley can represent, depending on the priorities and context of those defining it.
The European Hydrogen Bank allows renewable hydrogen projects to be profitable. In this article we tell you what are the keys for setting up your project.
A place to store hydrogen? A sort of energy reserve to guarantee Europe’s energy self-sufficiency?
Not at all, the European Hydrogen Bank (EHB) is a tool to launch the development of the sector.
Compressors are units designed to increase the pressure, in our case of hydrogen gas, so that it can be transferred and consumed. They are very mature devices due to their use in industrial plants over the last 100 years.