The hydrogen sector is currently going through a period of uncertainty, but the data shows that, far from failing, it is putting down strong roots. This analysis explores projected hydrogen demand in the sectors where it will play a key role in decarbonisation.
The hydrogen sector is going through a period of uncertainty, but the data shows that—far from failing—it is putting down strong roots. In this analysis, we review the progress, investments, and regulations that prove the energy transition is moving forward, even if more slowly than expected.
The European Hydrogen Bank represents a very interesting opportunity for projects, but it can work against them if they are not thoroughly developed.
The draft Royal Decree on the promotion of renewable fuels sets the path towards the creation of a hydrogen market in Spain.
An RFNBO is a Renewable Fuel of Non-Biological Origin, referring to a liquid or gaseous fuel that is renewable and not derived from biomass. In this article, we analyze the technical criteria required for these fuels to be officially recognized as renewable by the European Union.
The European Union has proposed a new delegated act that seeks to establish a common methodology for calculating greenhouse gas emissions associated with low-carbon fuels, known as ‘Low-Carbon’. In this article we tell you about the main points of the regulation.
The economic viability of green hydrogen projects via electrolysis depends on multiple factors that directly affect the Levelized Cost of Hydrogen (LCOH). Here we analyse the variables with the greatest impact and demonstrate how each aspect can be optimised through our own model.
Carbon capture is presented as a key strategy to reduce industrial CO2 emissions. In this article we assess the economic competitiveness of capture technologies. No single route is applicable to all contexts, we will look at the parameters to consider in system selection.
A FAT (Factory Acceptance Test) is the ultimate test before an electrolysis system leaves the factory. It is a comprehensive validation of performance, safety, operational flexibility, hydrogen purity and reliability. It is performed under controlled conditions, recording critical parameters, preferably in the presence of customer witnesses. It allows detecting failures before transporting the equipment to the final site, avoiding costs and delays in the project. We tell you more in this article.
The hydrogen pipeline will be an infrastructure that will enable not only competitive hydrogen transport, but also the wider European market. In this analysis, we explore why it is cost-effective compared to grid electricity.
