Hydrogen has quickly become one of the most popular elements today futuristic energy due to its high energy efficiency, zero emissions, its great versatility due to its many applications in all types of industries and above all its pollution reduction when used alongside other highly polluting agents.
A wide list of projects of this futuristic energy: one stands out
The interest in hydrogen has led many industries to explore different ways to extract, store and transport this promising element. This drives the research and development of new technologies, but also collaborations between companies and even between governments.
Even PERTE, a program that provides money to support projects related to hydrogen. Recently, has allocated approximately 1.6 million euros to the project called H2SALT. This is led by a group of people in the Basque Country, a region in Spain.
The basis of this project mentioned above is to build a large underground warehouse that is part of a hydrogen transport network in Europe. Since we know that the transport of hydrogen is one of the biggest conflicts, its transport would take place specifically in Euskadi, where it is another way of calling the Basque Country.
It is necessary to emphasize that, A lot of work is being done in Spain to create and develop these hydrogen corridors, which resemble large highways to transport hydrogen between different countries, even between continents. It is important to note that this is a way to promote the use of hydrogen as a source of clean energy.
What is this great project aimed at saving hydrogen based on?
Broadly speaking, it is a consortium consisting of associations from the Basque Country. Among them are Tamoin, TEAM, Siderex, Tubos Reunidos, Iberdrola and Cluster de Energía, with this The goal is to create a large underground warehouse, which would be intended for the conservation of hydrogen.
This initiative aims to once and for all hydrogen storage technology, which is very little developed in Spain, Europe and worldwide. The installations in question would be part of hydrogen networks and provide a completely stable supply via hydrogen factories, gas pipelines and storage tanks.
How is the hydrogen stored?
The idea is to use old formations underground geological formations formed by the dissolution of saltThat is, salt caverns that have a large capacity to store large quantities of hydrogen, taking advantage of their porous structure and resistance to corrosion to establish safe and efficient storage infrastructure.
The implementation of this futuristic energy bunker It also represents a major advantage in terms of hydrogen demand. That is to say, thanks to this project we can achieve a decompression and compression of hydrogen to use it in accordance with the demand of the population, without the need for large losses of H2 and all the energy problems that this entails.
In addition, if we take into account the amount of greenhouse gases emitted when constructing large hydrogen storage infrastructures, we can guarantee that: By using previously formed natural structures, a significant reduction of gases would occur. greenhouse effect that would be emitted if an architectural structure had to be built.
The expansion of hydrogen as a clean and versatile energy source is undeniable. Projects like H2SALT represent a critically important step towards a more sustainable future, using innovative technologies and all kinds of strategic partnerships to tackle the challenges of hydrogen storage and transport.