Given the latent need to hand in fossil fuels, the Geothermal hydrogen It can be the future of humanity. A statement full of meaning after he discovered that the sun is a gigantic hydrogen ball that we can extract. As registered Ephe Green In August 2024, 80% of the World Largia still originates in oil, gas and coal.
Discarking has become a necessity, outside of sustainability. Also because this change results in new industries and a model for economic development that will offer greater energy security and independence. Continuing on fossil fuels leads to the energy supply being subject to price volatility and geopolitical conflicts.
However, the transition to a deskless economy is an important challenge in which we achieve it and where we want to go. In these lines they have been characterized in recent years by possible clean solutions that have appeared on the market.
What is geothermal hydrogen and how is it generated?
He Green hydrogen Gained from electrolysis is a clear example. This is a powerful energy sector that will be vital in carbon, because it is generated sustainably and has great potential. The consultant Deloitte honey hydrogen At the end of the decade, it will exceed a liquid natural gas and will be a 1.4 billion dollars market by 2050.
The era of hydrogen It is very close, but to be really sustainable and its use can be expanded, greater innovation in its production process is needed to be economically and can democratize. An alternative with a great potential is the Geothermal hydrogenThe person obtained with the use of geothermal energy.
Benefit from the natural heat of the Tierra produce electricity, which will be used later in water electrolysis. Geothermal is an old energy source that consists of the operation of hot water deposits under the surface of the Tierra.
The international team of Kiatt based on Singapore y LondonCoincidental with the most respected voices in the sector, it stipulates that it will increasingly take greater prominence in the world combination of energy, if companies effectively exploit large -scale resources.
It achieves geothermal energy through perforations in areas with high geothermal activity to have access to hot water or steam. Normally they are near the tectonic squares. Various technologies can be used that commonly conversion of the mechanical energy of the lively particles of heat into mechanical energy of the rotating movement of the turbine.
Another viable system lies in the extraction of the hydrogen Immediately of geothermal gases in power plants, but for now it is not a method that is as extensive or profitable as electrolysis.
Examples of geothermal hydrogen
According to the aforementioned environment, it is estimated that up to 70% of the geothermal agents have not yet been discovered. More than 80 countries are currently registering reserve documented water and geothermal steam. Of these, 72 countries use directly geothermal energy and 24 countries use it to produce electricity.
Could be an example IcelandIn which the electricity generated from geothermal at affordable prices can be referred to the generation of hydrogen to cover the demand from the transport sector.
Another attractive model is that of Ceraphi y Climate change Ventureswhich is connected to create and set up a scalable production system Ecological With zero missions with the help of electricity extracted from geothermal sources to promote the electrolysis process.
In this project a closed circuit patented technology is used with a method made to deliver the continuous process of electrolysis of the required basic energy. Similarly, the storage of the end product is comparable to the rest of hydrogens: It is stored in tanks or becomes vectors for transport and subsequent use, such as ammonia or methanol.
He Geothermal hydrogen Will different positions in the mix Global energy if it succeeds in effectively operating the large -scale source. An important progress that is comparable to what happens in Australia with powdered hydrogen.