The future of research before imagining

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the exploitation of such a deposit, the road may still seem long, but the path to follow is already well marked. First they must demonstrate that the presence of hydrogen is homogeneous in this 490 km 2 basin . To do this, the next step will be to deploy the sysmog probe in wells near the folschviller well where they discovered the presence of hydrogen. Next, they must demonstrate that the hydrogen concentration continues to increase at depths greater than 1,200 m. Unfortunately, no well in the lorraine region allows the tool to be used at such depths.

Therefore, they propose carrying out deep drilling at 3,000 m to demonstrate that the hydrogen concentration continues to increase at depth. If so, they will validate the presence of an exceptional natural hydrogen deposit of unprecedented size and we will be able to make a first realistic estimate of the resource. Several industrial and institutional partners, french and foreign, are interested Buy Email Database in financing this project. They still have to convince the french state of their interest to obtain the necessary authorizations. Redefining natural gas exploitation this reservoir, although with lower pressure than conventional ones, extends further. It could provide opportunities for innovation, such as the selective extraction of specific gases to reduce the impact on agricultural land.



Although hydrogen may be viewed with suspicion due to historical incidents, such as the hindenburg explosion in 1937, it is actually safe underground since there is no oxygen. Preventing it from coming into contact with air will be crucial in any future extraction process. The discovery has been welcomed with enthusiasm in lorraine, especially in folschviller. Given its mining history, the region sees this discovery as an opportunity to revitalize an economy affected by deindustrialization. What is white hydrogen. “white hydrogen” refers to hydrogen that is naturally present in nature, without the need to be produced through industrial processes. It is, essentially, pure hydrogen found in underground reserves or other natural sources. In the context of hydrogen production and use, we talk about different “colors” to describe the way it is produced: gray hydrogen – produced from natural gas in a process that releases co2.