Results 141 to 150 of about 228 (172)
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SPE Energy Transition Symposium
Abstract In the context of increasing demand for large-scale geological hydrogen storage, maintaining the integrity and sealing performance of salt caverns under cyclic gas storage and release conditions remains a critical engineering challenge.
Yingtong Ju, Yunhu Lu, H. H. Abass
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Abstract In the context of increasing demand for large-scale geological hydrogen storage, maintaining the integrity and sealing performance of salt caverns under cyclic gas storage and release conditions remains a critical engineering challenge.
Yingtong Ju, Yunhu Lu, H. H. Abass
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Salt domes in Poland – Potential sites for hydrogen storage in caverns
International Journal of Hydrogen Energy, 2018Abstract Salt bearing formations have world-wide distribution. The geological structures of Permian salt bearing deposits in Poland are similar to those in the other parts of the Central European salt basin, to which they belong as its SE part. There is a notable trend to use salt domes as sites for underground storage of various gases, fuels and ...
Radosław Tarkowski, Grzegorz Czapowski
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Hydrogen Storage in Solution Mined Salt Caverns: An Overview.
Proposed for presentation at the AGU Fall Meeting 2022 held December 12-16, 2022 in Chicago, Il US, 2022Barry Roberts +5 more
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Hydrogen induced reactions with minerals in salt cavern in subsurface hydrogen storage.
Proposed for presentation at the AGU Fall Meeting held December 11-16, 2022 in Chicago, IL., 2022Guangping Xu +5 more
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A Review of the Stability and Sealing Integrity of Salt Caverns for Hydrogen Storage
Engineering Materials and StructuresHydrogen storage in salt caverns, with advantages such as excellent sealing performance, large capacity, and low operating costs, has emerged as one of the most promising large-scale underground hydrogen storage methods with potential for engineering applications.
Jingwei ZHANG +4 more
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Geological and Geochemical Controls on Hydrogen Storage in Zechstein Salt Caverns
Underground hydrogen storage in salt caverns is increasingly recognised as a critical component of future low-carbon energy systems, due to the low permeability and favourable mechanical properties of evaporite formations. However, evaporites commonly exhibit significant internal heterogeneity, including sulphate-bearing salts and siliciclastic ...openaire +1 more source
Influence of Underground Hydrogen Storage in Salt Caverns on the Hydrogen Purity
Salzkavernen stellen eine wesentliche Komponente der nachhaltigen Wasserstoffwirtschaft für die Kompensation der fluktuierenden Erzeugung erneuerbarer Energien dar. Diese Dissertation behandelt die Herausforderungen und Potenziale der Wasserstoffspeicherung in Salzkavernen mit Fokus auf Materialkompatibilität und Wasserstoffqualität für ...openaire
Hydrogen Storage in Underground Salt Caverns - A Lotsberg Case Study
Hydrogen (H2) has emerged as a crucial component of the global energy transition, mainly as an energy carrier for energy storage. Salt caverns are the most appealing and suitable choice for large-scale H2 storage due to their inert properties and general impermeability.openaire +1 more source