OPPORTUNITY
At a national level, underground storage is limited to natural gas, but there is some storage in saline cavities in Europe, although there is a certain lack of knowledge and limitations to having a large-scale, stable and leak-free hydrogen storage system.
THE CHALLENGE
H2SALT seeks to research and develop the necessary technological solutions for the safe, large-scale, efficient and cost-effective storage of underground hydrogen in salt caverns, in such a way that allows for technological growth and advancement.
Main Objective
Develop an integrated system for hydrogen storage in a salt cavern.
Ultimate Objective
Obtain an underground hydrogen storage solution in salt caverns.
RETO
Objetivo principal Desarrollar un sistema integral para el almacenamiento de hidrógeno en una caverna salina
Objetivo final Obtener una solución de almacenamiento subterráneo de hidrógeno en cavernas de sal
TECHNICAL SCOPE OF THE PROJECT
- Further knowledge of:
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- Characteristics of salt formations.
- The evolution of gas in underground storage.
- Embrittlement and cracking phenomena.
- Hydrogen leakage phenomena.
- Parameters, such as flow rate, pressure or hydrogen purity.
- Mechanical and design requirements for tubular systems and auxiliary elements of the cavern.
- Development of hydrogen injection and extraction systems and auxiliary elements.
- New technological solutions for underground hydrogen storage in salt caverns.
This project has received funding from “Recovery, Transformation and Resilience Plan – Funded by the European Union – NextGenerationEU