To meet the EU’s climate targets, diversify the energy market, and ensure a reliable energy supply, expanding hydrogen infrastructure is crucial. Large-scale storage solutions are needed, as current facilities cannot handle the anticipated increase in hydrogen availability. Storing hydrogen underground in naturally occurring sealed formations, such as sedimentary basins, presents a significant opportunity for Europe. These formations are robust, have large storage capacities, are cost-effective, and can be easily integrated into existing systems. However, critical knowledge gaps remain, particularly regarding how microbial processes might influence underground storage. The HyDRA project aims to address these gaps by developing scientific protocols and regulatory frameworks to ensure hydrogen can be stored safely and efficiently.
DIAGNOSTIC TOOLS AND RISK PROTOCOLS TO ACCELERATE UNDERGROUND HYDROGEN STORAGE (HyDRA)
Summary
Staff
Alexandre Puyguiraud
Postdoc Researcher
Victor Bezos
Technical
Alejandro Fernández Visentini
Postdoc Researcher
Elina Estefanía Ceballos
Postdoc Researcher
Silvia De Simone
Postdoc Researcher
Marco Dentz
Permanent Researcher
Juan José Hidalgo González
Permanent Researcher
Josep Maria Soler Matamala
Permanent Researcher
Jordi Cama i Robert
Permanent Researcher