Underground hydrogen storage (UHS) is recognized as one of the most promising ways to
achieve large-scale long-term storage of hydrogen, and bridge the gap between demand …

Hydrogen (H 2) storage in porous reservoirs has been explored as a promising solution to
support large-scale H 2 storage and maintain the energy supply and demand balance in …

Residual gas trap** in porous media is a key indicator of hydrogen storage and recovery
performance. The injection scheme of cushion and working gases helps maintain pressure …

The catastrophic effects of climate change can be mitigated by transitioning to renewable
energy sources such as wind, solar, and hydropower while utilizing hydrogen (H 2) as an …

Hydrogen has been recognized as a crucial energy carrier to reduce greenhouse gas
emissions. However, as it is not always possible to meet current energy demands …

Hydrogen is a promising solution as a clean fuel and underground hydrogen storage (UHS)
can be implemented to meet energy demand while reducing carbon emissions …

There is increasing interest in attainment of a CO2-free global economy and net zero carbon
emissions by 2050 to mitigate the negative impact of global warming and unfavorable …

Using underground hydrogen storage technology has been recognized as an effective way
to store hydrogen on a large scale, yet the physical mechanisms of hydrogen flow in porous …

Underground hydrogen storage (UHS) has attracted increasing attention as a promising
technology for the large-scale storage of renewable energy resources and the …

Hydrogen is an energy carrier that can balance the divergent variations in seasonal energy
demand and energy supply from renewables. Underground hydrogen storage in porous …