Numerical tools for the simulation of gas storage in porous media or salt caverns and its induced effects need to be able to represent the governing coupled thermal–hydraulic–mechanical and geochemical processes. These tools are the basis for the dimensioning of storage sizes,. .
The actual technical and economic significance is a precondition for the meaningful evaluation of subsurface gas storage scenarios in connection with Power-to-Gas schemes. To. .
Pressure increases in the deeper subsurface, induced by large-scale gas storage operations in porous structures or by other types of use, as, for example, fluid injection, may mobilize the. .
Geophysical monitoring has been shown to be a successful and promising tool for the control of subsurface gas storage operations (Dethlefsen et al. 2013). Specifically adapted seismic inversion codes, which use full waveform inversion methods (FWI) were shown to be able to resolve small structures with high resolution. To this end, an advanced. [pdf]
[FAQS about Independent energy storage project geophysical exploration stage]
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