After more than half a century of production and with some 350 wells, the Groningen gas
field must be one of the best-studied gas fields in the world. Initially, it was considered to be …

Pore pressure reduction in sandstone reservoirs generally leads to small elastic plus
inelastic strains. These small strains (0.1%–1.0% in total) may lead to surface subsidence …

Reduction of pore fluid pressure in sandstone oil, gas, or geothermal reservoirs causes
elastic and possibly inelastic compaction of the reservoir, which may lead to surface …

The Groningen gas field in the Netherlands has been a major source of natural gas in
Europe for the past few decades. There are approximately 350 wells drilled in the field that …

Abstract The fluvial-aeolian Upper Rotliegend sandstones from the Bebertal outcrop
(Flechtingen High, Germany) are the famous reservoir analog for the deeply buried Upper …

Pressure depletion of hydrocarbon reservoirs can cause re-activation along fault planes of
weakness, resulting in geomechanical hazards such as seismicity. The article presents …

The Groningen field is the largest onshore gas field in Europe. The gas-bearing section
comprises aeolian and fluvial Rotliegend sandstones of Permian age and fluvial sandstones …

Geothermal exploitation is subject to several uncertainties, even in settings with high data
availability, adding to project risk. Uncertainty can stem from the reservoir's initial state, as …

The distribution and amount of clay rim cements are different for Permian Rotliegend and
Lower Triassic Bunter sandstones in the Southern Permian and German Triassic Basins …

Green gas is an attractive option for a local energy transition to combat climate change,
notably in rural communities. As local initiatives require local acceptance, the study used a …