Capillary effects and structural collapse cannot be ruled out as significant factors in the development of subsidence occurring above gas fields. These phenomena provide sound explanations for continuing surface settlements when reservoir pore pressures stabilise and for additional settlements occurring even after the end of gas production. Conventional subsidence models fail to simulate this settlement behaviour. Capillary effects also explain the lower rock compressibilities observed in gas bearing strata as compared to the values obtained in the laboratory from fully saturated samples. Up to now the only explanation put forward for this was damage of the samples
The Roswinkel gas field in the northeastern part of the Netherlands has been in production between 1...
The Groningen gas field has shown considerable compaction and subsidence since starting production i...
Boutéca, M.J., Sarda, J.P. and Schneider, F. (1996) Subsidence Induced by the Production of Fluids. ...
Capillary effects and structural collapse cannot be ruled out as significant factors in the developm...
This paper aims to demonstrate that capillary effects and structural collapse can not be ruled out a...
This paper aims to demonstrate that capillary effects and structural collapse can not be ruled out a...
This paper investigates reservoir compaction and resulting surface subsidence during the exploitatio...
Purpose – The purpose of this paper is to give an explanation of the new data available about surfac...
Abstract: Oil and gas development from underground reservoirs disturbs original rock mass balance. T...
Compaction in gas reservoirs is analysed here in terms of mechanics of partially saturated soils, wh...
Surface movement can be induced by many human subsurface activities: production of natural gas, geot...
textExtraction of oil and gas can cause reduction in pore pressure, occasionally resulting in subseq...
Withdrawal of oil and gas from reservoirs causes a decrease in pore pressure and an increase in effe...
The coupled hydro-mechanical state in soils coming from consolidation/subsidence processes and under...
The Groningen gas field in the Netherlands is Europe’s largest gas field. It has been produced since...
The Roswinkel gas field in the northeastern part of the Netherlands has been in production between 1...
The Groningen gas field has shown considerable compaction and subsidence since starting production i...
Boutéca, M.J., Sarda, J.P. and Schneider, F. (1996) Subsidence Induced by the Production of Fluids. ...
Capillary effects and structural collapse cannot be ruled out as significant factors in the developm...
This paper aims to demonstrate that capillary effects and structural collapse can not be ruled out a...
This paper aims to demonstrate that capillary effects and structural collapse can not be ruled out a...
This paper investigates reservoir compaction and resulting surface subsidence during the exploitatio...
Purpose – The purpose of this paper is to give an explanation of the new data available about surfac...
Abstract: Oil and gas development from underground reservoirs disturbs original rock mass balance. T...
Compaction in gas reservoirs is analysed here in terms of mechanics of partially saturated soils, wh...
Surface movement can be induced by many human subsurface activities: production of natural gas, geot...
textExtraction of oil and gas can cause reduction in pore pressure, occasionally resulting in subseq...
Withdrawal of oil and gas from reservoirs causes a decrease in pore pressure and an increase in effe...
The coupled hydro-mechanical state in soils coming from consolidation/subsidence processes and under...
The Groningen gas field in the Netherlands is Europe’s largest gas field. It has been produced since...
The Roswinkel gas field in the northeastern part of the Netherlands has been in production between 1...
The Groningen gas field has shown considerable compaction and subsidence since starting production i...
Boutéca, M.J., Sarda, J.P. and Schneider, F. (1996) Subsidence Induced by the Production of Fluids. ...