Searched for: subject:"Shale%5C+gas%5C+reservoirs"
(1 - 4 of 4)
document
Shahid, A.S.A. (author), Wassing, B.B.T. (author), Fokker, P.A. (author), Verga, F. (author)
A geomechanical and fluid-flow coupled model was developed to simulate natural-fracture-network reactivation during hydraulicfracturing treatments in shale gas reservoirs. The fractures were modelled using the continuum approach in a commercial finitedifference code, labeled the "softening ubiquitous joints" model, with randomly distributed...
article 2015
document
ten Veen, J.H. (author), Verreussel, R.M.C.H. (author), Ventra, D. (author), Zijp, M.H.A.A. (author)
Shale gas reservoir stimulation procedures (e.g. hydraulic fracturing) require upfront prediction and planning that should be supported by a comprehensive reservoir characterization. Therefore, understanding shale depositional processes and associated vertical and lateral sedimentological variability is key in predicting the character and...
conference paper 2014
document
Zijp, M.H.A.A. (author), ten Veen, J.H. (author), Verreussel, R.M.C.H. (author), Ventra, D. (author)
Shale gas reservoir stimulation procedures (e.g. hydraulic fracturing) require upfront prediction and planning that should be supported by a comprehensive reservoir characterization. Therefore, understanding shale depositional processes and associated vertical and lateral sedimentological variability is key in predicting the character and...
conference paper 2014
document
Shahid, A.S. (author), Wassing, B.B.T. (author), Verga, F. (author), Fokker, P.A. (author)
The economic production from shale gas reservoir depends on the success of hydraulic stimulation, which is aimed at the creation of a permeable complex fracture network. This is achieved by the reactivation of a natural fracture network; however, the reactivation may be accompanied by unwanted seismicity. Coupled modelling is required to...
conference paper 2013
Searched for: subject:"Shale%5C+gas%5C+reservoirs"
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