Sentence examples for model for shale from inspiring English sources

This paper presents an analytical multi-linear flow model for shale gas reservoirs with multistage fractured horizontal wells (MFHW).

In order to accurately simulate the production performance of shale gas well, it is essential to establish a multi-continuum model for shale gas reservoir.

This paper presents a probabilistic model for shale gas development economic evaluation by considering the differences in well EUR and natural gas productivity due to variable geological/reservoir characteristics across a basin.

In Ma and Chen (2015), a collapse pressure wellbore stability model for shale reservoirs was developed based on the analytical solution of stress induced by mechanical, hydraulic and chemical effects.

Therefore, the multi-continuum model for shale gas reservoir commonly comprises three media: matrix, natural fractures and hydraulic fractures, which is also called dual-fracture model (Al-Ahmadi and Ershaghi 1996).

In this paper, we introduced a novel simulation approach by modification of conventional modified model for shale gas with consideration of shale gas adsorption and gas slippage, interaction between natural fractures and hydraulic fractures.

Our study has major implications for building a realistic reservoir model for shales based on petrophysical measurements.

Zhu et al. (2012) improved rock physics models for shale gas reservoirs.

Zhu et al. (2011) and Sayers (2013a) studied seismic AVO responses based on the proposed rock physics models for shale.

However, little work has been done in literature to simultaneously incorporate all these mechanisms in well testing models for shale gas reservoirs.

Open image in new window Fig. 7 SRV reservoir simulation model for a shale gas reservoir (assuming single-porosity SRV) Table 1 Reservoir simulation model input data for RTA and PBA evaluation in the shale gas reservoir r w 0.25 ft Gas S.G. 0.7 _ T 300 F h 150 ft μg 0.031 cp Pi 7500 psia Porosity 0.06 fraction Ct 7.68E − 05 1/psi q 300 MSCFD.