An Analytical Formulation for Correcting the Relative Permeability of Gas-Water Flow in Propped Fractures Considering the Effect of Brinkman Flow

Published April 1, 2024 | Version v2

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Brinkman flow can impose a strong effect on the fluid transportation within propped fractures, as well as on the well productivity.

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Figure 10Comparison of the relative permeabilities with different fracture widths.xlsx md5:b0c2d54c8b766fb4308573521dc9c5fe	13.0 kB	Download
Figure 11Dimensionless flow velocities with different propping-material permeabilities.xlsx md5:4eecee14563d201b3251cb985ebc94c2	16.7 kB	Download
Figure 12Comparison of the relative permeabilities with different propping-material permeabilities.xlsx md5:6b406f8874c1d9920114f377fb0aaf33	13.0 kB	Download
Figure 14Well performance of well-fracture model with different cases.xlsx md5:ce6afbbeed1ccd1edf8387a6bdc3bf78	22.6 kB	Download
Figure 16Well performance of well-matrix model with different cases.xlsx md5:1557faaba14b65281b7e65f4ee27b4bc	18.2 kB	Download
Figure 6Validation of the proposed formulation.xlsx md5:cc2da6d9a1af438f2cb85852c905fc83	10.3 kB	Download
Figure 7Dimensionless flow velocities with different water saturations.xlsx md5:0bbf3423a46598a0a82cd35b7c9f1e9d	18.6 kB	Download
Figure 8Comparison of the relative permeabilities.xlsx md5:6834f5182123cecca2b6b3e0208ea8e0	10.9 kB	Download
Figure 9Dimensionless flow velocities with different fracture widths.xlsx md5:45fcc1fe5452558ab5ad9ed5c4d7bcd9	16.6 kB	Download