Performance requirements and evaluation methods of quartz sand for shale gas fracturing

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[12] 33, (2017)

[13] 26, 1, (2021)

[14] (2014)

[15] ELSARAWY A M, NASR-EL-DIN H A., A new method to measure propped fracture width and proppant porosity in shale fractures, Journal of Petroleum Science and Engineering, 181, (2019)

[16] BANDARA K M A S, RANJITH P G, RATHNAWEERA T D., Improved understanding of proppant embedment behavior under reservoir conditions: A review study, Powder Technology, 352, pp. 170-192, (2019)

[17] 19, 6, (2012)

[18] TAN Yuling, PAN Zhejun, LIU Jishan, Et al., Laboratory study of proppant on shale fracture permeability and compressibility, Fuel, 222, pp. 83-97, (2018)

[19] ZHENG Youcheng, FAN Yu, YONG Rui, Et al., A new fracturing technology of intensive stage+high-intensity proppant injection for shale gas reservoirs, Natural Gas Industry B, 7, 3, pp. 292-297, (2020)

[11] 38, 5, (2018)

[12] 33, (2017)

[13] 26, 1, (2021)

[14] (2014)

[15] ELSARAWY A M, NASR-EL-DIN H A., A new method to measure propped fracture width and proppant porosity in shale fractures, Journal of Petroleum Science and Engineering, 181, (2019)

[16] BANDARA K M A S, RANJITH P G, RATHNAWEERA T D., Improved understanding of proppant embedment behavior under reservoir conditions: A review study, Powder Technology, 352, pp. 170-192, (2019)

[17] 19, 6, (2012)

[18] TAN Yuling, PAN Zhejun, LIU Jishan, Et al., Laboratory study of proppant on shale fracture permeability and compressibility, Fuel, 222, pp. 83-97, (2018)

[19] ZHENG Youcheng, FAN Yu, YONG Rui, Et al., A new fracturing technology of intensive stage+high-intensity proppant injection for shale gas reservoirs, Natural Gas Industry B, 7, 3, pp. 292-297, (2020)