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Keywords: proppant
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Journal Articles
Journal: SPE Journal
SPE J. 26 (03): 1436–1454.
Paper Number: SPE-203836-PA
Published: 16 June 2021
... and 350°F using a high-pressure/high-temperature rotational rheometer. The proppant-carrying capacity of the fracturing fluids was evaluated using a high-pressure/high-temperature see-through cell and dynamic oscillatory viscometer. The fluid loss and formation damage were determined using corefloods...
Journal Articles
Journal: SPE Journal
SPE J. 26 (02): 563–590.
Paper Number: SPE-203848-PA
Published: 14 April 2021
... for this paper and added to the PDF. A copy is also available under the Supplementary Data section. 10 6 2020 9 8 2020 3 8 2020 16 10 2020 14 4 2021 Copyright © 2021 Society of Petroleum Engineers drilling fluid chemistry shale gas drilling fluid property proppant...
Includes: Supplementary Content
Journal Articles
Journal: SPE Journal
SPE J. 26 (02): 591–609.
Paper Number: SPE-204476-PA
Published: 14 April 2021
... fluid dynamics reservoir simulation modeling upstream oil & gas flow in porous media structural geology crack-mouth pressure ductility tsl parameter coefficient fracture organic-rich shale cohesive traction fracturing materials equation proppant analytical solution displacement...
Journal Articles
Journal: SPE Journal
SPE J. 26 (02): 627–638.
Paper Number: SPE-201627-PA
Published: 14 April 2021
... for the further interpretation of cross-well strain field plots. Incorporating detailed pump schedule and fracturing fluid/proppant properties, we use a hydraulic fracture simulator to generate fracture geometries, which are then passed to a finite element solver as boundary conditions for elastic-static...
Journal Articles
Journal: SPE Journal
SPE J. (2021)
Paper Number: SPE-199689-PA
Published: 12 March 2021
... to do so, for official U.S. Government purposes only. reservoir characterization scaling method reservoir geomechanics fracturing materials wellbore integrity proppant complex reservoir drilling operation upstream oil & gas fracture length wellbore design microseismic data upscaled...
Journal Articles
Journal: SPE Journal
SPE J. 26 (01): 372–393.
Paper Number: SPE-204210-PA
Published: 10 February 2021
... borehole fracturing fluid fracture complexity experiment horizontal differential stress fracture propagation complex fracture proppant fracture characterization propagate hf propagation mpa injection rate hydraulic fracturing simulation structural geology simulation net pressure...
Journal Articles
Journal: SPE Journal
SPE J. 26 (01): 307–323.
Paper Number: SPE-203834-PA
Published: 10 February 2021
...Shaowen Mao; Zhuo Zhang; Troy Chun; Kan Wu Summary Plug-and-perforation (P-n-P) completion has been widely used in horizontal wells for the development of unconventional reservoirs. In the field, uneven proppant distribution among different fractures within a fracturing stage has been frequently...
Journal Articles
Journal: SPE Journal
SPE J. 26 (01): 262–280.
Paper Number: SPE-195808-PA
Published: 10 February 2021
...Jung Yong Kim; Lijun Zhou; Nobuo Morita Summary Hydraulic fracturing with slickwater is a common practice in developing unconventional resources in North America. The proppant placement in the fractures largely determines the productivity of the well because it affects the conductivity of fractures...
Journal Articles
Journal: SPE Journal
SPE J. 26 (01): 293–306.
Paper Number: SPE-202497-PA
Published: 10 February 2021
... 25-january-21 stage single equivalent fracture fracturing fluid upstream oil & gas jaganm time multiple fracture reservoir geomechanics hydraulic fracturing proppant drilling fluid formulation hydraulic fracture total page equivalent fracture vol00000 200115 configuration 202497-pa...
Journal Articles
Journal: SPE Journal
SPE J. 26 (01): 281–292.
Paper Number: SPE-202489-PA
Published: 10 February 2021
...Yuxin Pei; Pingqi Zhao; Huaxing Zhou; Dongping Li; Xingsong Liao; Lifei Shao; Shengchuan Zhang; Fuchun Tian; Yudong Zhao; Nanlin Zhang; Liqiang Zhao Summary Self‐propping fracturing (in‐situ proppant) has become an area of increasing interest in the development of fracturing technology over...
Journal Articles
Journal: SPE Journal
SPE J. 26 (01): 324–341.
Paper Number: SPE-204222-PA
Published: 10 February 2021
...Ming Fan; Zihao Li; Yanhui Han; Yuntian Teng; Cheng Chen Summary With the advancement of drilling and completion technologies in unconventional reservoirs, more extended reach wells are developed, and narrow-fracture environments are created in these reservoirs. Proppant embedment in monolayer/thin...
Includes: Supplementary Content
Journal Articles
Journal: SPE Journal
SPE J. 26 (01): 412–434.
Paper Number: SPE-203839-PA
Published: 10 February 2021
... and proppant amount), and development decisions (well spacing, well scheduling, fracture sequencing). It is difficult to predict the impact of fracture hits, and they affect both parent and child wells. The impact on the child wells is predominantly negative, whereas the effect on parent wells can be either...
Journal Articles
Journal: SPE Journal
SPE J. 26 (01): 1–21.
Paper Number: SPE-199983-PA
Published: 10 February 2021
... reservoir surveillance hydraulic fracturing proppant reservoir characterization water management artificial intelligence equation of state complex reservoir wellbore design upstream oil & gas oil production enhanced recovery flow in porous media gas injection method reservoir simulation...
Journal Articles
Journal: SPE Journal
SPE J. 26 (01): 342–358.
Paper Number: SPE-204235-PA
Published: 10 February 2021
...Shaowen Mao; Prashanth Siddhamshetty; Zhuo Zhang; Wei Yu; Troy Chun; Joseph Sang-Il Kwon; Kan Wu Summary Slickwater fracturing has become one of the most leveraging completion technologies in unlocking hydrocarbon in unconventional reservoirs. In slickwater treatments, proppant transport becomes...
Journal Articles
Journal: SPE Journal
SPE J. 25 (06): 3031–3050.
Paper Number: SPE-201093-PA
Published: 17 December 2020
... is the unit‐conversion factor). For an adequately propped fracture, the fracture permeability is mainly influenced by the proppant‐pack properties and can be approximated with the proppant‐pack permeability ( k f = k p , where k p is proppant‐pack permeability). It can be readily inferred that as the effect...
Journal Articles
Journal: SPE Journal
SPE J. 25 (06): 3051–3078.
Paper Number: SPE-201095-PA
Published: 17 December 2020
... (PHF) containing the majority of the proppant, and an adjacent nonstimulated reservoir (NSR) or enhanced fracture region (EFR), which is an area of elevated permeability in the reservoir caused by the stimulation treatment. Each region was represented by a single‐porosity system. The DDA propagation...
Journal Articles
Journal: SPE Journal
SPE J. 25 (06): 3079–3090.
Paper Number: SPE-201097-PA
Published: 17 December 2020
...Steven Meeker; Arthur Gadon; Nidal Ben Abdelouahab; Guillaume Ovarlez; Hugues Bodiguel Summary Model proppant transport experiments are conducted at the laboratory scale using a Newtonian carrier fluid in a long tube of rectangular cross section. Under the particular flow conditions studied, we...
Journal Articles
Journal: SPE Journal
SPE J. 25 (06): 2962–2983.
Paper Number: SPE-201194-PA
Published: 17 December 2020
...Zhengming Xu; Xianzhi Song; Zhaopeng Zhu Summary Viscoelastic fluids are frequently used as drilling or fracturing fluids to enhance cuttings or proppant transport efficiency. The solid transport performance of these fluids largely depends on the settling behaviors of suspended particles. Different...
Journal Articles
Journal: SPE Journal
SPE J. 25 (02): 573–586.
Paper Number: SPE-199893-PA
Published: 16 April 2020
... and operations re-fracturing tight plug drilling operation fracturing fluid enhanced recovery proppant structural geology Reducing costs and increasing benefits have become hot topics in the oil industry due to low oil/gas price (Fanailoo et al. 2017 ; Carpenter 2018 ). TPDF has proved...
Journal Articles
Journal: SPE Journal
SPE J. 25 (02): 662–691.
Paper Number: SPE-199366-PA
Published: 16 April 2020
... and pad scale. The proposed method captures realistic representations of local heterogeneities, layering, fracture turning, poroelasticity, interactions with other fractures, and proppant transport. We account for competitive fluid and proppant distribution between multiple fractures from the wellbore...

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