...URTeC: 4043117 Selection of the Optimal Hydraulic Fracturing Fluid by using the DFITFBA Method Sadjad Haqparast1, Danial Zeinabady2, Christopher R. Clarkson*1, 1. University of Calgary, 2. ShearFrac Group. Copyright 2024, Unconventional Resources Technology Conference (URTeC) DOI 10.15530/urtec...

...URTeC: 4037224 In-Depth Study of the Interactions Between Wet Sand and Fracturing Fluids Jarrett Kitchen*1, Sarkis Kakadjian1, John Vu1, 1. NexTier Oilfield Solutions Copyright 2024, Unconventional Resources Technology Conference (URTeC) DOI 10.15530/urtec-2024-4037224 This paper was prepared...

... at a cost to NPV. The optimization workflow delineates the distinct options available to maximize performance. fluid dynamics technology conference geology geologist fracturing fluid drillstem/well testing complex reservoir hydraulic fracturing proppant flow in porous media reservoir...

... methods mainly rely on the backflow data and production data for SRR estimation. (Clarkson and Williams-Kovacs, 2013) established a semi-analytical flowback model, proposed a material balance method and a typical curve method to analyze the two-phase fracturing fluid flowback data, and inverted...

... process was smoother and easier given that the reservoir model had already been calibrated twice by using the completion and production data of Wells P1 and P2. However, we did not model the fracturing fluid flowing back process, which may explain the gap between the observed cumulative water production...

...-and-perf operations. Slickwater and high-viscosity friction reducer (HVFR) were utilized as fracturing fluids during the stimulation treatment of the two wells. Proppant agents of mesh 100 were initially pumped, followed by larger-sized proppant grains during the second half of the treatment. Proppant mass...

... for further completion optimization. complex reservoir fracturing fluid hydraulic fracturing fracturing materials presented urtec workflow simulation completion installation and operations spe hydraulic fracturing technology conference diameter proppant allocation perforation erosion...

... migration or avoid fracturing non-target zones, which can lead to decreased production or environmental issues. Other direct fracture management aspects related to stress layering are optimizing proppant placement, fault reactivation management, and designing the fracturing fluids. Designing fracturing...

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..., Texas, USA, July. URTEC-2021-5242-MS. httpsdoi.org/10.15530/urtec-20215242 proppant hydraulic fracturing complex reservoir fracturing fluid completion installation and operations fracturing materials plug stimulation artificial intelligence production control urtec composite plug fiber...

... to target more difficult to treat reservoirs, which culminated in the 1990's with the economic development of Tight Gas Sand (TGS) reservoirs and ultimately the present day unconventional, or more generally termed ‘shale’ reservoirs. fracturing fluid unconventional resource economics proppant...

... Abstract In hydraulic fracturing, it is critical to optimize the fracture design and other development and completion decisions like well spacing, well placement, spacing between fracture, volume of fracturing fluid, quantity of proppant, pump rate etc. This can be achieved by quantifying...

... and field development planning. Comparison between the two field cases also demonstrates that different basins behave differently and might require different mitigation strategies and optimum designs. sedimentary rock unconventional resource economics unconventional play fracturing fluid clastic...

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