... a base case. 17 6 2022 12 9 2022 22 8 2022 9 11 2022 10 5 2023 Copyright © 2023 Society of Petroleum Engineers proppant artificial intelligence upstream oil & gas optimization problem optimization fracturing fluid fracture tight gas fracturing materials...

... size, proppant concentration, fracturing fluid viscosity, and proppant concentration ramping schedules. By investigating the impact that controlled design parameters have on perforation erosion, perforation erosion can be better anticipated to deliver improved completion results. (1) B H T P...

... were conducted with slickwater fracturing fluid systems and analyzed in conjunction to observe the effectiveness of flowback surfactants and their ability to increase friction reducer performance. A multifunctional surfactant blend (MSB) is tested against surfactant formulations commonly used either...

... monitoring downhole intervention well intervention drilling operation fracturing fluid intervención de pozos petroleros reservoir surveillance subsurface storage directional drilling upstream oil & gas prepad production uplift consideration co 2 storage potential fracturing materials...

... bottom perforation proppant concentration fracturing materials fracturing fluid particle perforation cluster proppant carrier fluid horizontal wellbore hydraulic fracturing concentration toe cluster perforation configuration spf perforation spe production top perforation injection rate...

..., the hydrocarbon production rate. fracturing fluid particulate hydraulic fracturing polymer ffd-gen1 application hydraulic fracturing technology conference proppant far-field diversion silica proppant spe production diverter fracture technology conference plug stability experiment fracturing...

... were identified. pressure transient analysis knowledge management fracturing materials reservoir characterization well logging fracturing fluid drillstem testing log analysis proppant reservoir geomechanics hydraulic fracturing upstream oil & gas plateau consideration...

... control reservoir surveillance well intervention hydraulic fracturing intervención de pozos petroleros downhole intervention fracturing fluid liquid phase reservoir simulation fluid dynamics proppant production enhancement concentration production monitoring completion installation...

... fluid and proppant distributions across all perforation clusters. It is commonly believed that both fracturing fluid and proppant contribute to unconventional well performance. Achieving uniform fluid and proppant placement in all perforation clusters is an important step toward optimal stimulation...

.... Chun et al. (2019) Experimental Evaluated proppant placement in a vertical/horizontal slot system. Determined proppant size is extremely relevant to proppant placement. Gadde et al. (2004) Computational Developed correlations for proppant settling in water-based fracturing fluids...

... testing hydraulic fracturing logic programming fracturing fluid drillstem/well testing upstream oil & gas fracture conductivity productivity well productivity boundary shale oil proppant oil shale fluid dynamics channel fracture production rate reservoir surveillance shale gas...

...David D. Cramer; Junjing Zhang Summary In multiple-stage hydraulic fracturing treatments performed in horizontal wells, treatment confinement is the state in which fracturing fluid and proppant flow out of the wellbore only through the specific perforations targeted for the fracturing stage...

... 24 5 2021 11 8 2021 Copyright © 2021 Society of Petroleum Engineers logic & formal reasoning hydraulic fracturing upstream oil & gas flow in porous media fracturing fluid artificial intelligence logic programming saucier particle mathematical model proppant pack...

... conducted on these samples to examine the effect of nanoparticles on changing wettability, conductivity, and relative permeability of modified proppant surfaces. Water blockage is also a common phenomenon that refers to the drilling fluid, completion fluid, and fracturing fluid retained in the formation...

... a hydrocarbon‐recovery flow path within the fractures. Effective proppant transport in slickwater treatment is the key to enhanced conductivity and overall production of the reservoir (Zhang et al. 2013 ; Wang et al. 2018 ). The property of fracturing fluid determines the distribution of proppants...

... Upstream Oil & Gas normal stress SPE Production principal stress reservoir simulation reservoir characterization fracture characterization acidizing fracturing materials fracturing fluid proppant completion installation and operations horizontal principal stress direction november 2020...

... Exhibition fracture propagation fracture stress barrier proppant University pressure transient analysis USA hydraulic fracture asymmetric fracture fractured well SPE Production Texas fracturing materials drilling operation drillstem/well testing drillstem testing fracturing fluid reservoir...

... density (in lbm/gal); C d is the discharge coefficient; N is the number of perforations; and D is the orifice/perforation diameter (in in.). Note that slurry is a term used throughout this paper for the mixture of fracturing fluid and proppant. The Reynolds number ( R e ) is the ratio...

...Junjing Zhang; Matt White; Jamie McEwen; Sam Schroeder; David D. Cramer Summary Near‐wellbore diversion of fracturing fluid and proppant is a common approach to achieving improved treatment efficiency when refracturing horizontal wells for expanding treatment coverage within the lateral...

..., as well as confidence in the capacity of the models from our previous study, we conducted experiments in fracturing modeling to study the impact of different completion design parameters on fracture propagation, including cluster spacing, fracturing‐fluid viscosity, pumping rate, and fluid and proppant...