... difference horizontal stress difference in-situ stress difference stress field geology proppant reservoir geomechanics initial fracture temporary diverting fracturing viscosity fracture propagation horizontal in-situ stress difference tpdf particle flow method compressive stress propagation...

... propagation difficulty. Microseismic monitoring results from a horizontal well indicate that high ESS-AS values correspond to larger fracture-stimulated volumes. Additionally, an evaluation index—gas production index of ESSIGSS (ESSIGSS-GPI) that incorporates fracturing fluid and proppant usage is developed...

..., end face lateral cutting mechanism, and particle splash back frontal nibbling mechanism, which alternately cause the erosion damage of lateral discharge holes. Among the control factors, the pumping rate and proppant ratio are the key factors in controlling the rate of the erosion damage...

... transportation climate change operation conference and exhibition paper produced water discharge geology rock type fracturing materials reduction footprint emission sustainability proppant treatment facility hydraulic fracturing technology conference emission reduction efficiency flowback water...

...Yuxuan Liu; Simin He; Zhonghui Liu; Jianchun Guo; Ziyi Peng; Liansong Wu; Yutong Wu Summary Hydraulic fracturing is an effective method for enhancing both the initial reservoir production and ultimate recovery. Nevertheless, the conductivity of proppant fractures is a pivotal factor...

... to the first well, and investigation of methods to further reduce treating pressures for future operation continues. Logging of the nonradioactive traceable proppant pumped suggested small propped heights while production logging showed contribution from the zones treated with slickwater, indicating...

... © 2025 Society of Petroleum Engineers fracturing fluid geology drilling fluids and materials hydraulic fracturing reducer geologist complex reservoir shale gas salt solution drag reducer proppant fracturing materials viscosity enhanced recovery drag reduction rate steady-state...

... A-18 49.98 25.02 8.16 0.1280 A-19 40.96 25.04 8.20 0.0139 Surfactant adsorption geologist fracturing fluid geology clastic rock rock type fracturing materials imbibition recovery permeability sedimentary rock oil shale mudrock recovery co 2 proppant shale oil...

... 1 11 2024 13 12 2024 12 2 2025 Copyright © 2025 Society of Petroleum Engineers geologist drilling operation drillstem/well testing reservoir simulation structural geology neural network proppant drillstem testing flow in porous media montney formation data mining...

... asphaltene inhibition fracturing fluid scale inhibition proppant hydrate inhibition hydrate remediation viscosity mineral co 2 oilfield chemistry fracturing materials glda ph wax remediation concentration foam foam stability ph glda hydraulic fracturing wax inhibition enhanced recovery...

... 25.25 0.705 10.7 44.456 46.269 97.7 J-2 40.09 25.21 0.594 10.2 44.346 46.073 98.4 J-3 39.69 25.15 0.508 9.8 45.017 46.621 96.5 geologist sedimentary rock fracturing fluid rock type fracturing materials structural geology pore dme proppant recovery shale gas...

... contributing factors. The readers are suggested to read a comprehensive review from Meng et al. (2017) , which provided examining the effects of other various parameters such as boundary conditions and fluid viscosity. sedimentary rock structural geology complex reservoir waterflooding proppant...

...Ashtiwi Bahri; Jennifer Miskimins; A. D. Hill; Ding Zhu Summary Proppant transport into created fractures is crucial in maximizing hydrocarbon recovery in unconventional reservoirs. Injected proppants keep the created fractures open, enhancing final fracture conductivity and propped and effective...

...Hai Qu; Zhijun Zeng; Ying Liu; Mengmeng Zhou; Xu Liu; Zhitian Lu; Shi Wang; Xiaodong Liu; Xiangjun Chen Summary Multistage hydraulic fracturing is widely used to stimulate tight reservoirs by means of plug and perforation technology. The proppant distribution between perforation clusters...

... transient testing fracture drillstem testing proppant hydraulic fracturing rock type artificial intelligence flow in porous media sedimentary rock clastic rock pvt measurement complex reservoir mudrock petroleum geology drillstem/well testing structural geology production control production...

... cracks. clastic rock proppant geologist complex reservoir hydraulic fracturing enhanced recovery productivity adjacent fracture structural geology mudrock imbibition reservoir characterization permeability mississippi sedimentary rock fracturing fluid rock type fracturing...

... property artificial intelligence viscosity drilling fluid chemistry proppant hydraulic fracturing fracturing materials geologist fracturing fluid drilling fluids and materials drilling fluid selection and formulation binary polymer interaction stabilizer molecule pf concentration resistance...

...Zhicheng Wen; Huiying Tang; Liehui Zhang; Shengnan Chen; Junsheng Zeng; Jianhua Qin; Linsheng Wang; Yulong Zhao Summary The distribution of proppant within hydraulic fractures significantly influences fracture conductivity, thus playing an essential role in oil and gas production. Currently, small...

... of conventional-sized proppants (CPs) with 20/40-mesh, 40/70-mesh, and 70/140-mesh sizes using fracture models with different operational factors such as pump rate, fluid viscosity, proppant size, proppant concentration, inlet number, inlet location, and alternating injection mode. However, the effects...

...Mohamed Tarek; Jada Leung Summary Resin-coated sand (RCS) is an effective way for controlling post-stimulation proppant flowback. However, with the shift to slickwater treatment fluids, the “tail-in” placement approach has proved to be less efficient for complete flowback control due...