... fracturing materials upstream oil & gas earthquake reservoir characterization proppant orientation operation reservoir geomechanics fracturing fluid injection layer seismicity duvernay formation horizontal well hydraulic fracture hydraulic fracturing eaton reactivation fault...

... wellbore design pore pressure geomechanical modeling rotation fracture interaction fracturing fluid simulation fracture network workflow initial stress drilling operation depletion microseismic event stress state hydraulic fracture job stress contrast upstream oil & gas flow rate...

... complex reservoir oil shale unconventional resource economics proppant fracturing fluid upstream oil & gas energy economics reservoir geomechanics asset and portfolio management drillstem testing drilling operation fracture characterization depletion infill well equation of state...

... for optimizing recovery from hydraulically fractured formations. production monitoring reservoir characterization enhanced recovery modeling & simulation downhole intervention hydraulic fracturing proppant fracturing fluid completion installation and operations drillstem testing drilling...

... Abstract Hydraulic fracturing technology requires securing sufficient water resources to access and unlock the pores of unconventional formations. Therefore, successful treatment depends on the fracture fluids, which mainly consist of water-based fluids with a low percentage (around 1...

... reservoir characterization proppant fracturing materials complex reservoir chemical proppant concentration shale gas fracturing fluid isi test result closure pressure stability compressive strength application southwest petroleum university hydraulic fracturing upstream oil...

... intelligence shale gas drillstem testing reservoir simulation production control log analysis production logging hydraulic fracturing proppant fracturing fluid pvt measurement fracture characterization structural geology upstream oil & gas history matching wellbore seismic fluid dynamics...

... adapted as a new practice for flowback management. The well is left shut in for an extended period to promote counter-current imbibition phenomena, where the residual hydraulic fracturing fluid can imbibe deeper in the formation matrix driven by osmotic and capillary forces. The imbibition mechanism...

... drilling, artificial lift, etc. and help operators evaluate the most economical scenario in close to real time. machine learning hydraulic fracturing Artificial Intelligence fracturing materials modeling Upstream Oil & Gas accuracy prediction Simulation experiment fracturing fluid data...

... cumulative production hydraulic fracturing Upstream Oil & Gas completion San Antonio landing depth multi-variable plot stage length 6-month cumulative production shale gas fracturing fluid lateral length asset evaluation unconventional resource technology conference reservoir...

... Abstract Many stimulated shale gas wells experience surprisingly low fracturing fluid recoveries. Fracture closure, gravity segregation, fracture tortuosity, proppant distribution, and shut-in (soaking) time have been widely postulated to be the contributing factors. This study examines...

... damages the fracture surface and proppant pack. Other issues include large water consumption, water damage, and high water disposal cost. Recently, a non-damaging, less water-intensive fracturing fluid system with improved sand placement efficiency, known as polymer-free foam (PFF), is developed by Gu...

... plays in the Western Canadian Sedimentary Basin: a gas play, a liquids-rich gas play and an oil play. machine learning Reservoir Surveillance production monitoring production control Artificial Intelligence hydraulic fracturing reserves evaluation gas Play fracturing fluid completion...

... Abstract This study aims to study the driving mechanism of proppant transport from wellbore to hydraulic fracture networks (HFN) by fracturing fluid, using computational fluid dynamics (CFD). We simulated multiphase slurry flow containing proppant based on the Euler-Euler multiphase flow model...

... fracturing correlation minimum horizontal stress fracture design parameter fracture closure closure compressibility proppant concentration fracture compressibility fracturing fluid flowback data Dehghanpour single-phase flowback data gradient effective fracture pore-volume frac gradient...

.... Presented production comparison will demonstrate that wells treated with CMC-based hydraulic fracturing fluid system yield similar performance when compared to wells treated with guar, its derivatives, and surfactant-based fluid systems. Cost savings realized when switching to CMC-based fluid systems...

... parameters to determine the effectiveness of the completion designs, such as: Fracture fluid systems; Open hole or cased hole multi-stage systems; Number of fracture stages / fracture spacing; Size of fractures, proppant tonnage per well; Cost. The analysis was performed based upon...

... exceed 50 vol%. Control of clay swelling. Prevention of paraffin precipitation caused by injected fracturing fluids having a temperature below the cloud point of the wax in the crude. Paraffin crystal structure modification to help mitigate production issues associated with any precipitated...

... the substitution of a common borate cross-linked fracturing system with a zirconium cross-linked fracturing system should be considered. proppant acid anion enhanced recovery fracturing fluid organic acid hydraulic fracturing produced water discharge fracturing materials Upstream Oil & Gas...

... lateral pay length, fracture stage spacing, mass and type of fracture proppant, volume and type of fracturing fluid, and current production records. Correlations between fracture treatment design and hydrocarbon production are provided for each formation. Production type curves, initial production rates...