... unconventional resource technology conference fracture dimension production forecasting geological subdiscipline resource technology conference conductive fracture presented hydraulic fracturing reservoir characterization unconventional resource technology conference proppant concentration rta rock...

... distribution (NSD), has been calculated. It describes the distribution and evolution of slurry flow across the stimulated interval in time series during pumping. NSD uses simple surface treating parameters such as pressure, rate, and proppant concentration in their dimensionless form. Additionally, it needs...

... and materials drilling fluid property shale oil drilling fluid selection and formulation fracturing materials mudstone well logging reservoir geomechanics co 2 drilling fluid chemistry eagle ford shale formation geological subdiscipline badger 40 70 proppant concentration presented effectiveness...

... monitoring clusters completion monitoring systems/intelligent wells communication unconventional resource technology conference geothermal technology office production control injector proppant concentration information URTeC: 3852680 Case Study: Completion and Well Placement Optimization Using...

... well. Based on the distances and the hydraulic fracture density from the image logs, a 3D fracture model was calibrated for the parent wells. The fracture geometry and simulated proppant concentration from the 3D fracture model were then exported to a reservoir simulator, where actual field production...

.... Proppant concentration and size are critical properties that control the transport and placement of proppant through the perforations. To begin with, the settling velocity of proppant was a major concern in this work, where various published analytical equations and empirical correlations were used...

... variable minimum horizontal stress horizontal stress proppant transport fracture geometry proppant distribution slurry injection fracturing materials perforation fracturing fluid technology conference simulation result proppant concentration fracture URTeC: 3715179 A Coupled Model for Three...

.... Proppant concentration is shown to be the key driver for drainage volumes and cumulative oil production for this group of wells. A higher initial water saturation is associated with larger drainage volume but lower cumulative oil production. Compared with completion design, initial water saturation...

... design fracturing materials proppant cfd model toe cluster guided stage design optimization proppant concentration proppant distribution perforation orientation perforation size stage design parameter artificial intelligence complex reservoir computational fluid dynamic proppant size...

... Abstract The distribution of proppant in fractures is very complex. In order to support the fractures effectively, sand carrying fluid must be injected into the fractures. In this paper, effects of injection rate, proppant concentration, sand carrying fluid viscosity, proppant particle size...

..., this new pumping approach reduces the execution risk of screenout associated with high proppant concentrations in ramp-up schedules and provides the benefit of constant hydrostatic and friction pressure drop during the majority of fracture treatments, allowing the surface treating pressure changes...

... on proppant placement, and how to achieve uniform proppant placement and optimized treatment design via appropriate perforation design. fracturing materials fracturing fluid flow rate diameter hydraulic fracturing mesh sand mesh brown sand proppant concentration slurry distribution proppant...

... fracture propagation fracture reservoir geomechanics complex reservoir hydraulic fracturing deposition upstream oil & gas natural fracture complex hf-nf network hydraulic fracture equation simulation proppant concentration proppant transport ghassemi unconventional reservoir p-nf...

... labeled into output binary indicators with or without screen-out. Input datasets include surface treatment pressure, slurry rate, surface proppant concentration and 11 engineering features in high frequency 1-second time interval. 65 stages were first split into 53, 8, and 5 stages for training...

... collected in the field. Essentially, it returns an actual or "as pumped" fracture treatment schedule, which may differ from the designed one. The dataset analyzed in this study includes the slurry rates and proppant concentrations for 577 stages from all major North American basins. The algorithms were...

... proppant concentration random forest model URTeC: 2938 Evaluation and Optimization of Completion Design using Machine Learning in an Unconventional Light Oil Play Luisa Porras*1, Christopher Hawkes1, Arshad Islam2, 1. University of Saskatchewan, 2. Baytex Energy Corp Copyright 2020, Unconventional...

... these results in the parent wells captured during the time of the child well treatments. Resulting proppant concentrations of the child well fractures indicated that the majority of the proppant transports towards the parent wells. Very little effective conductivity exists in the opposing direction...

... and Newtonian fluid parameters as well as non-Newtonian (shear-thinning). Proppant placement, proppant concentration profile along the flow direction, pressure difference build-up across the fracture and total proppant volume retained within the fracture are quantified under various flow conditions. Two...

... procedure proppant concentration Proppant Slurry URTeC: 1049 Quasi-dry CO2 Fracturing - A New Breakthrough of Liquid CO2 Fracturing Liang Jin*2, Yan Zheng1, 1. Beijing AP Polymer Technologies Co. Ltd, Beijing, China. 2. BrightGold Consulting LLC, Houston, TX, USA Copyright 2019, Unconventional...

... fluid deposition fluid pressure hydraulic fracturing fracture aperture natural fracture injection fluid pressure fracture fracture propagation hydraulic fracture Ghassemi hf-nf network Artificial Intelligence Upstream Oil & Gas Simulation proppant concentration proppant transport...