... states government upstream oil & gas proppant diameter completion installation and operations geology optimization problem artificial intelligence erosion proceedings geological subdiscipline wellbore hydraulic fracturing technology conference proppant outflow proppant concentration...

... completion monitoring systems/intelligent wells concentration graph reservoir surveillance production control permeability united states government production logging downhole sensor wellbore geometry axis proppant concentration conclusion technology conference reservoir permeability fiber...

... flow in porous media united kingdom government asia government europe government paper conductivity proppant fracture conductivity united states government china government knowledge management concentration tso proppant concentration slurry permeability conference texas application...

... perforation presented united states government allocation proppant concentration hydraulic fracturing spe hydraulic fracturing technology conference uniformity woodland kresse texas optimizing multicluster stimulation uniformity Introduction Large horizontal wells have become...

... erosional pattern observed in the field is presented. Throughout this work, six different hydraulic fracturing completion parameters are investigated to determine the respective roles in perforation erosion. The six parameters include proppant size, proppant concentration, proppant sphericity, fracturing...

.... To the authors knowledge, there has never been any extended time conductivity data published at proppant concentrations representative of slickwater fracturing - despite the obvious need for this understanding to optimize the performance of unconventional slickwater well stimulation designs. The API Standard 19...

... shale basins. united states government fracture upstream oil & gas fracturing fluid unconventional resource economics oil shale hydraulic fracturing fracturing materials fracture half-length proppant concentration exhibition shale gas energy economics spe hydraulic fracturing...

... proppant concentration spe hydraulic fracturing technology conference effect proppant settling proppant fracturing materials viscosity diameter proppant diameter experiment sharma proppant distribution correlation Introduction Hydraulic fracturing has enabled oil and gas production...

... intervención de pozos petroleros completion installation and operations fracturing fluid orientation cluster efficiency information fo test recommendation fracture lateral cluster distribution proppant concentration cable stage length fo cable cluster count perforation williston basin...

... fluid dynamics (CFD), this paper investigates the effected proppant distribution results from a fracturing stage mimicking the presence of both a leaking plug and the impacts of stress shadowing. The proppant concentration throughout the wellbore, along with internal wellbore pressure and velocity...

... be applied to any formation in any Basin, provided sufficient data is available. us government machine learning artificial intelligence proppant intensity neural network proppant concentration well production economics completion design upstream oil & gas frac stage quality reservoir...

... and the pressure limitations of the laboratory equipment. Abstract Proppant transport in horizontal wellbores has received significant industry focus over the past decade. One of the most challenging tasks in the hydraulic fracturing of a horizontal well is to predict the proppant concentration that enters...

... sizes, proppant concentrations, and slurry injection rates on proppant transport were then experimentally investigated. This experimental work shows that viscosity has a greater impact on the proppant transport than fluid density does, thus implying a larger impact on the resulting fracture conductivity...

... operations that may be associated with the observed pressure behavior. A subsequent statistical analysis revealed that abnormal pressure increases often coincided with changes in proppant concentration in problem stages (stages with abnormal treating pressure behavior). This behavior may be due to near...

... volume and that proppant concentration has the highest effect on fracture closure rate. However, in this study the effect of reservoir characteristics was not considered. Al-Alwani et al. (2019a) analyzed completion design of 80,000 wells completed in different unconventional resources...

.... Lab and CFD results also show that proppant distribution is increasingly toe-biased at higher rates. Proppant concentration along the wellbore from heel to toe generally varies significantly. Gravity, momentum, viscous drag, and turbulent dispersion are key factors affecting proppant transport...

... concentrations to achieve a system capable of placing higher proppant concentrations is gaining market share. This leads to the current obstacles for both systems’ further use in the field. These obstacles are threefold: The notion that the system is contaminating the proppant pack with residue. Lab testing...

... pack flowback simulation fracture flowback proppant flowback workflow laboratory experiment proppant concentration production rate proppant distribution Introduction After a successful hydraulic fracturing treatment, a large amount of proppant injected into a fracture can be washed out...

... scenarios with different kinds of constraints, the target wellhead pressure can be achieved by adjusting friction reducer, slurry rate, and proppant concentration. One can deploy such a model at the edge or in a cloud environment to offer suggestions to engineers in the field or in the office. Completion...

... in the Delaware Basin and tested several ML methods on the historical data. The wellhead pressure can be predicted with an acceptable accuracy by a slightly nonlinear machine learning model. We tested the ML model on the Cloud, where real-time streaming data such as slurry rate and proppant concentration...