... by increasing carrier fluid viscosity is more robust with respect to reservoir properties variation. fracturing fluid artificial intelligence efficiency upstream oil & gas proppant fracturing materials dfn horizontal well exhibition fracture completion installation and operations...

... technology conference coupling coefficient wellbore proppant artificial intelligence fracture geometry fracture gradient fracture dimension complex reservoir shale oil geometry efficiency petroleum engineer society Modeling Introduction Fracture modeling is an inherently complex problem...

... united states government reservoir characterization matrix fiber inversion fracture characterization hydraulic fracturing tensor artificial intelligence covariance petroleum engineer furst information resolution sensitivity society orientation constraint kalman filter axis linear...

... reconstructions and surface textural details to be captured, as displayed in Fig. 5 . production control artificial intelligence well intervention upstream oil & gas acoustic imaging technology probe production monitoring completion installation and operations borehole imaging platform...

.... Although the evaluation, modeling, and trials are ongoing, these results may add significant value by enabling Bakken development with fewer, more productive, wells in some portions of the basin. reservoir characterization flow in porous media artificial intelligence modeling & simulation...

... flow channel with a higher and more sustainable conductivity. artificial intelligence fracture characterization fr5 fracturing materials fracturing fluid injection port roughest location time step reservoir characterization proppant roughness simulation result particle motion...

.... Learnings about perforation erosion and impacts of different proppant sources as well as fluid velocities occurred. artificial intelligence fracturing fluid side cluster completion installation and operations upstream oil & gas erosion rate fracturing materials proppant test series 1...

... and allowed us to understand the dynamic of perforation screen-out and how variations in proppant schedules can impact cluster efficiency. artificial intelligence downhole intervention fracturing materials hydraulic fracturing well intervention upstream oil & gas proppant clusters per stage...

... quality hydraulic fracturing production control unconventional resource economics basin child well change boxplot upstream oil & gas completion date difference well pair distribution parent well artificial intelligence directional drilling drilling operation parent-child well pair...

..., and location accuracy. Introduction artificial intelligence strain data production control production logging dtfm production monitoring hydraulic fracturing correlation reservoir surveillance upstream oil & gas waterfall low-frequency das tilt waterfall fiber data inversion...

... for the observed closely spaced hydraulic fractures. reservoir characterization completion installation and operations fracture characterization artificial intelligence complex reservoir hydraulic fracturing upstream oil & gas reservoir geomechanics drillstem testing drillstem/well testing...

... objective artificial intelligence history matching simulator output procedure standard error proxy model optimization workflow base design relative fracture toughness reservoir simulation objective function workflow iteration candidate point objective value best point dataset...

... knowledge management natural language data quality production logging hydraulic fracturing production monitoring artificial intelligence production control reservoir surveillance depletion fiber vfr hydraulic fracture geometry technology conference upstream oil & gas sealed wellbore...

... learning production control artificial intelligence fracturing fluid fracturing materials hydraulic fracturing pressure data sealed wellbore pressure monitoring active well algorithm production monitoring production logging upstream oil & gas monitor well signature pressure response...

... to making real time changes to proppant mass and pump rates; meeting target net pressure ranges and achieving a high-quality annular pack. Literature Review Machine Learning and Artificial Intelligence in the fracturing industry are being adopted at a rapid pace to optimize treatments across...

... designs. production monitoring production control geochemical characterization upstream oil & gas oil sample hydraulic fracturing contribution drainage frac height communication reservoir surveillance well communication information well performance machine learning artificial...

...), Cloud Computing, Machine Learning and Artificial Intelligence (AI) make it possible to support with automation or fully automate many human tasks and workflows associated with planning, executing and optimizing fracturing operations. Integrated models that can ingest and process the vast amounts of data...

... to traditional geophysical methods such as point sensors (i.e., geophones). However, a single well equipped with fiber cannot acquire the far-field strain response since the sensitivity of this technique is restricted to a region near the monitor well. In this paper, we develop an Artificial Intelligence (AI...

... during fracturing. machine learning artificial intelligence hydraulic fracturing deep learning optimization problem efficiency december 2021 neural network breakdown platform control variable effectiveness real time system fuzzy logic upstream oil & gas dlm treatment data...

... artificial intelligence hydraulic fracturing directional drilling drilling operation multistage fracturing upstream oil & gas wellbore design circulation reservoir characterization complex reservoir fracture characterization lateral mcclure conductivity hydraulic stimulation perpendicular...