..., Pad in fracture regime, or HRPM pumped during the entire fracture treatment) cases are recommended for higher water cut cases. Finally, a proposed treatment to stimulate oil zones that requires hydraulic fracturing with an underlying water zone is described. This technique consists of a double...

... Abstract Due to reservoir conditions in the Apika-Nenke field, it was decided to carry out a hydraulic fracturing pilot project with the aim of maximizing production in the field. To achieve the objective, cores, image logs, pressure points, and sonic dipole logs were obtained to have...

... systematic volcanic intrusive characterization model well logging directional drilling upstream oil & gas production monitoring hydraulic fracturing borehole imaging concentration pilot well identification intrusive igneous rock intrusive body thickness igneous rock evaluation...

... production monitoring hydraulic fracturing reservoir simulation production control flow in porous media pressure transient testing coupling condition pressure response fluid dynamics equality injectivity test region 2 laplace domain water front radius society of petroleum engineers...

... well intervention drillstem testing strategic planning and management intervención de pozos petroleros project management downhole intervention hydraulic fracturing drilling operation production enhancement waterflooding produced water discharge reserves evaluation pressure transient...

... of these sensitive parameters is also demonstrated. reservoir characterization fluid modeling production monitoring reservoir surveillance equation of state upstream oil & gas enhanced recovery hydraulic fracturing waterflooding flow in porous media reservoir simulation production control...

... repeatable element of a hydraulically-fractured unconventional reservoir, and is discretized using a high-definition (to a mm-scale) grid. The solutions associated with different thermal treatments are compared to a reference case that involves a simple, non-isothermal depressurization-induced production...

... Abstract We have developed a computational platform that allows the simulation of coupled flow-geomechanics-fracturing in a seamless manner. This allows consistent simulation of water flow back, proppant placement and production. The simulation process starts with the hydraulic fracturing...

... drilling fluids and materials well integrity reservoir characterization flow rate extension life cycle cap rock hydraulic power cement slurry toc hydraulic fracturing annular pressure drilling barrier element conventional well permeable zone circulation loss production phase blowout...

... mining modeling & simulation fluid modeling scaling method reservoir surveillance flow in porous media production control enhanced recovery asset and portfolio management machine learning production monitoring artificial intelligence hydraulic fracturing drillstem testing equation...

... stream and (b) the spatial distributions of pressure, temperature, phase saturations, and relative permeabilities. The results of the study indicate that a continuous CH 4 -based displacement does not appear to be an effective EOR method for hydraulically fractured reservoirs. In the absence...

... calibration score 0 vaca muerta shale shale gas reservoir simulation upstream oil & gas prospective resource assessment decline rate production forecasting estimates of resource in place structural geology resource in place estimate type decline-curve arithmetically hydraulic fracturing...

... characterization reservoir surveillance shale gas optimization problem reservoir simulation machine learning production monitoring field development optimization and planning objective function calculation upstream oil & gas matbal calculation asset and portfolio management hydraulic fracturing...

... and wellbore condition, operational guidelines can be customized and optimized to maintain the integrity of slurry while being transported downhole and improve the quality of the sealing structure. acidizing viscosity hydraulic fracturing flow rate instability optimize solid particulate diverter...

.... production control reservoir characterization reservoir surveillance artificial intelligence machine learning enhanced recovery production monitoring multiphase flow deep learning production prediction lstm model breakthrough time lstm hydraulic fracturing reservoir simulation fluid dynamics...

... Difference Method for the p wf -problem in their respective multi-transformed spaces. Using a 3D stencil (the minimum repeatable element in the horizontal well and hydraulically-fractured system), solutions over an extended production time and a substantial pressure drop were obtained for (a) a range...

... that change their forecasts repeatedly. supply and demand pricing energy economics enhanced recovery shale oil supply and demand forecasting drilling operation complex reservoir shale gas oil shale market analysis hydraulic fracturing upstream oil & gas engineering reserves evaluation...

... recovery completion design face dissolution scenario wormhole diversion carbonate reservoir hydraulic fracturing hydrochloric acid acidizing matrix upstream oil & gas dissolution selection diverter brazil The selection of one of these models would depend of many factors...

... in the literature for predicting the evolution of the induced hydraulic fractures. Most of those studies are limited to some assumptions, such as fracture propagation through intact materials that follow a linear elastic behavior. However, those assumptions do not apply in naturally fractured porous media...

... where pressure buildup data results from successful stimulation and underperforming wells were studied. This study identified three types of pressure behavior, depending on reservoir characteristics, where hydraulic fracturing was applied; Abstract Underperforming fractured wells are often...