... semi-annual ogi inspection operator sensor conductivity upstream oil & gas climate change information algorithm concentration method 21 unconventional resource technology conference urtec ldar inspection URTeC: 3866061 Reducing methane emissions: Implementing data science informed...

... Abstract Hydraulic fracture conductivity ( w f k f ) is a critical parameter in completion design of horizontal shale wells. Field evidence and laboratory investigations suggest that these fractures could have finite conductivity values that are influenced by the fracture closure stresses...

... trace of temperature versus measured depth. Then, another reservoir simulation with energy balance calculation is applied to simulate the temperature variation along horizontal wellbore. After that, hydraulic fracture geometry and effective conductivity of individual cluster are tuned to match...

... production monitoring production control conductivity urtec reservoir geomechanics reservoir characterization modeling workflow geological subdiscipline sensitivity objective chevron fracture model reijenstein hydraulic fracture information placement forecast fracture network basin URTeC...

... approach to generate realistic fracture geometry, understand fluid flow behavior, and define fracture conductivity distribution. This paper presents a case study of integrated geo-mechanical and reservoir simulation with a developed fracture conductivity calculation workflow that was validated...

.... A series of laboratory evaluations were conducted including column test, roller oven, CST, flow loop, conductivity, and compatibilities to finetune the formulation. The product demonstrates a strong affinity to proppant and formation surface and can effectively control the fine generation during fracturing...

... Abstract An appropriate pressure-drawdown management has been proved to be effective in balancing production performance and economic feasibility. Many pilot research focused on the flowback or early production data during transient linear flow and evaluated the fracture conductivity...

... (ClO2) in legacy Wolfcamp wells, originally completed between 2016 and 2019, improved reservoir/well conductivity resulting in increased reservoir fluid production and recovery. Basic acid treatments utilized in the beginning of the program to reactivate near-wellbore conductivity resulted in industry...

... intersecting primary fractures. The SRV productivity is determined by fracture conductivities, fracture dimensions and network complexity, which is also time-dependent. The objective of this work is to present a comprehensive method for time-dependent fracture design that produces optimal solution according...

... expected linear flow and different explanations for it have been offered. One proposed explanation is anomalous diffusion (Chen and Raghavan, 2015). According to this explanation the contrast in conductivity between fractures and matrix together with petrophysical heterogeneity leads to heterogeneity...

... permittivity correlation myer dependence conductivity saturation vacuum conductimetric titration polarization dielectric dispersion mhz URTeC: 3854429 Dielectric Response Interpretation of Source Rocks Jose Benavides*1, Michael Myers1, Lory Hathon1, 1University of Houston Copyright 2023...

... the application of a new rapid analytical solution that may be utilized to obtain fracture and reservoir characteristics: fracture area, conductivity and skin, and formation permeability and SRV volume. The multi-fracture analytical solution shows the transition to boundary dominated flow and is developed from...

... government sedimentary rock clastic rock oil shale complex reservoir multiphase flow asia government flow in porous media rock type mudstone shale oil chemical flooding methods nanopore shale reservoir conductivity injection dissolution song mudrock shale gas enhanced recovery mole...

... estimation calibration rock component core measurement conductive rock component geometric model parameter inversion workflow model parameter resistivity model volumetric concentration conductivity archie kerogen URTeC: 3723594 Development of a Universal Physics-Based Resistivity Model...

... artificial intelligence thermal method modeling & simulation enhanced recovery machine learning bayesian inference steam-assisted gravity drainage communication molecular diffusion gas injection posterior distribution fracture conductivity primary depletion conductivity...

... productivity degradation, indicating a need for attention in selecting fracturing fluid additives. In addition to matrix permeability damage, formations high in expandable clays or intercalated bentonite beds exhibit excessive fines generation in the proppant pack, thereby reducing its conductivity. Thus...

... Abstract Proppants have been used to keep a hydraulic fracture open and maintain the required conductivity for hydrocarbons to flow. In tight unconventional rock (UCR) fracturing, the proppant makes up only 5 – 7% by volume of the total frac fluid slurry injected in the formation. Due...

... analysis complex reservoir calculation log analysis frequency mapping bakken middle bakken conductivity chlorite dolomite enhanced recovery upstream oil & gas water saturation salinity clay bound water oil wet bakken complex reservoir inversion wettability skin depth nmr data...

... produced stable friction reduction stability. Regained conductivity tests illustrated minimal damage from FR-A, giving an 89% regained conductivity. Proppant settling rates showed a large disparity between FR-A and FR-B that the hydration, viscosity, and friction reduction profiles could not explain...

..., conductivity, and spectroscopy measurements. After these quantities are known, the expected type and volumes of hydrocarbons can be calculated as well. There is a complex relationship between kerogen maturity, wettability, salinity, and the relative permeability to hydrocarbons that explains why some wells...