... of fracture networks and simulate fluid flowback. The integrated fracturing-production simulator has several key advantages. It can: (1) capture the variation of fluid pressure in natural fractures induced by variations in stresses in the rock matrix, (2) eliminate the need to discretize the rock matrix...

... between the heel-most perforation and the new stage to prevent fluid leakage. The RFS-based DSS measurements exhibit high spatial variations at the new stage depth than the DTS measurements due to the combined effects of temperature and mechanical strain effects. The temperature change from DTS...

... are intended for CO2 sequestration, and the Belloy formation is utilized for water disposal. Amplitude versus Offset (AVO) seismic inversion methods are used to determine the formations’ elastic properties. Rock physics analysis is conducted to estimate porosity and mineralogy variations allowing for a better...

... reservoir surveillance down-hole sensor density completion monitoring systems/intelligent wells frac ue technology conference presented variation unconventional resource technology conference fracture unevenness spe hydraulic fracturing technology conference production logging production control...

... and Zoback, 2022). Lund Snee and Zoback (2022) also discuss the fact that the orientation of S hmin does not vary over the depth range targeted for horizontal development. Therefore, it is the variations in the magnitude of S hmin within, above, and below a given hydraulic fracture stage that cause...

... proppant hydraulic fracture characterization thermal method eagle ford united states government modeling & simulation geological subdiscipline information gauge calibration migration upper eagle ford marl unconventional resource technology conference variation URTeC: 3870693 Integrated...

... geosteerer unconventional resource economics united states government complex reservoir artificial intelligence geological subdiscipline dataset basin unconventional resource technology conference automated geosteering algorithm hierarchy geosteerer intervention variation optimization algorithm...

... testing geology complex reservoir artificial intelligence fd-rta permeability prediction figure 5 history software acuna geometry derivative matrix permeability thickness figure 6 pressure transient analysis fractional dimension rta variation haynesville calibration URTeC: 3852016...

... equation coefficient normalization multi-regression modeling approach deviation qliq comparison multiphase flow artificial intelligence machine learning modeling formula table 6 reservoir simulation flow metering reservoir surveillance separation and treating variation pwh yiexp choke...

... is used. Uncertainty of perforation phasing and diameter introduces a certain level of variation to the results, but this level is noticeably smaller compared to the improvement achieved by using the optimal perforation orientation. united states government proppant fracturing fluid hydraulic...

... objective tracer allocation organic urtec variation united states government complex reservoir interference energy economics communication cocina geology directional drilling petroleum play type geochemical characterization contribution integration hydrocarbon application fingerprint...

... Abstract Measurements such as in-well and cross-well fiber optics, perforation-imaging, and slant well coring have indicated that fracs from perforation clusters grow unevenly in the near wellbore and far-field. Sub-optimal cluster efficiency is caused by in-situ rock variations, poor cement...

... Flow plot increases, then, the Linear Flow Parameter should decrease in the same way. The goal of this work is to quantify the well's EUR loss that is directly associated to a negative variation of the triple product xf.Hf.√k. In other words, a general equation should be found to relate the change...

... and fractures network scale. This work presents an empirical correlation for water-hydrocarbon relative permeability prediction in fractured reservoirs, as a function of stress state and capillary number variations usually relevant in the stimulated reservoir volume – SRV after hydraulic fracturing...

... and unique optimized landing point, having a set of pertinent low-cost data before fracking to estimate the geological variations along the laterals and evaluating systematically the well production performance via a PLT proxy opens the possibility of initiating a machine learning process to guide completion...

... structural geology drilling fluid chemistry drilling fluid property pilot hole lateral directional drilling rock extract upstream oil & gas tmax extraction variation maturity pilot well midland basin lateral sample dean lower spraberry wca extract tvd rock sample wca oil average...

... in defining the best number of wells to include in an appraisal strategy, and therefore provide a risk management strategy to minimize the cost to condemn. risk management appraisal well count variation reservoir characterization well count information strategic planning and management upstream...

... is to locate areas and intervals of probable natural fracture swarms that are optimal for unconventional gas production. AVAZ was used for the assessment of variations in seismic reflection amplitude with changes in incidence angle while FVAZ was used for the assessment of variations in frequency with changes...

... Abstract Understanding the seismic anisotropy in organic-rich shales is important to quantify the variations of seismic properties with direction and invert for accurate reservoir properties from the seismic data. To characterize the shale anisotropy, we need to measure elastic stiffness...

... wolfcamp barrie contribution midland basin machine learning structural geology variation geochemistry usa unconventional resource technology conference presented fluid chemistry wolfcamp end member texas dean ss lower spraberry URTeC: 3720528 Am I producing from where I landed...