... stimulation marcellus shale vein efficiency technology conference orientation production control mitchell fracture intensity lateral calcite vein interaction figure magnitude drillstem testing reservoir surveillance reservoir geomechanics geological subdiscipline communication stage 10...

... reservoir upstream oil & gas united states government fracture characterization reservoir geomechanics outcrop geological subdiscipline lithofacies unconventional resource technology conference strength texas geologist geology reservoir characterization outcrop exposure fracture intensity...

... with natural fracture intensity. Our physics-based modeling workflow highlighted the importance of treating this as a 3D problem. The modeling also shows the critical roles of horizontal stress anisotropy and vertical distribution of natural fractures within different stacked benches of the Permian basin...

... reservoir fine-scale lamination bedding lamination bedding oklahoma woodford shale fracture source rock fracture intensity bedding reservoir anisotropy important factor reservoir hydrocarbon productivity carlos molinares-blanco hydrocarbon expulsion intensity expulsion URTeC: 3726050 Fine...

... the gently dipping backlimb has lower fracture density, but these values depend on which fractures are included in the analysis. Degree of fracture clustering varies. Despite high fracture intensity, fracture arrangement in the forelimb is mostly indistinguishable from random. On the gently dipping backlimb...

... conducted: (a) field studies (b) lab analysis, and (c) machine learning. In field studies, we measured the complete 450 ft Sycamore stratigraphic section on the south limb of the Arbuckle Mountains along I-35, measured the outcrop gamma-ray profile, calculated the fracture intensity per bed and restored...

... resource technology conference image log machine learning well logging fracture intensity tracer Poisson drill bit geomechanics log analysis Upstream Oil & Gas production data HTI anisotropy fracture anisotropy URTeC: 957 Using High Resolution Geomechanical Data and Machine Learning...

... with mean trends varying by only a few degrees. Fracture intensity logs, calculated from a basin-wide set of horizontal image log interpretations, demonstrate an increasing intensity with proximity to faults in the middle Wolfcamp. In areas where multiple intervals are sampled, a similar relationship...

... barrels of oil per day, indicating the effective permeability of the stimulated and naturally fractured reservoir is several orders of magnitude greater than the matrix permeability of 20-35 nanodarcies. This study compares the fracture intensity in 6,500 feet of vertical whole core from 16 wells...

... analysis consists of an integrated data set which makes up the fundamental calibration data for the analytical model discussed in this paper. well logging log analysis machine learning complex reservoir hydraulic fracture intensity porosity input variable natural fracture intensity...

... correlated to the core measurements. Fracture intensities, on the other hand, were obtained from image logs. Also, the fracture apertures from image logs (high uncertainty) were adjusted to fracture apertures from the core. In addition, fracture intensities in the seismic volume were assigned based...

... hydraulic fracturing fracture intensity microseismic energy hydraulic fracture stimulation shale gas orientation natural fracture Marcellus Shale Wilson unconventional resource technology conference Upstream Oil & Gas Mseel microseismic event injection fracture stimulation fracture...

... in the Denver Basin. A dataset comprised of fracture plane orientations and fracture intensity variations was acquired at the Niobrara outcrop. The study identified two major joint sets and two conjugate shear fracture sets. Local tectonic variations (such as listric faults in the negative flower structures...

... an attempt to create a robust fracture intensity model combining seismic attributes with petrophysical, geomechanical and geological inputs. Calibrations and validations of the fracture model thus generated have been carried out using well data where available. fracture characterization Reservoir...

... stimulation. A new methodology has been developed that involves quantifying the fracture intensity through a deterministic discrete fracture network (DFN) model explicitly using the measured microseismic data, pumping parameters and rock properties. The fracture intensity can be translated into a permeability...

... and evaluate the effectiveness of these completions. re-fracturing initial completion surface area Artificial Intelligence apparent stress refrac Reservoir Characterization Upstream Oil & Gas re-stimulation effectiveness completion hydraulic fracturing fracture intensity Effectiveness...

... of geomodel and engineering detail in a reduced flow-sim prediction timeframe. Reservoir Characterization Upstream Oil & Gas water saturation hydraulic fracturing fracture intensity Modeling & Simulation GeoModel oil production recovery lineament simulator spe-178562-m urtec...

... organically rich and mechanically anisotropic intervals. The minimum petroleum-generation pressure required for initiating bedding-parallel expulsion fractures was calculated, plotted and correlated with "beef fracture" intensity and mechanical anisotropy. A good correlation was observed. Five distinctive...

... used to calibrate the surface 3D seismic, improving the fidelity and therefore the confidence in the results. Reservoir Characterization variation VSP radial spe-178642-m urtec porosity fracture system shear wave anisotropy fracture intensity pilot well multicomponent surface seismic...

.... bailey field North Dakota middle Bakken fracture intensity fluid saturation porosity Reservoir Characterization grenora area co 2 MMPA Upstream Oil & Gas fracture analysis fracture network effective porosity saturation Bakken formation Grenora Field lithofacies fracture...