... is affected due to noises from drilling or other sources. Moreover, the meaning of features observed from image logs is a matter of interpretation at the borehole wall only. This introduces a degree of uncertainty, which might be greatly reduced by integrating other measurements such as Deep Shear Wave...

... resource technology conference phit rock type log analysis urtec pore reservoir unconventional reservoir facies relaxation interpretation permian basin sandstone resistivity hydrocarbon density resistivity overlay lithology bin porosity URTeC:4015915 NMR Interpretations...

... data were interpreted and integrated with well data, delineating the top of the Bone Spring and Wolfcamp oil and gas producing formations. We could identify five geoelectric sedimentary units, i.e., Castile Fm, Sandstones, Bone Spring Fm, Wolfcamp Fm and Lower Carbonate formations. The known oil fields...

..., geomechanical expertise. The log availability and data quality, in general, varies along the reservoir. We propose a machine learning workflow to first improve wellbore log quality, then propagate markers as well as petrophysical and geomechanical property interpretation from a few high tier wells to the entire...

... and numerical model results, this study offers a groundbreaking understanding of single-use fiber strain signals during cross-well monitoring. This enhanced comprehension revolutionizes the interpretation of field observations involving single use fibers, thereby elevating the reliability and precision of data...

..., thereby enhancing reservoir characterization accuracy and optimizing strategies (Alagoz et al., 2023). Advanced computational methods like AI and machine learning hold immense potential to enhance data processing and interpretation, leading to more accurate imaging and modeling. As technology continues...

... Abstract This paper presents a joint microseismic and geomechanical interpretation for a hydraulic stimulation design optimization in the deep tight gas well targeting Lajas Formation at 4300m depth, in Neuquén basin, onshore Argentina. The objectives of this work were (1) to carefully...

...-boosted visualization for automated well-centric interpretation of image logs ensuring early detection of stress-induced features generated at the time of drilling. Traditionally, caliper data have been used to simulate borehole shape for visualization; however, the azimuthal distance between calipers...

... gas window. Late to post mature gases have not been reported in the literature for these reservoirs, but this interpretation is supported by high vitrinite reflectance equivalents determined from the carbon isotope results and partial carbon isotope reversals observed in these particular samples...

... data frames were prepared to stream high-quality images in real time as drilling commenced. High-fidelity data were acquired and processed carefully for real-time interpretation of stratigraphy and structure in the well where log signatures often confuse the geologists. Real-time dip-picking guided...

.... Five field- to regional-size 3D seismic surveys and 25 2D seismic lines were interpreted to validate the stratigraphic interpretations from over 14,000 correlation wells in the study areas. The petrophysical distributions were obtained from over 10,000 vertical wells with quad combos. This study...

... fracture spacing. These wells need not exhibit clear signatures for bilinear/linear flow before the onset of SRV boundary dominated flow due to fracture interference. These models have relatively few parameters and unlike a purely data driven analysis, the parameters are simple to interpret. The ability...

.... Despite this phenomenon, much of the current research assumes that the fiber cable remains mechanically coupled to the rock formation. To improve the accuracy and reliability of field data interpretation, it is essential to better understand the effect of fiber decoupling on strain responses...

... process using synthetic well data is applied to justify the result before using it for an interpretation. The product of this technology is a higher resolution seismic dataset that allows for more precise landing point and lateral control when drilling horizontal wells. The product also allowed...

... fault / lineament model and the NF interpretation from borehole images and core data. Additional observations from drilling (e.g. losses) were used. Integration of NF data with borehole breakouts helped understand the relationship between NF orientation and productivity. An iterative procedure was used...

... porosity thermal maturity upstream oil & gas complex reservoir log analysis knowledge management slowness collaborative approach availability gradient interpretation najmah shale workflow URTeC: 3855259 Evaluating the Potential of the World-Class Najmah Unconventional Reservoir...

... reservoir characterization presented adipec uae government core-log integration information artificial intelligence economic geology van laer urtec interpretation reservoir geomechanics abu dhabi porosity rock eval characterization basin marzooqi unconventional resource technology...

... earthquake swarm earthquake epicenter dataset produced water discharge structural geology lineament reservoir geomechanics midland basin workflow injection geologist united states government modeling & simulation reservoir characterization basement lineament interpretation unconventional...

... sets – drilling, completions, geology, reservoir, facilities, and instrumentation. The team members from across the organization worked together to ensure near-perfect set-up, collection, analysis, and interpretation of the rich diagnostic data collected to make business recommendations...

... Abstract This work aims to emphasize the importance of making an adequate structural interpretation in high complexity areas, with its consequent impact on the design of the development plan of an unconventional reservoir. Also present a new approach for the development of Vaca Muerta Fm...