.... 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...

... interpretation workflow reservoir geomechanics complex reservoir energy economics porosity log analysis thermal maturity knowledge management najmah shale slowness collaborative approach availability URTeC: 3855259 Evaluating the Potential of the World-Class Najmah Unconventional Reservoir...

... interpretation artificial intelligence marzooqi unconventional resource technology conference core analysis URTeC: 3857395 Hidden Success of Unconventional Oil Play Behind Robust Integration of Subsurface G&G Data. A Case Study of Shilaif Unconventional Oil Play, Abu Dhabi, UAE Amena Alharthi1, Muhammad...

... 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...

... 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...

... 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...

... 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...

... bulletin permian basin lithofacies unconventional resource technology conference concentration variability texas toc interpretation URTeC: 3871113 High-resolution core study relating chemofacies to reservoir quality: Examples from the Permian Wolfcamp XY Formation, Delaware Basin, Texas Shaskia...

... generated. Using these wells as a training data set, a genetic algorithm was used to optimize the algorithm’s parameters for interpreting wells of this type. The optimized algorithm was compared to a previous algorithm version optimized for a more general set of diverse geological conditions. Performance...

... pressure is an innate component of the stress state in the rock it is therefore a determining factor in the energy required to break the rock. sedimentary rock geology interpretation clastic rock geologist complex reservoir artificial intelligence united states government mudrock mudstone...

..., and result interpretation. The data integrated in the ML model are informed by subject matter experts from multiple disciplines, including geology, petrophysics, wells engineering, reservoir engineering, and operations/production engineering. The workflow consists of three steps: data preparation, ML model...

... long-term production are identified through quantitative model interpretation with Shapley values. By validating the method using field data from the Weirong shale gas field, TFT accurately predicts daily gas production over multiple horizons using static geological and engineering factors, historical...

... production control degradation unconventional resource technology conference normalized eur production monitoring energy economics interference information drilling operation rock type enhanced recovery chemical tracer depletion paper pressurization interpretation consideration URTeC...

... and interpreted in order to build data-rich models to assist in a greater understanding of the reservoir quality and well performance. More than 1,200 drill-cuttings samples were prepared, rapidly analyzed and interpreted for color extraction and particle size and shape, using various image analysis algorithms...

... lineament sedimentary rock upstream oil & gas rock type water management geological subdiscipline machine learning ellenburger formation machine-learning-assisted induced seismicity characterization workflow injection interpretation unconventional resource technology conference earthquake...

... matter. This study provides a better understanding of NMR response for different rock components (clay, kerogen) under different frequencies, from 2, 12 to 23 MHz; from which we can properly constrain NMR interpretation to extract petrophysical parameters. 1-D T 2 distributions and 2-D T1-T 2 maps...

...-induced matrix microfracturing. The study analyzed parent-child well interactions in detail both during hydraulic fracturing and during depletion. The petrophysical and facies interpretations were revised and refined based on observations from simulation modeling. Multiple conceptual visions...

... 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...

... Abstract Knowledge of in-situ stress is important for many subsurface science and engineering issues. The minimum principal stress (S 3 , or S hmin in most cases) is typically measured through mini-frac tests. Several methods have been suggested to interpret S 3 using pressure data during...

... for the optimized production of oil and gas reservoirs. geologist complex reservoir structural geology upstream oil & gas reservoir surveillance reservoir characterization unconventional resource technology conference jill thompson united states government urtec interpretation fault-driven...