... Abstract Large volume slick-water treatments are standard practice for stimulating JoMill, Lower Spraberry, Middle Spraberry, Wolfcamp A, Wolfcamp B, and Wolfcamp D pay zones in the Midland basin. While deployment of scale inhibitors, biocides, surfactants, and breakers have seen varied...

... cleanout performance and stable oil recovery trends. This paper details a successful pilot to improve long-term well performance using acid stimulation aided by a pioneering tailored metal oxide (TMO) nanoparticles-based fluid in Wolfcamp (A) formation. Seven wells (in two different areas) with similar...

... complex reservoir basin united states government reservoir characterization geology information unconventional reservoir urtec bone spring permian basin shale unconventional resource technology conference lambdarho murho wolfcamp midland basin upstream oil & gas rock type fidelity...

... administration texas urtec wolfcamp thickness source university new mexico well logging mudstone basin central basin platform ohmmeter west texa 1 URTeC: 3857980 Updated formation maps provide greater detail for the stacked unconventional plays of the Permian Basin (Midland Basin) Olga Popova*1...

...) In the evaluations of "in-zone" vs. "out-of-zone" contribution, wells targeting the following zones show the largest "out-of-zone" contribution in each region (or least contained): Wolfcamp A (∼34%) in the Midland Basin, Upper Eagle Ford (∼46%) in the Eagle Ford Play, Woodford (∼70%) in the STACK Play, and Lower...

... geologic layering and variance in grain-size associated with depositional process. The Permian Basin Wolfcamp A was first tested for this workflow, as deepwater unconfined distributary lobes were modeled in a predictable depositional framework using Computational Stratigraphy. Computational Stratigraphy...

... unconventional resource technology conference correlation workflow wolfcamp information prediction resolution magnitude integrated workflow wellbore breakout overpressure note drilling optimization URTeC: 3864551 Integrated Workflows for Drilling Optimization and Enhanced Production Jakob Heller1...

... Abstract While the Wolfcamp A formation is considered a primary target in the Delaware Basin (as measured by activity and total production volumes), the Wolfcamp C has been steadily but less aggressively tapped by Permian operators for nearly a decade. In 2021, we worked to characterize...

... at development plan spacing. Once Sprayberry or Wolfcamp DSUs are developed at 4 or more wells per mile per bench, a significant amount of the variability in well TRR per foot results is explainable by well spacing. This paper walks through an example of change in TRR per foot per well in Martin County using...

... to adapt quickly to survive. machine learning shale oil directional drilling energy economics artificial intelligence reservoir characterization shale gas drilling operation reservoir geomechanics us government oil shale stress shadow effect basin wolfcamp workflow unconventional...

... life as a result of reservoir production methods used. Contact angles were measured using a drop shape analyzer (DSA) at the reservoir temperature and pressure for reservoir samples from Wolfcamp, Eagle Ford, Niobrara, Codell, and Bakken: 1) unaged core slices surrounded with formation brine, 2) aged...

..., the crucial importance of fluid chemistry in verifying whether production from horizontal wells is indeed predominantly from the zone they are landed in. The five oils analyzed in this study from three wells landed in the Lower Spraberry and two landed in the Lower Wolfcamp A are all virtually...

... & gas deconvolution variability artificial intelligence information contribution mammoth well texas zumberge unconventional resource technology conference eagle ford presented wolfcamp interpretation endmember baseline drv mobility URTeC: 3720662 TIME LAPSE GEOCHEMISTRY PRODUCTION...

... in the Delaware or Permian basin will be boring indeed. upstream oil & gas variation pvt measurement isotope template bubble point pressure oil production maturity wolfcamp delaware sub-basin high resolution gc burial northwestern delaware lateral kerogen reversal complex reservoir...

... configuration of a new multi-zone development for an undrilled acreage. For one study, the base case was eight wells each in the Lower Spraberry, Wolfcamp A, and Wolfcamp B stacked directly above each other. The model had a median absolute percent error (MAPE) of ~15% for a random held-out 20% of pads, a score...

.... upstream oil & gas retort oil experiment shale gas extraction technique fluid loss geochemical characterization thermally water saturation zumberge bone spring 3 thermal extraction unconventional resource technology conference complex reservoir lmhc profile wolfcamp hydrocarbon URTeC...

... knowledge management asset and portfolio management reservoir geomechanics drillstem testing reservoir characterization hydraulic fracturing modeling & simulation complex reservoir reservoir simulation matrix access wolfcamp development order parent well matrix permeability...

... incorporates geological, geophysical, geomechanical, and production data from the HFTS1, following Dommisse et al. (2018)'s approach. The centerpiece of this model is 600 feet of core taken from the Wolfcamp A and B. This core passes by two horizontal producers on the 11-well pad and contains natural...

... previous pads. reservoir geomechanics upstream oil & gas surface area equation of state depletion prediction reservoir characterization complex reservoir simulation wolfcamp dontsov depleted zone evaluation geometry hydraulic fracturing relation child well fracture sequencing...

... signatures were found throughout the lower portion of the well in the Bone Springs and Wolfcamp formations. Evaluation of the data indicated that while the Bell Canyon, Cherry Canyon, and Brushy Canyon formations all belong to the Delaware Mountain Group, there were distinct differences between the Brushy...