...-to-noise ratio and high spatial and temporal resolution, enabling the measurement of fast-propagating sound waves. In this study, our focus is on utilizing SoS measured by DAS to estimate phase volume fraction profiles within a multi-phase fluid flow system in a downhole production zone equipped with fiber...

... inversion unlocking shale poten0al produc0on decision drilling hazard resolution migration dataset recovery URTeC: 4044509 Unlocking Shale Poten0al by Including Seismic Data into Drilling and Produc0on Decisions Marianne Rauch*1, David Langton2, Josh Bedell2, Matt Mayer2, 1. TGS, 2. Devon Energy...

... decisions like vertical and horizontal well spacing, well sequencing and other FDI mitigations. A multi-disciplinary team developed a plan to test extended boundaries of fracturing design variable ranges using complementary surveillance methods to achieve the desired uncertainty resolution. Fracturing...

... geological information lithology delaware basin drilling detection resolution URTeC: 3853217 Extracting high fidelity geological information from 3D seismic and well data. Marianne Rauch, PhD, TGS. Copyright 2023, Unconventional Resources Technology Conference (URTeC) DOI 10.15530/urtec-2023-3853217...

... replication flow in porous media reservoir simulator geological subdiscipline wellbore grid fracture geometry fracture replicator exponent coefficient resolution interference URTeC: 3852292 Modeling the Unconventional Way: A Novel Midland Basin Case Study on How to Simulate Reservoir Models...

... enhances the capabilities of capturing a relaxation signal from hydrocarbons in confined pores. This improves the T 1 and T 2 resolution, necessary for accurately quantifying fluid volumes and determining saturation. In addition a conventional mode was also recorded in order to compare between the two...

... Abstract The available seismic data often does not provide a resolution that allow for precise landing point and lateral control when drilling horizontal wells. This will leaving a high dependency to the closest well data available. Moreover, subtle stratigraphic and structural features...

... and stress can assist in determining "sweet spots" within a play. To derive the 3D pore-pressure and geomechanical properties, seismic data is crucial. In this case, the data was acquired using high trace density seismic acquisition. This improved the spatial resolution of the seismic and its associated...

... Abstract The objectives of this paper are: (1) to present a workflow for X-ray micro Computed Tomography (micro-CT) applied to field cores, (2) to show examples of high-resolution X-ray scans of sections of the slant core from the Hydraulic Fracturing Testing Site 2 project (HFTS2...

... stratigraphic resolution. Further, open-system pyrolysis was employed to evaluate organic richness, kerogen type, generation potential, and thermal maturity. Mechanical characterization was established through the employment of core (Micro-Rebound Testing (MRT) on 700 ft of the core at 0.5 ft resolution), log...

... burial temperatures than other intervals where sulfur is lower, all of which is related to the redox conditions of the original depositional environment (Eglinton 1990; Hughes et al. 1995). reservoir characterization resolution biomineralization chlorite structural geology anatase accessory...

... Abstract One of the most established workflows to understand the effect of laminations in the rock mechanical properties and stresses is using the acoustic scanning tool, the methodology resolves for the anisotropic effect of the properties contrast at the resolution of the sonic tool (2ft...

... Abstract Benefits of a new high trace density (HTD) seismic survey in the Midland Basin are illustrated by comparing a 2019 HTD 3D seismic survey to a 2009 vintage 3D seismic survey. HTD seismic acquisition improves the spatial resolution of the seismic image and associated seismic attributes...

... compressibility anisotropy. The microstructural study was thus conducted with a focus on testing the clay contribution hypothesis. While the fabric at the sample scale does not appear to be a strong contributor to the measured rock and grain elastic anisotropy, high resolution SEM imaging suggests a close...

... questioned the need for really deep networks in these applications? Can shallower networks be competitive in relation to deeper networks? Can a shallower network with a wider diversity of convolutional filters (breadth) do better than a deeper network? What image resolution and filter complexity do we need...

... the advantageous high resolution, the tomographic reconstruction of a three-dimensional (3D) structure from multiple 2D projections presents several challenges. In particular, because of the limited transmission of electrons through the sample, the signal to noise ratio remains small and the projection range...

... and anthropogenic methane emissions have been detected with public, low-resolution satellites [1]. Another approach is to perform measurements and quantification using aircraft [2]; [3]; [4]. However, methane emissions associated with anthropogenic activities tend to derive from many relatively small point sources...

... change resolution unwarranted emission methane sensor urtec 5401 atmo satellite environ spatial resolution emission URTeC 5401: Managing Climate Related Risk through Continuous Methane Monitoring Khalid Soofi, Amanda Morris*, ConocoPhillips; David Camille, ConocoPhillips Retiree. Copyright...

... Abstract This paper presents a log-based workflow that provides the cm-scale vertical resolution well framework capable of capturing the level of heterogeneity often present in mudstones. The cm-scale resolution is required to understand (1) scaling effects and (2) rock-engineering-production...

... logging log analysis geological modeling structural geology facies reservoir simulation sandstone urtec 2123 reservoir facies artificial intelligence upstream oil & gas fluvial sandstone well log data reservoir characterization complex reservoir resolution pinedale field distributive...