... Abstract A study that investigated the possible benefits of including seismic into the drilling and production process of unconventional reservoirs shows that using seismic data will yield an average production increase of 32% per well compared to not using seismic. These findings are focused...

... Abstract Diffraction imaging has been used in fault imaging and direct fracture imaging for many years in surface seismic data processing. Surface seismic processing has generally focused on fault zones that are on the order of meters in thickness. According to theory and modeling results...

... the acquisition of more near and far offset traces, finer lateral sampling, higher fold, broader frequencies, and fuller azimuthal sampling. The increase in resolution from the 2019 HTD seismic survey illuminates fine-scale geology that is less resolved in the 2009 seismic data. Comparisons of seismic images...

... wells S/No Well Name Well X Well Y Kelly Bushing Surface Elevation Danielson 33-17 1455.31 661.00 Elevation (Feet) (Feet) 1 Wallewein 22-1 1463.67 685.95 3566 2 3577 3963 3974 5 URTeC 5181 6 Multi-component 3-D seismic data was obtained from the Big Sky Carbon Sequestration Project first launched...

... the hydrocarbon production. Integration of wireline logs and seismic data can help in estimating dominant production factors such as: fluid properties (porosity, saturation, total organic carbon, etc.), pore pressure spatial variability, and geomechanical properties (Poisson's ratio and Young's modulus). Our...

... interpretation fracture artificial intelligence seismic data information basin network result structural map URTeC: 5534 Application of Artificial Intelligence Tools for Fault Imaging in an Unconventional Reservoir: A Case Study from the Permian Basin H. Garcia*1, L. Plant1, 1. Geoteric. Copyright 2021...

... the effective stress from seismic data using a combination of elastic properties estimated from an AVO inversion and petrophysical parameters estimated from a rock physics inversion of seismic data from the Montney in NE British Columbia, Canada. Introduction Assuming a relaxed basin with zero tectonic...

... of salt. These phenomena may all cause excessive non-productive time (NPT) or may cause the wellbore's possible loss in extreme circumstances. Introduction A subset of a 3D prestack depth imaged seismic data covering 51 square miles (132 km 2 ) acquired in Midland and Upton Counties, Texas, was used...

... and will include a future acquisition of a large 3D seismic program. With this evaluation is a commitment to future testing, drilling and stimulation of unconventional wells to help better define the resource play. A review of the geochemical, petrophysical and vintage 2D seismic data establishes an extensive...

... spots using core samples, wire-line log data of 13 wells and seismic data. Pre-stack simultaneous angle-dependent seismic inversion was carried out to estimate elastic and Geomechanical properties (helps in estimating brittleness) of shale gas reservoirs. Organic material has a significant impact...

... their impact on regional exploration and reservoir characterization, as well as pre-drilling hazard analysis are pondered, a relatively lesser number of published cases are available for both conventional and unconventional shale reservoirs. This number can be minor if 3-D seismic data (and Seismic...

... to estimate TOC volume from seismic data: 1) prestack amplitude variation with offset (AVO) inversion using the in-situ relationships among acoustic impedance (AI), shear impedance (SI), and TOC extracted from well logs; and 2) probabilistic neural networks applied to well logs and seismic attributes...

... (Wang, et al. , 2013). upstream oil & gas complex reservoir trajectory shale gas field key bed application vertical depth gas reservoir lithologic reservoir shale gas seismic data drilling technology urtec 1030 depth-domain seismic data reservoir shale gas reservoir velocity...

.... The quality of these models were controlled by 1D petrophysical, and seismic-facies analysis in the study wells. These models would assist in identifying sweet-spots and be utilized in static and dynamic reservoir modeling. We used wireline logs, core analysis, XRD data, seismic data, and structural...

... Abstract Onshore 3D seismic is costly and time-consuming to acquire, and because of the fast cycle times in unconventional resource plays, many operators use previously acquired and processed 3D seismic data. Older datasets often suffer from a host of data quality problems, including statics...

... hydraulic fracture simulation, and reservoir flow modeling helped establish a baseline understanding of the relationship between 3D reservoir characterization and proppant transport. Seismic data was interpreted to understand structural components and natural fracture characterization. Elastic inversions...

... Abstract The Mississippian section, in particular the Meramec and the Devonian Woodford continue to be the preferred investment targets in the SCOOP/STACK trend in Oklahoma We showcase here the seismic characterization of these formations using multicomponent seismic data in the STACK area...

... that are unfavorably oriented in the ambient stress field and releasing as much as 1000 times the energy of an average microseismic earthquake. We identified multiple long period long duration (LPLD) earthquakes in the surface seismic data recorded during hydraulic fracturing of the two Middle Wolfcamp Shale wells...

... Abstract Almost simultaneously, advances were made in understanding both the processes within the source rock organic matter that accompany the generation and expulsion of hydrocarbons and in the acquisition, processing, and quantitative interpretation of 3D seismic data. In particular...

... Introduction Fiber optic cables deployed within or outside wellbore casing provide opportunities to record orders of magnitude more borehole seismic data than has been economically feasible with traditional 3-component borehole seismic geophones. The recording method, known as DAS...