... static model. Geological Setting Abstract Gulf of Suez basin is one of the most complex areas of exploration that requires a fit-for-basin solution to reveal the true potential of the carbonate reservoirs. The multi-domain integration of the interpreted lithology from high-resolution imaging...

... relaxation relaxivity king abdullah university upstream oil & gas reservoir characterization solid-pore interface spherical pore log analysis simulation resolution rough pore system jrc society irregularity roughness pore latin hypercube response kwak Introduction (d) Roughness...

... well-test derivative deviation kuchuk equation region ii permeability resolution first-order derivative (3) D u a l   D e r i v a t i v e = ( Δ t ) 2 ∂ 2 p ∂ ( Δ t ) 2 . The identification of reservoir heterogeneity is usually...

... on the reservoir characteristics. Convoluted effects of noise, drift, resolution, periodic tides have been quantitatively evaluated to demonstrate the situations when the reservoir signal is too weak to achieve meaningful characterization. Different pressure-transient techniques will be evaluated with a focus...

... sustainable development platform air emission social responsibility satellite upstream oil & gas climate change detection instrument resolution infrastructure sustainability methane emission operator journal concentration varon environmental science remote sensing technique technique...

... analysis facies integration upstream oil & gas well 2 reservoir characterization well 1 unconventional horizontal drilling heterogeneity proper landing point anisotropy well 3 completion fracture narasimhan multi-domain integration resolution importance porosity Background...

... Abstract For downhole casing integrity applications, high-resolution acoustic imaging is a novel approach for quantifying casing thickness, corrosion, and mechanical damage defects by measuring both inner diameter and outer diameter wall losses. The technology deploys high-density solid-state...

... such as gauge resolution and rate for more accurate ROI assessments. However, new generation wireline formation testers aim to improve deep transient tests with significant developments in gauge resolution and increasing rate. Challenges still remain in heterogeneous formations such as shaly sands and carbonate...

... logging production monitoring reservoir surveillance reservoir characterization log analysis complex reservoir reservoir simulation waterflooding upstream oil & gas resolution normal brine flow in porous media directional drilling drillstem/well testing brine production control well...

... fingerprinting methods, which are insufficient in the chromatographic range of the ‘heavier’, non-volatile, hydrocarbons remaining in reservoir rock samples. This paper describes the application of a new, high resolution, molecular fingerprinting technology that resolves these limitations. This so-called...

... significantly higher resolution datasets relative to legacy technologies used in downhole diagnostics and imaging. Onboard accelerometers and gyroscopes capture localized trajectory and deviation which when integrated with the surface texture, deformation, and casing thickness datasets provide a highly...

... Abstract Borehole images have long been used for various applications related to geological interpretation, geomechanics and well-placement objectives. Based on the physical measurement used, the resolution and detection limit of the image logs vary considerably thereby limiting or enhancing...

...-dimension but are mapped at different scales and resolutions is considered. We compare these seven natural fracture maps in terms of their lacunarity and connectivity values to test whether the former is a reasonable indicator of the latter. Additionally, these maps are also flow simulated by implementing...

... microscopy, and different kinds of optical measurements. Each technique has different sensitivities, measurement artifacts, resolutions and sizes of field-of-view (FOV). Intuitively, while a finer resolution measurement provides the closest account of all surface details, the corresponding small FOV may...

... Abstract Triaxial induction is a powerful tool to identify thin-bed reservoirs that would be missed with conventional techniques and to improve the accuracy of net pay estimation. On the other hand, it has been noticed that with the standard processing, the resolution of horizontal and vertical...

... complex reservoir viscous displacement fracture network enhanced recovery upstream oil & gas edfm matrix block spontaneous imbibition hydraulic fracturing resolution gravity drainage discrete fracture model fracture dpdk model fractured reservoir reservoir simulation recovery...

... avoids the issues that arise in the use of the harmonic average for the vertical transmissibility. Starting from a high-resolution fine scale 3D geologic model, sequential layer grouping provides us with a series of increasingly coarsened reservoir models. Each model in turn minimizes the integrated...

... pressure, in-situ stress, and lithology are thus required for safe drilling and optimal development in such reservoirs. In the Permian Basin, changes in lithology occur over vertical depths that cannot be resolved by seismic velocities obtained by kinematic analysis, as these have poor vertical resolution...

... A drone mounted sensor detects methane with high precision (10 ppb) at high time resolution (<0.2 sec). The system is comprised of a miniature tunable diode laser absorption spectrometer (TDLAS) that is a closed cavity exposed to the atmosphere via a porous housing ( Figure 1 ), resulting...

... nature. Mudstone like Shale rocks are the best example of a complex and inherently heterogeneous sample. The ultra-high-resolution methods such as SEM & FIB-SEM is used to capture the complexity of the mudstone sample. The SEM sample size of 1879×1580×1700 with the resolution of 1um was used to test...