... Abstract Cementing hydraulic modeling software is a powerful tool used to evaluate the hydrostatic impact during cementing placement. The input of accurate data can simulate the Equivalent Circulating Density (ECD) impact of the cementing design in the wellbore. The same software can utilize...

... liquid loading criteria. A transient multiphase flow simulator is used to establish synthetic cases, and repeatedly execute the unabridged dynamic process of liquid loading under different production conditions, which is difficult to perform in actual production. Then, the characteristics of stable...

.... A wet shoe is typically revealed by a failed Leak-Off Test (LOT) or FIT after drilling out the surface casing. Abstract The objective of this paper is to present the planning, simulations, laboratory testing and operational results for the initial deepwater deployment of a new cementing technique...

... upstream oil & gas npv complex reservoir asset and portfolio management project economics platform expenditure expansion formulation platform condensate reduction simulation requirement flexibility project valuation forecast appalachian basin capital expenditure flexible...

... layer, interaction layer, is constructed. The data layer covers data from SCADA, equipment detection, GIS, etc. Using laser point cloud scanning, oblique photography, and 3d design software, the 3D model in the model layer achieves one-to-one reduction of the ground process of UGS. The simulation model...

... Abstract This paper aims to showcase a visual-learning project to enhance the understanding of petrophysical concepts through the use of pore-scale flow simulation. Open-source Field Operation and Manipulation (OpenFOAM) is used to simulate fluid flow through six unique pore structures...

... to provide virtual well instrumentation to operations that do not have permanent downhole sensors. It consists of the coupling of different numerical simulation software, allowing the calculation of Annulus Pressure Buildup (APB) for confined well annulus and also safety factors for structural integrity...

.... The process for streamlining and arriving at an improved language architecture is iterative and can be accomplished by fusing human factors principles into simulation-based training. The "Driller’s Roadmap" (DRM) language experiment described herein allows pairs of traineesto use anindustry-standard drilling...

...) and dielectric permittivity in rock samples with complex pore structure requires further investigation. The objectives of this work are (a) to perform frequency domain dielectric permittivity numerical simulations on 3-dimensional (3D) pore-scale rock samples at different salt concentration levels, (b...

.... upstream oil & gas reserves replacement reserves evaluation asset and portfolio management resource in place estimate estimates of resource in place certainty application united states government reservoir simulation reliable technology petroleum resource management system simulation...

... to assess the eight outputs and generate a two-dimensional map of the pipe cross-section. The ANN is trained using a finite-difference time-domain electromagnetic forward solver. The designed prototype is tested and validated through simulations and an experimental setup. The results demonstrate...

... CO 2 sequestration project. Although simulation-based techniques such as history matching can be used for predicting the evolution of underground CO 2 saturation, the computational cost of the high-fidelity simulations can be prohibitive. Recent development in data-driven models can provide...

... our workflow: 1) performing high-resolution Navier-Stokes (NS) simulation at pore-scale to obtain hydraulic aperture of discrete single fractures, 2) embedding pore-scale parameters into core-scale for predicting field-scale objective, such as recovery factor, and 3) performing Monte Carlo simulations...

... the surface roughness effect. This work systematically studies the influence of surface roughness on NMR T 2 responses and introduces a correction factor to bring incorrect T 2 values back to the correct values. This study includes three main sections: creating 3D pore structures with roughness, simulating...

... of one of the affected wells. Additionally, X-Ray Diffraction analysis of the debris and compositional analysis of produced water sample from the same well were also carried out. The results of the experiments were corroborated by software simulation in Scale Prediction Software. Experiments were also...

... inhibition asphaltene inhibition upstream oil & gas remediation of hydrates production chemistry hydrate remediation production monitoring paraffin remediation equation of state deposition prediction wax inhibition cloud computing production control real time system simulation hydrate...

... of PMCD field data, multiphase flow literature and computational flow simulations. The field data on gas migration is used to establish the field-scale parametric effects and observed trends. Multiphase flow literature is used to qualitatively understand some of these parametric effects at downhole...

... properly with the fluid. The field trial planning included simulations, pre-job meetings, and fluid management plan. The job was executed as per the procedure outlined during pre-job meetings. This paper discusses laboratory development, yard test qualification, and successful shunted screen OHGP case...

.... The analytical technique considers a single fracture opening and is used in a sensitivity analysis to evaluate the impact that rock/fluid parameters can promote on strain time histories. Moreover, advanced cases including multiple fractures failing in tensile or shear mode are simulated applying the numerical...

... data, then the latent variables will be used as inputs of the trained decoder to generate a subsurface image. In addition, fast marching-method (FMM)-based rapid simulation workflow which transforms original 2D or 3D problems into 1D problems is used in place of full-physics simulation to efficiently...