..., and gas-oil ratio, are then inverted in real time to provide contamination predictions. Real-time computation is enabled through fast, high-fidelity proxy models for the cleanup process. The proxy models are trained on and validated against a library of 300,000 precomputed full-scale numerical simulations...

... reservoir connectivity identification machine learning connectivity injector numerical simulation saturation pinn Introduction Carbon dioxide enhanced oil recovery (CO2-EOR) has been a successful commercial activity in the U.S. since 1972, when it first started in the Permian Basin SACROC...

... half-length and HF permeability at the dewpoint. The present work is the first attempt at the three-phase flowback RTA extended from the two-phase flowback model ( Zhang and Emami-Meybodi 2020c ). While the proposed model is validated through numerical simulation, future work shall apply...

... on time-consuming numerical simulations that require significant expertise. In this work, we introduce a novel two-dimensional solution for modeling the flow of chemical tracers in SWTTs, representing the first mathematical approach that enables real-time, field-scale tracer transport modeling. Our model...

... of fracture dynamics into one set of curves. The proposed type curve's accuracy is examined by numerical simulations of a shale gas and shale oil reservoir. The validation results demonstrate the good match of analytical type curves and numerical data plots and confirms the accuracy of the proposed approach...

... Abstract This paper presents a novel approach using deep learning to address the computational challenges associated with direct numerical simulation (DNS) in reservoir management for oil and gas recovery optimization. DNS involves solving partial differential equations for millions...

... and how to interpret field data accordingly. Often abnormality in the data acquired from pump-in/flowback tests have posed challenges in the widespread application of this test. Here, we use scaling analysis verified by numerical simulations to describe different situations may occur during this test...

.... artificial intelligence efficiency upstream oil & gas bit selection doc modeling & simulation pdc cutter journal petroleum science geometry bit design cutter comparison numerical simulation diamond compact footage field verification figure 6 engineering drilling footage...

... method is tested using the synthetic data generated from six numerical simulation cases for shale gas and oil reservoirs. The numerical validation confirms the unique behavior of type curves during fracture boundary dominated flow and verifies the accuracy of the type-curve analysis...

... with numerical simulation methods. Firstly, the economic concepts of Lorenz curve and Gini coefficient were introduced to choose the injector from all wells to achieve equilibrium displacement of injected water in the plane. Secondly, displacement and drainage equilibrium index (DDEI) was presented to determine...

... is verified against robust numerical simulation. In the first example provided, a MFHW well-pair is presented where the wells are communicating through primary hydraulic fractures with different communication strengths. In the subsequent examples, the method is extended to consider production data from...

... and optimize hybrid ICD to increase the success probability of the validity period of water control. conformance improvement enhanced recovery flow control equipment completion monitoring systems/intelligent wells directional drilling oilfield numerical simulation inflow control device...

... associated with the Stern layer has not been developed. The sub-kHz permittivity enhancement in sedimentary rocks is dominated by Stern layer polarization. Therefore, the objective of this paper is to develop a numerical simulation framework capable of quantifying the influence of Stern- and diffuse-layer...

... fluid formulation fluid dynamics critical velocity particulate flow particle production chemistry numerical simulation liquid-solid flow interaction & junqueira drilling fluids and materials drilling operation asphaltene inhibition new scale prediction approach calcium carbonate...

... semianalytical method in extracting fracture properties is tested with the numerical simulation populated with the inputs for a shale oil well. After numerical validation, we applied the proposed method to analyze the flowback and long-term production data from an MFHW in Eagle Ford shale oil reservoir...

... structural geology proc contribution dielectric property regression heating numerical simulation dielectric response oil reservoir sensitivity experiment pore space enhanced recovery upstream oil & gas simulation complex permittivity loss index estimation unconsolidated core...

... developed a pore-scale numerical simulator by satisfying conservation equations and considering the coupling among relevant HM processes. We adopted peridynamic theory to discretize the micro-/nano-scale medium. The inputs to the numerical modeling include pore-scale images of rock samples as well...

.... This new model considers the changes in the critical properties in the well in a fine grid segmentation of the well and uses the different values of specific gravity in a numerical simulation that involves a modification to the Cullender and Smith’s Equation that accounts for the variation in gas gravity...

... the first results of an experimental investigation and numerical modeling study into the nature of the "shale-as-a-barrier" phenomenon. Specifically, we focus on laboratory and field scale numerical simulation of creep behavior of North Sea Lark shale rock for oil and gas well plug and abandonment purposes...

... to investigate the features of each DFIT interpolation method. In addition, DFIT numerical simulation based on Variable Compliance Model is performed to predict induced fracture geometry and effective formation permeability in the Utica Shale. DFIT is a commonly applied technique to analyze stress regimes...