... of this paper is to present a comprehensive study on the optimization of child-well spacing and completion design through advanced reservoir characterization, complex fracture modeling, and robust reservoir simulation. Finally, an optimal child-well spacing is presented for each parent-well depletion time...

...URTeC: 4042557 Physics Informed Deep Learning Models for Improving Shale and Tight Forecast Scalability and Reliability Kainan Wang1, Lichi Deng1, Yuzhe Cai1, Guido Di Federico2, Keith Ramsaran1, MunHong Hui1, Hussein Alboudwarej1, Christian Hager1, Yuguang Chen1, Xian-Huan Wen1, 1. Chevron U.S.A...

.... The information herein does not necessarily reflect any position of URTeC. Any reproduction, distribution, or storage of any part of this paper by anyone other than the author without the written consent of URTeC is prohibited. Abstract As a reduced-physics model, RGNet (reservoir graph network) represents...

... drillstem/well testing geology geologist hydraulic fracturing fracture characterization drillstem testing complex reservoir reservoir characterization fracture reservoir geomechanics stimulation hft-2 conductive fracture information hydraulic fracture urtec modeling proceedings...

... the expected benefit of each mitigation strategy, it is critical to understand the impact of the different mitigation strategies on the production performance in different well scenarios and reservoir settings. A series of numerical modeling of FDIs using a coupled hydraulic fracturing propagation, reservoir...

... is turned off. If such phenomenon is properly considered in the field, fracture geometric properties may be estimated with greater precision leading to the development of models that better characterize stimulated reservoir rock. Moreover, this project demonstrates that numerical simulation has significant...

... into the depleted formation in Avalon shale. A pilot project was executed, determining the injectivity of the well, allocation method verification and operability. A dual-tank model was built with a stimulated reservoir volume (SRV) and matrix volume based on rate transient analysis (RTA). The transmissibility...

... in an elastic formation. However, in many instances (e.g., geothermal reservoirs and fault motion monitoring) the deformation mode is shear on natural fractures, but the resulting fiber signature has not been studied. In this work we use a 3D poroelastic hydraulic fracture model to obtain strain signatures...

... modeling approach deviation qliq comparison multiphase flow artificial intelligence machine learning modeling formula table 6 reservoir simulation flow metering reservoir surveillance separation and treating variation pwh yiexp choke aperture diameter Abstract Drawdown and choke...

... Abstract Reservoir models are critical represent the static and dynamic properties of a sub-surface zone of interest in order to assess in place and recoverable resources in conventional and more recently unconventional plays. For Shale and Tight (S&T) systems, more traditional...

... are then used for hydraulic fracturing and wellbore stability modeling. However, in some unconventional reservoir rocks, non-linear and non-elastic behavior may be observed. This paper presents a study of the mechanical behavior of carbonate reservoir mudstones, that exhibit behaviors ranging from linear...

... geology geologist united states government upstream oil & gas reservoir characterization reservoir geomechanics modeling workflow interaction orientation fracture geological subdiscipline fracture intensity unconventional resource technology conference fracture characterization...

... complex reservoir riser corrosion scale inhibition drillstem/well testing unconventional resource economics corrosion management modeling mechanism concentration tendency pressure drop petroleum engineer coil upstream oil & gas unit rose plot impairment asphaltene inhibition...

... Abstract This paper presents the results of modeling of two plug based measurement protocols: steady state, and unsteady state permeability measurements. The pulse decay measurement differs from steady state by the addition of a small volume reference chamber to the steady state apparatus...

... of recent advances in the domain of geomechanical and discrete fracture network coupling, stimulation modeling, treating large number of fractures, adaptive mesh refinement methods, and overall fracture management within an unconventional setting. The computational framework is developed as an in-house code...

.... Sensitizing for different sequencing scenarios in the modeling space before operational execution of the stimulation offers a cost-effective way to optimize production. We explore the impact of hydraulic fracturing sequence and spacing on production from the group of stacked wells in a section...

... Frac-Hit is referred to the inter-well communication between the parent well (Offset well that is currently under production) and the Child well (the focal well that is being completed – Hydraulic Fractured). Today, traditional numerical reservoir simulation and modeling is used to model Frac...

... Abstract The total organic carbon (TOC) content in shale formations is one of the most important factors to identify hydrocarbon reservoir sweet spots and optimize production well placement, however, shale rock physics models are currently not well determined. Two methods have been used...

... properties at inch scale as a function of azimuth. The ultrasonic slowness log acquired with the new LWD tool is compared with the slowness log acquired with the conventional wireline dipole sonic tool run in the same well. Numerical modeling is also conducted to verify the novel ultrasonic pitchcatch...

...-based forward tendency model. A PDM curve rate along with rotary build/drop and walk rates are balanced with the stationary surveys to capture the actual curve rates between the longer spaced surveys. A similar process is used when drilling with a RSS. This data allows for a better picture...