... lacking. In this paper, the methodology of utilizing DTS data to perform flow profiling along shale gas horizontal wellbores is investigated & applied. An efficient wellbore model is developed to simulate wellbore temperature and coupled with an artificial intelligence algorithm called Ensemble...

... geology artificial intelligence depletion urtec sensitivity accuracy validation simulation time-dependent depletion function proppant loading architecture scenario unconventional reservoir URTeC: 4044069 An Innovative Approach to Capture Depletion Impact in Unconventional Reservoir...

... of detailed Computational Fluid Dynamics (CFD) simulations to assess the separator's behavior under different viscosities and pressures, emphasizing the importance of understanding mixture density and viscosity in separation performance. The results underscore the impact of density and viscosity...

... allows to push the pipe and effectively reduces the FF (additional force to gravity); the purpose of this paper is to provide real expectations of achievable Friction Factors using data from real drilled-out wells in the field and its comparison against simulations using the Friction Factor...

... Abstract This study integrates field data, numerical simulations, and analytical derivations to study production interference testing in shale. First, we investigate the Chow Pressure Group (CPG) technique, and: (a) explain why the CPG has a qualitative association with the strength...

... of these mechanisms, a plan was developed to mitigate the impact of casing deformation for a multi-well co-development. A 3D geomodel was built as the framework for geomechanical simulations, which includes the matrix properties, faults, and other discontinuous elements such as dipping beds and discrete fracture...

... and geomechanics integrated (G&G) calibration workflow is urgently needed for better & faster subsurface understanding. This study introduces an innovative process that seamlessly combines 3D hydraulic fracture simulation and reservoir simulation using the embedded discrete fracture model (EDFM). Initially...

... geological subdiscipline interaction geologist hydraulic fracturing simulation complex reservoir fracture deflection interface reservoir geomechanics propagation lefm urtec parmigiani discontinuity configuration fghi complexity figure 3 fracture mechanic prediction unconventional...

... Abstract Developing unconventional plays in North America has been challenged with the need for speed and accuracy. Different approaches have been implemented in the field ranging from empirical, analytical methods to numerical simulation and machine learning. However, none of these separate...

...-and-Puff (HnP) processes. We utilize a commercial multi-porosity compositional simulator, fully coupled with geomechanics, to simulate the CO 2 HnP process for unconventional oil resources. In the numerical model, compositional PVT flash calculations are coupled with the capillary pressures within nano...

... of concern to operators, how much proppant flowback affects unconventional well production is a question that remains unanswered. This study quantifies the impact of proppant flowback on gas production under different drawdown scenarios through numerical simulations history-matched with proppant production...

... simulations that evaluated the gas adsorption using Monte Carlo simulations. This enabled the construction of the adsorption isotherms for hydrogen and methane gases under varying concentrations of methane at different temperatures and pressures. Moreover, we evaluated the self-diffusion coefficients...

... and salt deposits provides an understanding of the fracture toughness profile, essential for fracture geometry design. The study also uses advanced simulation tools to explore the impact of varying cluster spacing and fluid volumes on fracture propagation. In this geologic setting, the findings indicate...

... against the conventional and widely used Step-Down Test (SDT) and yielded comparable results. For the second application, the results obtained were compared to results from fracture simulation modelling, where net pressure, and corresponding number of active perforations simulated matched...

... and dynamic field measurements in Rate Transient Analysis (RTA) and Simulation are very practical to characterize reservoir performance and predict production forecasts. These physics-based approaches have been shown to be powerful in addressing uncertainty but come with limitations and approximations...

... allocation based on the DAS signal was done using standard workflow for different frequency bandwidths. The proppant allocation based on the estimates of eroded perforation diameter was done with the Monte Carlo simulations that account for uncertainty of the initial hole diameter. The developed Monte Carlo...

... and Collins (1982), as well as Computational Fluid Dynamic (CFD) simulations by Wu and Sharma (2016); Wu (2018). More recently, the problem of the whole perforated wellbore was investigated in laboratory setting (Ngameni et al., 2017; Ngameni, 2016; Ahmad and Miskimins, 2019a,b; Ahmad et al., 2021; Ahmad...

... sedimentary rock upstream oil & gas united states government modeling & simulation history matching complex reservoir geologist structural geology rock type clastic rock evolutionary algorithm reservoir simulation accuracy unconventional reservoir artificial intelligence...

...URTeC: 3817836 Gas Hydrate Structure Evolution Revealed by Coarsening Molecular Dynamics Simulation Hao Xiong*1, Hao Liu2, Jing Fu3. 1. Yale University 2. Hohai University 3. Colorado School of Mines Copyright 2023, Unconventional Resources Technology Conference (URTeC) DOI 10.15530/urtec-2023...

... upstream oil & gas subsurface storage geology rock type reservoir characterization basalt geologist mineral igneous rock simulation scenario dissolution injection anthropogenic carbon mineralization clinopyroxene concentration climate change reaction reactive transport...