... is approximately 3000 m (TVD). clastic rock sedimentary rock mathematics of computing structural geology geologist drilling operation reservoir simulation reservoir characterization rock type vaca muerta formation unconventional resource technology conference eur ultimate recovery regression...

... operator reservoir simulation operation breakthrough eor propane unconventional reservoir URTeC: 4031314 Field Implementation and Surveillance of Gas Injection Enhanced Oil Recovery in the Bakken Jin Zhao, Lu Jin*1, Xue Yu1, Nicholas A. Azzolina1, Xincheng Wan1, Steven A. Smith1, Nicholas W...

... and Unconventional Fracture Model) to obtain an ensemble of hydraulic fracture networks, and reservoir simulation to generate production forecasting. The ensemble of reservoir models is then calibrated with available production data. The DoE analysis allows us to systematically quantify the impact of various...

... accuracy. As such, our model is useful to study and quantify stress interference and valuable to evaluate reservoir depletion quickly and yet sufficiently during shale reservoir development. sedimentary rock geologist clastic rock reservoir simulation hydraulic fracturing mathematics...

... 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...

... models, which may not produce accurate forecasts in the presence of strong subsurface heterogeneity, reservoir flooding, varying fluid behavior and other complexities. On the other hand, coupling a full-physics reservoir simulation model into surface network model for continuous optimization...

... Inversion for Rapid Physics-Informed Direct Forecasting in Unconventional Reservoirs." In SPE Reservoir Simulation Conference?, p. D010S001R013. SPE, 2023. doi: httpsdoi.org/10.2118/212230-MS Emerick, Alexandre A., and Albert C. Reynolds. "Ensemble smoother with multiple data assimilation." Computers...

... dependent fluid models into reservoir simulations (Alharthy et al. 2016, Bi et al. 2020, Jin et al. 2017, Liu and Zhang 2019, Luo et al. 2019, Luo et al. 2020). Dual Pore Network Model with Confined and Unconfined Fluid Models For this study, a dual pore network model with scale dependent fluid models...

... fluid dynamics pvt measurement geologist mudrock reservoir simulation well logging rock type mudstone log analysis clastic rock complex reservoir shale gas enhanced recovery geological subdiscipline reservoir characterization sedimentary rock structural geology equation of state...

.... Tran, D., Buchanan, L., and Nghiem, L. 2008. Improved Gridding Technique for Coupling Geomechanics to Reservoir Flow. SPE J. 15 (01): 64 75. httpsdoi.org/10.2118/115514-PA. Tran, D., Settari, A., and Nghiem, L. 2004. New Iterative Coupling Between a Reservoir Simulator and a Geomechanics Module. SPE J...

... for highquality decisions. For forward modeling conventional approach, a full-physics 3D reservoir simulation model is often intractable to handle CLRM due to expensive computational cost, long process of model building and often insufficient data inputs. As a result, researchers have been focusing on developing...

... approach to history matching using reservoir characterization and reservoir simulation integrated studies. In Offshore Technology Conference. OTC. Clarkson, C. R., & Williams-Kovacs, J. D. (2013). Modeling two-phase flowback of multifractured horizontal wells completed in shale. SPE Journal, 18(04), 795...

... techniques were insufficiently constrained and non-transferrable between wells of multiple vintages and/or completion designs. For this study, we utilized a fully coupled, physics-based, true hydraulic fracturing and reservoir simulator to establish a consistent set of model parameters to predict...

... model systematically over predicts child well performance if a parent-child metric is not considered. various parent-child attributes and provide a baseline for evaluating child well performance. Reservoir simulation was used to validate general MVR observations and provide a deeper technical...

...URTeC: 4044074 Analytical and Machine Learning Based Modifications to Unconventional Reservoir Simulation Models to Capture NearFracture Transient Effects Hector E. Barrios-Molano*1, Alvaro Rey2, Shihao Wang1, 1. Chevron Technical Center, a division of Chevron U.S.A. Inc., 2. Chevron Gulf of Mexico...

... and, consequently, production behavior (Waite, 2021). geologist structural geology sedimentary rock clastic rock unconventional resource economics reservoir simulation deep learning fluid dynamics complex reservoir unconventional play mudrock production forecasting flow in porous media neural...

... Abstract Flowing bottomhole pressures are critical for a wide-range of petroleum engineering calculations, including reservoir simulation, RTA/PTA, flowing material balance, nodal analysis and general production diagnostics. This paper rigorously evaluates industry-standard correlations...

... recovery (EOR) processes. This paper describes the use of a compositional reservoir simulation model to assess two novel and proprietary shale oil EOR processes in a production history matched horizontal well producing from the Turner shale. The paper illustrates how these proprietary shale oil EOR...