From Diagnostics to Dynamics: Reservoir Analysis in Unconventional Systems
Thursday, 22 October
Room 362 ADBE
Technical Session
This session presents physics-based interpretation and modeling approaches for unconventional and fractured reservoirs, covering flow diagnostics, fracture network characterization, thermal and multiphase processes, and recovery mechanisms. The papers highlight advances in rate-transient analysis, pressure and tracer interpretation, DFN modeling, temperature-based flow quantification, and stimulation strategies, with emphasis on reducing uncertainty and improving field-scale prediction.
Session Chairpersons
-
1400-1425 234166A Systematic Diffusive Time of Flight Based Multi-Resolution Model of Unconventional Reservoirs with Field-scale Application
-
1425-1450 233884Beyond Straight Lines: Hidden Interpretation Risks In Rate-Transient Analysis Diagnostic Plots for Unconventional Reservoirs
-
1450-1515 233861Water Saturation Effects On Cyclic Gas Injection In Shale Oil Reserviors
-
1545-1610 234122A Multiphysics Simulation Framework for CO2 Huff-n-Puff in Shale Oil Reservoirs: Coupling Stress-Dependent Maxwell-Stefan Diffusion And Nanopore Confinement
-
1610-1635 234008Dynamically Validated Full-Field DFN Modeling In A Naturally Fractured Reservoir Without 3D Seismic Data
-
1635-1700 233824Integrated Temperature Modelling for Flow Quantification and Acoustic Gas Index Validation in High-Temperature Naturally Fractured Reservoirs
-
Alternate 234101Integration of the Modified Pseudopressure Flowing Material Balance (pFMB) with the Contacted Fluid-in-Place (CFIP) Approach for Analysis of Wells Producing from Unconventional Reservoirs Exhibiting Multiphase Flow
-
Alternate 233946A Framework to Study Geomechanical Impacts of Thermochemical Re-Pressurization for Fracture Hit Mitigation
