A Bayesian Framework for Addressing the Uncertainty in Production Forecasts of Tight-Oil Reservoirs Using a Physics-Based Two-Phase Flow Model
Extrapolation of history matched single-phase flow solutions is a common practice to
forecast production from tight-oil reservoirs. Nonetheless, this approach (a) omits multiphase …
forecast production from tight-oil reservoirs. Nonetheless, this approach (a) omits multiphase …
Novel calculation method to predict gas–water two-phase production for the fractured tight-gas horizontal well
M Lv, B Xue, W Guo, J Li, B Guan - Journal of Petroleum Exploration and …, 2024 - Springer
The prediction of production capacity in tight gas wells is greatly influenced by the
characteristics of gas–water two-phase flow and the fracture network permeability …
characteristics of gas–water two-phase flow and the fracture network permeability …
[PDF][PDF] Bluebonnet: Scaling solutions for production analysis from unconventional oil and gas wells
Unconventional oil and gas wells are only productive due to extensive hydraulic fracturing
treatments. Therefore, the character of their production over time is greatly influenced by …
treatments. Therefore, the character of their production over time is greatly influenced by …
Rate-Pseudopressure Deconvolution Enhances Rate-Time Models Production History-Matches and Forecasts of Shale Gas Wells
Physics-based and empirical rate-time models inherently assume constant bottomhole
flowing pressure (BHP), an assumption that may not hold for many unconventional wells …
flowing pressure (BHP), an assumption that may not hold for many unconventional wells …