Modern reservoir engineering must accommodate for a complex set of heterogeneous phases contained in the well and petroleum reservoir. Achieving the optimal solution to reservoir problems involves employing sophisticated simulation techniques, executing complex well-completion actions, and following up with constant attention to the changes within a reservoir.
Renowned petroleum engineer George Stewart offers in-depth information in his latest book, Wireline Formation Evaluation and Well Deliverability. A companion to his recent book, Well Test Design and Analysis, this newest technical volume covers the widest range of possible issues for reservoir engineering. Stewart’s exhaustive explanations include the nuances of radial flow theory, and examples of when to run production logs and when to well test for drawdown in a comingled reservoir.
Acknowledgments
Chapter 1 : Radial Flow Theory in Porous Media
Chapter 2 : Skin Factor in Fractured and Perforated Wells
Chapter 3 : Well Inflow Performance Relations
Chapter 4 : Gas Reservoir Material Balance
Chapter 5 : General Mechanistic Reservoir Material Balance
Chapter 6 : Coning and Displacement Models in The Material Balance Context
Chapter 7 : Decline Curve Analysis
Chapter 8 : Distributed Pressure Measurement
Chapter 9 : Exploration Applications of Distributed Pressure Measurement
Chapter 10 : Field Development Applications of Distributed Pressure Measurement
Chapter 11 : Production Logging and Layered Reservoirs
Chapter 12 : Wireline Formation Testing (WFT) Permeability Interpretation
Chapter 13 : Reservoir Engineering Aspects of Production
Chapter 14 : Compartmentalized Material Balance
Chapter 15 : Reservoir Characterization From Underbalanced Drilling Data
Chapter 16 : Effect of Mud Filtrate Invasion on WFT Measured Pressure
Chapter 17 : Tight Gas and Coal Bed Methane (CBM)
Index
