6 Best Books on Reservoir Characterization

“Seismic Stratigraphy, Basin Analysis and Reservoir Characterisation: 37 (Handbook of Geophysical Exploration: Seismic Exploration)” Book Review: This book is designed for students and professionals in geophysics, geology, and reservoir engineering. It includes real-life examples to support the information provided in each chapter. The book emphasizes the significance of using 3D seismic methods in studying underground reservoirs. It covers various topics such as subsurface reservoir analysis, 4D monitoring, velocity anisotropy effects, and petrophysical parameters. By reading this book, readers will gain a better understanding of regional basin structures and stratigraphic divisions. It provides an overview of seismic interpretation techniques and demonstrates how integrated reservoir studies are conducted for hydrocarbon exploration.

“Practical Solutions to Integrated Oil and Gas Reservoir Analysis: Geophysical and Geological Perspectives” Book Review: This book aims to analyze and solve problems related to oil and gas reservoirs. It covers a variety of topics such as basin analysis, mapping structures, stratigraphy, and pore pressure analysis. The book presents around 150 real-life technical problems faced by geoscientists and provides possible solutions. It also delves into subsurface seismic velocity measurement, zero phasing of seismic data, AVO interpretation, and Gassman’s fluid substitution. One highlighted chapter focuses on pore pressure prediction. The book serves as a comprehensive guide for understanding and addressing challenges in oil and gas reservoir exploration and development.

“Geological Characterization of Permian Submarine Fan Reservoirs of the Driver Waterflood Unit, Spraberry Trend, Midland Basin, Texas” Book Review: This book examines the relationship between the stratigraphy of oil reservoirs and the recovery of oil in the Driver Waterflood Unit located in the Midland Basin, Texas. The authors analyzed data from around 350 logs to gain a geological understanding of the oil reservoirs in that area. The book provides insights on how to improve oil recovery from the Driver Unit. It emphasizes that the selection of completion intervals and strategic infill drilling locations should be based on reservoir stratigraphy. Additionally, the presence of natural fractures should be considered when identifying these locations for enhanced oil recovery.

“Integrated Reservoir Studies for CO2-Enhanced Oil Recovery and Sequestration: Application to an Indian Mature Oil Field” Book Review: This book is written for researchers, students, and professionals in the oil and gas industry. It focuses on the importance of evaluating hydrocarbon reservoirs in India to determine if CO2-EOR (Enhanced Oil Recovery) and storage are feasible. The book explores how using CO2-EOR to store carbon dioxide can significantly reduce CO2 emissions in the atmosphere. It explains the process of sequestering CO2 through EOR in a mature Indian field, specifically the Ankleshwar Oil Field. The authors conducted 3D reservoir modeling and fluid flow simulations of this field. The book concludes with final remarks and suggestions for future research in this area.

“Artificial Intelligence Techniques in Reservoir Characterization” Book Review: This book focuses on studying the effectiveness of new advancements in Neural Networking Techniques for Reservoir Characterization. It covers different types of neural networks such as Function, Polynomial, cascaded correlation neural, and general regression neural networks. These networks are used to analyze porosity and water saturation based on well logs. The book discusses topics like Feed Forward Back Propagation Neural Networks (FFNN) and Artificial Neural Networks, which researchers have used to make accurate predictions. The book also explores additional techniques to estimate the initial concentration of hydrocarbons before investing in reservoir development. It discusses the limitations of FFNN and suggests improvements for better performance.