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Details
Table of Contents
Intro
Title Page
Copyright Page
Contents
Figures
Tables
About the Author
Author's Note
Foreword Paul M. Barry - Course Director, Production and Completions Engineering Division, PetroSkills LLC
Acknowledgements
Outline of the Book
1 - Introduction to Gas Lift Network Optimization
1.1 Well Gas Lift Optimization
1.2 Multi-well Gas Lift Allocation
1.3 Network Optimization and Gas Lift Strategy
2 - Network Optimization Becoming a Reality
2.1 Foundation for System Optimization
2.2 The System Optimization Engine
2.3 Selection of System Optimization Model
2.4 System Optimization Implementation
3 - Modeling of Network Components
3.1 Model Appearance and Naming of Components
3.2 PVT Modeling
3.3 Incorporating Wells in a Network Model
3.4 Model Construction Objects
3.5 Detailed Compressor Modeling
4 - Running the System Optimization Model
4.1 Preparations for Model Run
4.2 Objectives and Constraints
4.3 History Matching
4.4 Optimization Scenarios
5 - System Modeling and Optimization Case Histories
5.1 Production Optimization of Offshore Field in Asia
5.2 Production Optimization of Major GL Fields in the Middle East
5.3 System Optimization Model for Field Redevelopment
6 - Real-time Optimization
6.1 Need for Real-time Optimization
6.2 RTO Implementation
6.3 Functions of Intelligent Systems
6.4 Tracking KPIs using RTO
6.5 Architecture of RTO
6.6 Data Visualization
7 - Optimization of Unconventional and Subsea Gas Lift Wells
7.1 Optimization of Unconventional GL Wells
7.2 Optimization of Subsea GL Wells
8 - Data Analytics and System Optimization
8.1 Data Analytics and Machine Learning
8.2 Application of Data Analytics to the Oilfield
8.3 Data Analytics Applied to GL Systems.
8.4 Use of Hybrid Models for System Optimization
9 - Digital Integration of Assets
9.1 Data Integration across Assets
9.2 Stepping into the Future
List of References
Data Required for Network Modeling
Net Present Value
List of Abbreviations
Index.
Title Page
Copyright Page
Contents
Figures
Tables
About the Author
Author's Note
Foreword Paul M. Barry - Course Director, Production and Completions Engineering Division, PetroSkills LLC
Acknowledgements
Outline of the Book
1 - Introduction to Gas Lift Network Optimization
1.1 Well Gas Lift Optimization
1.2 Multi-well Gas Lift Allocation
1.3 Network Optimization and Gas Lift Strategy
2 - Network Optimization Becoming a Reality
2.1 Foundation for System Optimization
2.2 The System Optimization Engine
2.3 Selection of System Optimization Model
2.4 System Optimization Implementation
3 - Modeling of Network Components
3.1 Model Appearance and Naming of Components
3.2 PVT Modeling
3.3 Incorporating Wells in a Network Model
3.4 Model Construction Objects
3.5 Detailed Compressor Modeling
4 - Running the System Optimization Model
4.1 Preparations for Model Run
4.2 Objectives and Constraints
4.3 History Matching
4.4 Optimization Scenarios
5 - System Modeling and Optimization Case Histories
5.1 Production Optimization of Offshore Field in Asia
5.2 Production Optimization of Major GL Fields in the Middle East
5.3 System Optimization Model for Field Redevelopment
6 - Real-time Optimization
6.1 Need for Real-time Optimization
6.2 RTO Implementation
6.3 Functions of Intelligent Systems
6.4 Tracking KPIs using RTO
6.5 Architecture of RTO
6.6 Data Visualization
7 - Optimization of Unconventional and Subsea Gas Lift Wells
7.1 Optimization of Unconventional GL Wells
7.2 Optimization of Subsea GL Wells
8 - Data Analytics and System Optimization
8.1 Data Analytics and Machine Learning
8.2 Application of Data Analytics to the Oilfield
8.3 Data Analytics Applied to GL Systems.
8.4 Use of Hybrid Models for System Optimization
9 - Digital Integration of Assets
9.1 Data Integration across Assets
9.2 Stepping into the Future
List of References
Data Required for Network Modeling
Net Present Value
List of Abbreviations
Index.