Tab Article

VOLUME 1
Foreword

Part 1 : Multiphase Flow Theory
Chapter 1 : Flow Management : Steady-State and Transient Multiphase Pipeline Simulation
Chapter 2 : A Mechanistic Model for Predicting Flow Regime Transitions in Horizontal and Near-Horizontal Gas-Liquid Flow
Chapter 3 : Mechanistic Modeling of Two-Phase flow in Deviated Wells
Chapter 4 : Unified Model for Gas-Liquid Pipe Flow via Slug Dynamics-Part 1 : Model Development
Chapter 5 : The Dynamic Two-Fluid Model OLGA : Theory and Application
Chapter 6 : TACITE : A Transient Tool for Multiphase Pipeline and Well Simulation
Chapter 7 : Advanced in Slug Flow Characterization for Horizontal and Slightly Inclined Pipelines
Chapter 8 : Slug Flow : Occurrence, Consequences, and Prediction
Chapter 9 : Severe Slug Flow in Offshore Flowline/Riser Systems
Chapter 10 : Severe Slugging Attenuation for Deepwater Multiphase Pipeline and Riser Systems

Part II : Flow Assurance
Chapter 11 : Emergence of Flow Assurance as A Technical Discipline Specific to Deepwater : Technical Challenges and Integration into Subsea Systems Engineering
Chapter 12 : The Physical Chemistry of Wax, Hydrates, and Asphaltene
Chapter 13 : Cloud Points : Can We Measure or Model Them?
Chapter 14 : Measurement and Prediction of the Kinetics of Paraffin Deposition
Chapter 15 : Investigation of Paraffin Deposition During Multiphase Flow in Pipelines and Wellbores – Part 2 : Modeling
Chapter 16 : Hydrate Control and Remediation Best Practices in Deepwater Oil Developments
Chapter 17 : Successful Applications of Anti-Agglomerant Hydrate Inhibitors
Chapter 18 : Active Heating for Flow Assurance Control in Deepwater Flowlines
Chapter 19 : Life Cycle Management of Scale Control Within Subsea Fields and its Impact on Flow Assurance, Gulf of Mexico and the North Sea Basin
Chapter 20 : Corrosion Control in the Oil and Gas Industry Using Nodal Analysis and Two-Phase Flow Modeling Techniques

Annotated Bibliography
Bibliography

VOLUEM 2
Part I : Production Systems
Chapter 21 :Trioka Subsea Production System An Overview
Chapter 22 : Design of Britannia’s Subsea Heated Bundle for a 25 Years Service Life
Chapter 23 : VASPS Installation and Operation at Campos Basin

Part II : Separation Methods
Chapter 24 : A New Approach to Gas-Liquid Separation
Chapter 25 : Designing Tomorrow’s Compact Separation Train
Chapter 26 : Hydrodynamics of Two-Phase Flow in Gas-Liquid Cylindrical Cyclone Separators
Chapter 27 : Design and Installation of a Sand-Separation and Handling System for a Gulf of Mexico Oil Production Facility
Chapter 28 : Experience in Operating World’s First Subsea Separation and Water Injection Station at Troll Oil Field in the North Sea

Part III : Produced-Water Handling
Chapter 29 : Handling, Treatment, and Disposal of Produced Water in the Offshore oil Industry

Part IV : Artificial Lift
Chapter 30 : Artificial Lift Design for the Deepwater Gulf of Mexico
Chapter 31 :A Novel Approach to Gas Lift Design for 40,000 BPD Subsea Producers
Chapter 32 : Multiphase Pumping as an Alternative to Conventional Separation Pumping and Compression
Chapter 33 : Oil Production Using Pumped Multiphase Systems
Chapter 34 : Modeling Reservior/Tubing/Pump Interaction Identifies Best Candidates for Multiphase Pumping
Chapter 35 : Deployment of Multiphase Pumps on a North Sea Field
Chapter 36 : Multiphase Pump Field Trials Demonstrate Practical Applications for the Technology

Part VI : Multiphase Metering
Chapter 37 : Multiphase Flow Metering : Current Trends and Future Developments
Chapter 38 : Wet Gas Metering : Trends in Applications and technical Developments
Chapter 39 : Multiphase Flowmeter Application for Well and Fiscal Allocation
Chapter 40 : A New Look at Measurement Uncertainty of Multiphase Flow Meters
Chapter 41 : Downhole-Fiber Optic Multiphase Flowmeter : Field Installation
Chapter 42 : Canyon Express Subsea Multiphase Flow Metering System : Principles and Experience

Annotated Bibliography
Bibliography