Flow assurance is critical for effective design and operation of hydrocarbon production and transmission systems. The aim is to ensure safe and economical flow of hydrocarbon fluids from the source to the markets. As future development of hydrocarbon resources moves into more challenging environments, the importance of flow assurance is becoming more asserted. Written by an internationally recognized team of experts, Flow Assurance in Pipelines: A Reference Guide is a unique, well-researched, and comprehensive work in the flow assurance discipline that addresses the stages of a flow assurance…mehr
Flow assurance is critical for effective design and operation of hydrocarbon production and transmission systems. The aim is to ensure safe and economical flow of hydrocarbon fluids from the source to the markets. As future development of hydrocarbon resources moves into more challenging environments, the importance of flow assurance is becoming more asserted. Written by an internationally recognized team of experts, Flow Assurance in Pipelines: A Reference Guide is a unique, well-researched, and comprehensive work in the flow assurance discipline that addresses the stages of a flow assurance study and identifies how they relate to the pipeline system design and operation. This book is a fundamental resource for flow assurance engineers, pipeline engineers, operators, and production chemists, providing a detailed explanation of basic flow assurance issues that can arise in the pipeline systems and discusses practical methods to solve those issues, safely and cost effectively.
Saeid Mokhatab is a distinguished process technology expert in the field of natural gas transmission and processing. Over the past two decades, he has been actively involved in various phases of several large-scale projects in the natural gas midstream sector, from conceptual design to facility startup and operational support. In addition to his project work, Saeid has also provided consulting and advisory services to a number of technology-driven and operating companies in Canada and Europe. He has made significant contributions to his field through more than 300 technical papers and four reference books, published by Elsevier, two of which have been translated into multiple languages and are recognized globally as essential resources in both industry and academia. Driven by a commitment to bridging the gap between industry and academia, Saeid founded an international peer-reviewed journal dedicated to natural gas science and engineering, which is now recognized as one of the foremost publications in the field. He has also contributed to the natural gas industry through editorial roles in respected journals and industry magazines, along with active participation in prominent global organizations and conferences.
Inhaltsangabe
Part I - Fundamentals 1. Pipeline Transportation of Hydrocarbons 2. PVT and Phase Behavior of Petroleum Fluids 3. Hydrocarbon Flow 4. Flow Assurance Concept Part II - Fluid Related Risks 5. Hydrates 6. Petroleum Waxes 7. Asphaltene 8. Scale 9. Naphthenates and Carboxylates Part III - Flow Related Risks 10. Flow Stability 11. Flow Integrity 12. Flow Deliverability 13. Pipeline Operations Guidelines 14. The Role of Pipelines in Decarbonization Appendix A - Critical Properties Estimation Methods Appendix B. Goossens Correlation for Molecular Weight Measurement Appendix C. Acentric Factor Estimation Methods Appendix D. PNA Based Estimation Methods Appendix E. Splitting Schemes Appendix F. Whitson Lumping Scheme Appendix G. Flow Assurance Software Tools
Part I - Fundamentals 1. Pipeline Transportation of Hydrocarbons 2. PVT and Phase Behavior of Petroleum Fluids 3. Hydrocarbon Flow 4. Flow Assurance Concept Part II - Fluid Related Risks 5. Hydrates 6. Petroleum Waxes 7. Asphaltene 8. Scale 9. Naphthenates and Carboxylates Part III - Flow Related Risks 10. Flow Stability 11. Flow Integrity 12. Flow Deliverability 13. Pipeline Operations Guidelines 14. The Role of Pipelines in Decarbonization Appendix A - Critical Properties Estimation Methods Appendix B. Goossens Correlation for Molecular Weight Measurement Appendix C. Acentric Factor Estimation Methods Appendix D. PNA Based Estimation Methods Appendix E. Splitting Schemes Appendix F. Whitson Lumping Scheme Appendix G. Flow Assurance Software Tools
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