Pipeline transportation of carbon dioxide containing impurities
Title:
Pipeline transportation of carbon dioxide containing impurities
Author:
Mohitpour, Mo.
Publication Information:
New York, N.Y. (ASME, Three Park Avenue. New York, NY 10016) : American Society of Mechanical Engineers, c2011.
Physical Description:
1 electronic text (xxii, 444 p.) : ill., digital file.
Contents:
Preface -- Special acknowledgments -- Acknowledgments -- Permission acknowledgments -- Forewords -- Metric conversion of some common units -- Chapter 1. Overview and challenges of CO2 transportation -- Chapter 2. Carbon capture, transport and storage - a background -- Chapter 3. Anthropogenic CO2 properties -- Chapter 4. Overview of EOS applicable to CO2 with impurities -- Chapter 5. Pipeline transportation of CO2 -- Chapter 6. Characteristics of decompression wave speed in CO2 containing impurities -- Chapter 7. Pipe material selection and fracture control -- Chapter 8. CO2 pipeline system development and design -- Chapter 9. Pumping, compression and other appurtenances -- Chapter 10. CO2 pipeline operation and maintenance -- Chapter 11. Risk assessment and integrity management -- Chapter 12. Atmospheric dispersion of CO2 containing impurities -- Chapter 13. Health and safety and emergency response -- Index.
Abstract:
Pipeline systems are expected to play an increasingly important role in transporting carbon dioxide (CO2) captured from flue stacks to distant fields for sequestration purposes or for Enhanced Oil Recovery (EOR). The phase diagram for a CO2 stream is very sensitive to the level of impurities, and this in turn affects pipeline design and the boundaries within which CO2 pipelines can be operated, without affecting the facilities design as well as delivery conditions. This book brings together the entire spectrum of design and operating needs for a pipeline and network of facilities that would transport CO2 containing impurities safely, without adverse impact on people and the environment.
Genre:
Added Author:
Added Corporate Author:
Electronic Access:
ASME http://ebooks.asmedigitalcollection.asme.org/book.aspx?bookid=402