Piping, Valves, and Process Engineering in Carbon Capture Systems: Applications, Sustainability, and Environmental Protection is a specialized scientific reference that addresses the critical role of piping and valves within CCS infrastructure. As global decarbonization efforts intensify, the need for advanced, reliable, and environmentally- sustainable piping and valve systems becomes paramount. This book explores the unique challenges faced in designing, selecting materials, and operating piping and valves in high-pressure, corrosive, and supercritical CO₂ environments, integrating recent technological advancements such as digital twins, smart monitoring, and innovative materials.
The book's comprehensive contents include chapters on fundamental principles, standards, material considerations, fabrication, failure modes, digitalization, lifecycle assessment, and integration with renewable energy sources. The scope extends to emerging topics like direct air capture (DAC), hybrid pipelines, and bio-inspired coatings, making it a vital resource for engineers, researchers, and practitioners involved in CCS and low-carbon energy projects. The book’s practical approach, supported by case studies and illustrations, ensures that professionals can apply the knowledge immediately to improve system safety, efficiency, and sustainability.
1. 1 Introduction to carbon capture and storage - p. 1 2. 2 Fundamentals of piping and valves in carbon capture systems - p. 25 3. 3 Codes and standards - p. 51 4. 4 Material selection and corrosion considerations for piping and valves in carbon capture - p. 69 5. 5 Design considerations for Carbon Capture and Storage (CCS) piping systems - p. 95 6. 6 Valve selection and design for carbon capture and storage - p. 121 7. 7 CO2 transport and storage challenges - p. 147 8. 8 Welding, fabrication, and installation of piping and valves in carbon capture and storage - p. 173 9. 9 Failure modes and risk assessment in carbon capture and storage piping and valves - p. 199 10. 10 Digitalization and smart monitoring of carbon capture and storage piping and valves - p. 235 11. 11 Actuators in carbon capture and storage systems - p. 259 12. 12 Case studies and real-world carbon capture and storage projects - p. 287 13. 13 Future of piping and valves in carbon capture - p. 311 14. 14 Environmental protection and sustainability in carbon capture and storage piping systems - p. 337 15. 15 Hydrogen in carbon capture - p. 363 16. 16 Integration of carbon capture with renewable energy sources - p. 393 17. 17 Advances in direct air capture (DAC) and piping/valves design - p. 429 18. 18 Hybrid systems: Hydrogen, CO2, and renewable gas pipelines - p. 453 19. 19 Emerging materials and coatings for carbon capture and storage piping and valves - p. 477 20. 20 Sustainability metrics and lifecycle assessment (LCA) for carbon capture and storage systems - p. 505 21. Index - p. 537
Piping, Valves, and Process Engineering in Carbon Capture Systems: Applications, Sustainability, and Environmental Protection is a specialized scientific reference that addresses the critical role of piping and valves within CCS infrastructure. As global decarbonization efforts intensify, the need for advanced, reliable, and environmentally- sustainable piping and valve systems becomes paramount. This book explores the unique challenges faced in designing, selecting materials, and operating piping and valves in high-pressure, corrosive, and supercritical CO₂ environments, integrating recent technological advancements such as digital twins, smart monitoring, and innovative materials.
The book's comprehensive contents include chapters on fundamental principles, standards, material considerations, fabrication, failure modes, digitalization, lifecycle assessment, and integration with renewable energy sources. The scope extends to emerging topics like direct air capture (DAC), hybrid pipelines, and bio-inspired coatings, making it a vital resource for engineers, researchers, and practitioners involved in CCS and low-carbon energy projects. The book’s practical approach, supported by case studies and illustrations, ensures that professionals can apply the knowledge immediately to improve system safety, efficiency, and sustainability.
1. 1 Introduction to carbon capture and storage - p. 1 2. 2 Fundamentals of piping and valves in carbon capture systems - p. 25 3. 3 Codes and standards - p. 51 4. 4 Material selection and corrosion considerations for piping and valves in carbon capture - p. 69 5. 5 Design considerations for Carbon Capture and Storage (CCS) piping systems - p. 95 6. 6 Valve selection and design for carbon capture and storage - p. 121 7. 7 CO2 transport and storage challenges - p. 147 8. 8 Welding, fabrication, and installation of piping and valves in carbon capture and storage - p. 173 9. 9 Failure modes and risk assessment in carbon capture and storage piping and valves - p. 199 10. 10 Digitalization and smart monitoring of carbon capture and storage piping and valves - p. 235 11. 11 Actuators in carbon capture and storage systems - p. 259 12. 12 Case studies and real-world carbon capture and storage projects - p. 287 13. 13 Future of piping and valves in carbon capture - p. 311 14. 14 Environmental protection and sustainability in carbon capture and storage piping systems - p. 337 15. 15 Hydrogen in carbon capture - p. 363 16. 16 Integration of carbon capture with renewable energy sources - p. 393 17. 17 Advances in direct air capture (DAC) and piping/valves design - p. 429 18. 18 Hybrid systems: Hydrogen, CO2, and renewable gas pipelines - p. 453 19. 19 Emerging materials and coatings for carbon capture and storage piping and valves - p. 477 20. 20 Sustainability metrics and lifecycle assessment (LCA) for carbon capture and storage systems - p. 505 21. Index - p. 537
