Supercritical Fluid Technology in Industry: Recent Advances and Challenges (2014-2024) offers new insights into the theoretical and industrial applications of multiple processes included in supercritical technology, combining a review of the established literature with recent advances in theory, current applications, and case studies to help promote a more sustainable research approach. The book outlines supercritical fluid technology and processes operated with substances at conditions above or near the critical point and enables readers to understand the basic steps of equipment and processing.
Other sections explain the different methods of using supercritical technology and applications and cover current developments that increase economic feasibility and reduce environmental impact. This will be a great guide for anyone looking to supercritical technology as a means of optimizing existing processes or designing new processes with sustainability in mind, including industry experts, researchers, academics, and students at graduate level and above.
1. 12.1 Introduction - p. 399 2. 12.2 Materials and methods - p. 406 3. 12.3 Discussion and evaluation - p. 421 4. 12.4 Phase equilibrium modeling. Equation of state - p. 445 5. 12.5 Conclusion - p. 463 6. Acknowledgments - p. 464 7. References - p. 464 8. Chapter 13. Mathematical modeling and thermodynamic simulation of supercritical fluid-based processes - p. 485 9. Chapter 14. Biorefineries integrated with supercritical fluid technology - p. 547 10. Chapter 15. Economic evaluation and life cycle assessment of supercritical technology-based processes - p. 569 11. Index - p. 613
Supercritical Fluid Technology in Industry: Recent Advances and Challenges (2014-2024) offers new insights into the theoretical and industrial applications of multiple processes included in supercritical technology, combining a review of the established literature with recent advances in theory, current applications, and case studies to help promote a more sustainable research approach. The book outlines supercritical fluid technology and processes operated with substances at conditions above or near the critical point and enables readers to understand the basic steps of equipment and processing.
Other sections explain the different methods of using supercritical technology and applications and cover current developments that increase economic feasibility and reduce environmental impact. This will be a great guide for anyone looking to supercritical technology as a means of optimizing existing processes or designing new processes with sustainability in mind, including industry experts, researchers, academics, and students at graduate level and above.
1. 12.1 Introduction - p. 399 2. 12.2 Materials and methods - p. 406 3. 12.3 Discussion and evaluation - p. 421 4. 12.4 Phase equilibrium modeling. Equation of state - p. 445 5. 12.5 Conclusion - p. 463 6. Acknowledgments - p. 464 7. References - p. 464 8. Chapter 13. Mathematical modeling and thermodynamic simulation of supercritical fluid-based processes - p. 485 9. Chapter 14. Biorefineries integrated with supercritical fluid technology - p. 547 10. Chapter 15. Economic evaluation and life cycle assessment of supercritical technology-based processes - p. 569 11. Index - p. 613
