Thermochemical Conversion of Lignocellulosic Materials: Theory, Design, and Applications for the Future proposes a generalized methodology for the design and study of thermochemical conversion reactors independent of the feedstock used and the technology analyzed. Sections cover essential theory, including biomass thermochemical conversion, biomass supply chains, and thermochemical reactors. The book then examines other important aspects of the thermochemical conversion reaction, presenting modeling and analysis options. Finally, it investigates potential uses and applications for these techniques. Including clear objectives and practical exercises to cement understanding, this book will equip students and researchers with the skills to design and model selective reactors.
1. Chapter 3. Introduction to thermochemical reactors - p. 73 2. Chapter 4. Lignocellulosic materials - p. 126 3. Chapter 5. Drying, particle size reduction, and densification of lignocellulosic materials - p. 178 4. Chapter 6. Experimental techniques to study thermochemical reactions - p. 249 5. Chapter 7. Introduction to thermochemical reactions - p. 303 6. Chapter 8. Fundamentals of kinetic analysis on pyrolysis and gasification reactions - p. 373 7. Chapter 9. Single particle models - p. 418 8. Chapter 10. Estimation of thermodynamic properties - p. 479 9. Chapter 11. Mass balances in thermochemical processes - p. 500 10. Chapter 12. Energy balances in thermochemical processes - p. 527 11. Chapter 13. Chemical equilibrium in thermochemical processes - p. 566 12. Chapter 14. Phase equilibrium in thermochemical systems - p. 602 13. Chapter 15. Hydrodynamics and thermochemical reactors design - p. 621 14. Chapter 16. Biomass thermo-chemical products - p. 649 15. Chapter 17. Thermochemical biorefineries - p. 725 16. Index - p. 751
Thermochemical Conversion of Lignocellulosic Materials: Theory, Design, and Applications for the Future proposes a generalized methodology for the design and study of thermochemical conversion reactors independent of the feedstock used and the technology analyzed. Sections cover essential theory, including biomass thermochemical conversion, biomass supply chains, and thermochemical reactors. The book then examines other important aspects of the thermochemical conversion reaction, presenting modeling and analysis options. Finally, it investigates potential uses and applications for these techniques. Including clear objectives and practical exercises to cement understanding, this book will equip students and researchers with the skills to design and model selective reactors.
1. Chapter 3. Introduction to thermochemical reactors - p. 73 2. Chapter 4. Lignocellulosic materials - p. 126 3. Chapter 5. Drying, particle size reduction, and densification of lignocellulosic materials - p. 178 4. Chapter 6. Experimental techniques to study thermochemical reactions - p. 249 5. Chapter 7. Introduction to thermochemical reactions - p. 303 6. Chapter 8. Fundamentals of kinetic analysis on pyrolysis and gasification reactions - p. 373 7. Chapter 9. Single particle models - p. 418 8. Chapter 10. Estimation of thermodynamic properties - p. 479 9. Chapter 11. Mass balances in thermochemical processes - p. 500 10. Chapter 12. Energy balances in thermochemical processes - p. 527 11. Chapter 13. Chemical equilibrium in thermochemical processes - p. 566 12. Chapter 14. Phase equilibrium in thermochemical systems - p. 602 13. Chapter 15. Hydrodynamics and thermochemical reactors design - p. 621 14. Chapter 16. Biomass thermo-chemical products - p. 649 15. Chapter 17. Thermochemical biorefineries - p. 725 16. Index - p. 751
