Functionalized Nanoclays: Synthesis and Design for Industrial Applications presents a thorough and in-depth overview of functionalized nanoclays, from an introductory presentation of different nanoclays and their characterization, to their properties, synthesis, fabrication methods and applications in various industries.
This book begins with an introduction to functionalized nanoclays and their composites, followed by sections dedicated to theoretical aspects and material synthesis. Subsequent chapters cover a broad range of industrial applications including pollution remediation, sensing, drug delivery, food packaging, and much more.
The following section discusses recent progress in commercialization and standardization for functionalized nanoclays at both experimental and theoretical model scales. The final chapter presents research advances and future perspective for functionalized nanoclays as a replacement for traditional materials in diverse applications.
1. Functionalized Nanoclays - p. i 2. Cover image - p. i 3. Title page - p. i 4. Table of Contents - p. i 5. Copyright - p. iv 6. Contributors - p. xv 7. Section 1: Functionalized nanoclays: Fundamental and opportunities - p. 1 8. 1 Natural nanoclays - p. 3 9. 2 Synthetic nanoclays: Synthesis, modifications, polymer integration, and physicochemical characterization - p. 25 10. 3 Clay composites: Advanced imaging methods - p. 45 11. 4 Functionalized nanoclays with hybrid nanocomposites - p. 75 12. Section 2: Theoretical aspects of functionalized nanoclays - p. 101 13. 5 Mathematical and computational modeling of functionalized nanoclays - p. 103 14. Section 3: Selections and synthesis of functionalized nanoclays - p. 131 15. 6 Synthesis methods of nanoclays - p. 133 16. Section 4: Industrial applications of functionalized nanoclays - p. 143 17. 7 Functionalized nanoclays in pharmaceutical industry - p. 145 18. 8 Functionalized nanoclays in biomedical industry - p. 177 19. 9 Functionalized nanoclays in the environmental industry - p. 195 20. 10 Functionalized nanoclays in pollutants adsorption - p. 225 21. 11 Nanoclay-based drug delivery systems - p. 249 22. 12 Functionalized nanoclays in textile industry for the stabilization of natural pigments - p. 273 23. 13 Green and sustainable routes toward the development of functionalized nanoclays - p. 299 24. 14 Functionalized nanoclays and their catalytic applications - p. 317 25. 15 Functionalized nanoclays in textile industry - p. 335 26. 16 Functionalized nanoclays in bioactive materials - p. 361 27. 17 Functionalized nanoclays as bioactive materials for the management of plant pathogens in agriculture - p. 387 28. 18 Development of functionalized nanoclays for the industrially important catalytic processes - p. 407 29. 19 Functionalized nanoclays in food and food packaging industry - p. 427 30. 20 Functionalized nanoclays in asphalt modification - p. 441 31. Section 5: Commercialization and standardization for functionalized nanoclays - p. 485 32. 21 Legalization, toxicity, and health and safety functionalized nanoclays - p. 487 33. Index - p. 509
Functionalized Nanoclays: Synthesis and Design for Industrial Applications presents a thorough and in-depth overview of functionalized nanoclays, from an introductory presentation of different nanoclays and their characterization, to their properties, synthesis, fabrication methods and applications in various industries.
This book begins with an introduction to functionalized nanoclays and their composites, followed by sections dedicated to theoretical aspects and material synthesis. Subsequent chapters cover a broad range of industrial applications including pollution remediation, sensing, drug delivery, food packaging, and much more.
The following section discusses recent progress in commercialization and standardization for functionalized nanoclays at both experimental and theoretical model scales. The final chapter presents research advances and future perspective for functionalized nanoclays as a replacement for traditional materials in diverse applications.
1. Functionalized Nanoclays - p. i 2. Cover image - p. i 3. Title page - p. i 4. Table of Contents - p. i 5. Copyright - p. iv 6. Contributors - p. xv 7. Section 1: Functionalized nanoclays: Fundamental and opportunities - p. 1 8. 1 Natural nanoclays - p. 3 9. 2 Synthetic nanoclays: Synthesis, modifications, polymer integration, and physicochemical characterization - p. 25 10. 3 Clay composites: Advanced imaging methods - p. 45 11. 4 Functionalized nanoclays with hybrid nanocomposites - p. 75 12. Section 2: Theoretical aspects of functionalized nanoclays - p. 101 13. 5 Mathematical and computational modeling of functionalized nanoclays - p. 103 14. Section 3: Selections and synthesis of functionalized nanoclays - p. 131 15. 6 Synthesis methods of nanoclays - p. 133 16. Section 4: Industrial applications of functionalized nanoclays - p. 143 17. 7 Functionalized nanoclays in pharmaceutical industry - p. 145 18. 8 Functionalized nanoclays in biomedical industry - p. 177 19. 9 Functionalized nanoclays in the environmental industry - p. 195 20. 10 Functionalized nanoclays in pollutants adsorption - p. 225 21. 11 Nanoclay-based drug delivery systems - p. 249 22. 12 Functionalized nanoclays in textile industry for the stabilization of natural pigments - p. 273 23. 13 Green and sustainable routes toward the development of functionalized nanoclays - p. 299 24. 14 Functionalized nanoclays and their catalytic applications - p. 317 25. 15 Functionalized nanoclays in textile industry - p. 335 26. 16 Functionalized nanoclays in bioactive materials - p. 361 27. 17 Functionalized nanoclays as bioactive materials for the management of plant pathogens in agriculture - p. 387 28. 18 Development of functionalized nanoclays for the industrially important catalytic processes - p. 407 29. 19 Functionalized nanoclays in food and food packaging industry - p. 427 30. 20 Functionalized nanoclays in asphalt modification - p. 441 31. Section 5: Commercialization and standardization for functionalized nanoclays - p. 485 32. 21 Legalization, toxicity, and health and safety functionalized nanoclays - p. 487 33. Index - p. 509
