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. The book begins with an introduction to functionalized nanoclays and their composites that is followed by sections dedicated to theoretical aspects and material synthesis. Subsequent chapters cover a broad range of industrial applications, including pollution remediation,…mehr
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. The book begins with an introduction to functionalized nanoclays and their composites that is 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. Following sections discuss recent progress in commercialization and standardization for functionalized nanoclays at both experimental and theoretical model scales. The book's final chapter presents research advances and future perspective for functionalized nanoclays as a replacement for traditional materials in diverse applications.
Section 1: Functionalized Nanoclays: Fundamental and Opportunities 1. Natural Nanoclays 2. Synthetic Nanoclays: Synthesis and Physico-chemical characterization 3. Clays composites: advanced imaging methods 4. Computational methods: a tool for nanoclays investigation at molecular level 5. Functionalized Nanoclays with hybrid nanocomposites Section 2: Theoretical Aspects of Functionalized Nanoclays 6. Functionalized Nanoclays from Lab to Fab 7. Mathematical & Computational modelling of Functionalized Nanoclays Section 3: Selections & Synthesis of Functionalized Nanoclays 8. Variety method of synthesis and fabrications 9. Sustainable & Green Synthesis techniques for Functionalized Nanoclays Section 4: Industrial Applications of Functionalized Nanoclays 10. Functionalized Nanoclays in Pharmaceutical industry 11. Functionalized Nanoclays in Biomedical Industry 12. Functionalized Nanoclays in Environmental Industry 13. Functionalized Nanoclays in Drug delivery Industry 14. Functionalized Nanoclays in Additives for oils, lubricants, and fuels Industry 15. Functionalized Nanoclays in Additives for rubber and tire Industry 16. Functionalized Nanoclays in catalysis industry 17. Functionalized Nanoclays in textile industry 18. Functionalized Nanoclays in sport goods industry 19. Functionalized Nanoclays in bioactive materials 20. Functionalized Nanoclays in food and food packaging industry 21. Functionalized Nanoclays in household goods 22. Functionalized Nanoclays for applications in cosmetics and as lubricants 23. Functionalized Nanoclays in Emerging Applications (aerospace, automotive aerospace, automotive, additive manufacturing, electrochemistry) Section 5: Real case studies for the industrial applications of the functionalized nanoclays 24. Case Studies for the industrial applications Section 6: Commercialization & Standardization for Functionalized Nanoclays 25. Environmental, Legal, Health and Safety Issues of Functionalized Nanoclays 26. Variety methods and techniques for Commercialization & Standardization for Functionalized Nanoclays 27. Conclusion: Future of Functionalized Nanoclays
Section 1: Functionalized Nanoclays: Fundamental and Opportunities 1. Natural Nanoclays 2. Synthetic Nanoclays: Synthesis and Physico-chemical characterization 3. Clays composites: advanced imaging methods 4. Computational methods: a tool for nanoclays investigation at molecular level 5. Functionalized Nanoclays with hybrid nanocomposites Section 2: Theoretical Aspects of Functionalized Nanoclays 6. Functionalized Nanoclays from Lab to Fab 7. Mathematical & Computational modelling of Functionalized Nanoclays Section 3: Selections & Synthesis of Functionalized Nanoclays 8. Variety method of synthesis and fabrications 9. Sustainable & Green Synthesis techniques for Functionalized Nanoclays Section 4: Industrial Applications of Functionalized Nanoclays 10. Functionalized Nanoclays in Pharmaceutical industry 11. Functionalized Nanoclays in Biomedical Industry 12. Functionalized Nanoclays in Environmental Industry 13. Functionalized Nanoclays in Drug delivery Industry 14. Functionalized Nanoclays in Additives for oils, lubricants, and fuels Industry 15. Functionalized Nanoclays in Additives for rubber and tire Industry 16. Functionalized Nanoclays in catalysis industry 17. Functionalized Nanoclays in textile industry 18. Functionalized Nanoclays in sport goods industry 19. Functionalized Nanoclays in bioactive materials 20. Functionalized Nanoclays in food and food packaging industry 21. Functionalized Nanoclays in household goods 22. Functionalized Nanoclays for applications in cosmetics and as lubricants 23. Functionalized Nanoclays in Emerging Applications (aerospace, automotive aerospace, automotive, additive manufacturing, electrochemistry) Section 5: Real case studies for the industrial applications of the functionalized nanoclays 24. Case Studies for the industrial applications Section 6: Commercialization & Standardization for Functionalized Nanoclays 25. Environmental, Legal, Health and Safety Issues of Functionalized Nanoclays 26. Variety methods and techniques for Commercialization & Standardization for Functionalized Nanoclays 27. Conclusion: Future of Functionalized Nanoclays
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