Advances in Separation Sciences: Sustainable Processes and Technologies discusses the different separation technologies and their applications in a variety of industrial processes. The book lists the pros and cons of the various processes for specialized application and outlines selection criteria to provide readers with the knowledge they need to develop processes and technologies themselves. Divided into eight parts, chapters cover sustainable perspectives and developments, theory and mechanisms of various separation processes, advances in sample preparation techniques, advances in chromatography, advances in membrane technology, advances in microfluidics, green and sustainable separation sciences, and challenges and commercialization. In-depth and step-by-step descriptions of the various processes and technologies, explanations of their inclusion in modern industry, and scales for both experimental and theoretical models are also included.
1. Title of Book - p. i 2. Cover image - p. i 3. Title page - p. ii 4. Table of Contents - p. iii 5. Copyright - p. iv 6. List of contributors - p. xiii 7. Preface - p. xvii 8. Chapter 1. Fundamentals and applications of separation phenomenon - p. 1 9. Chapter 2. Separation science in modern era - p. 19 10. Chapter 3. Novelty in the development of separation processes - p. 37 11. Chapter 4. Large-scale production separation process - p. 55 12. Chapter 5. Implementation of separation process in medicinal field - p. 69 13. Chapter 6. Recent advances in sample preparation in chromatographic techniques - p. 87 14. Chapter 7. Modern sample preparation methods in separation science - p. 107 15. Chapter 8. Recent developments in chromatography for pharmaceutical analysis - p. 121 16. Chapter 9. Chromatography for gas–liquid–solid in separation sciences - p. 137 17. Chapter 10. Chromatography, a sustainable analysis technique in separation science - p. 153 18. Chapter 11. Advances in membrane technology in heavy metal ion separation - p. 169 19. Chapter 12. Advances of membrane technology in gas separation - p. 191 20. Chapter 13. Advances in membrane technology for enantiomer separation - p. 211 21. Chapter 14. Advances of membrane technology in wastewater treatment - p. 227 22. Chapter 15. Membrane based technology for water desalination - p. 251 23. Chapter 16. Metal organic framework based mixed matrix membranes and their application in separation processes - p. 265 24. Chapter 17. Advances in membrane technology for industrial applications - p. 281 25. Chapter 18. Advances in microfluidics for biomedical engineering applications - p. 301 26. Chapter 19. Recent advances in microfluidics and environmental analysis - p. 329 27. Chapter 20. Advances in microfluidics for detection of infectious diseases - p. 345 28. Chapter 21. Microfluidic separation of nuclear materials - p. 367 29. Chapter 22. Separation of natural products from agro-industrial waste: A green and sustainable approach - p. 395 30. Chapter 23. Green and sustainable separation of natural products - p. 415 31. Chapter 24. Green solvents systems for an efficient and sustainable separation processes - p. 437 32. Chapter 25. Green and sustainable separation processes for environmental and chemical engineering - p. 457 33. Chapter 26. Green extraction and separation processes - p. 481 34. Chapter 27. Challenges in separation processes: synthesis of nitrogen containing heterocyclic compounds as selective extracting ligands for trivalent actinides from actinides(III)/lanthanides(III) mixture - p. 503 35. Chapter 28. Conclusions - p. 515 36. Index - p. 523
Advances in Separation Sciences: Sustainable Processes and Technologies discusses the different separation technologies and their applications in a variety of industrial processes. The book lists the pros and cons of the various processes for specialized application and outlines selection criteria to provide readers with the knowledge they need to develop processes and technologies themselves. Divided into eight parts, chapters cover sustainable perspectives and developments, theory and mechanisms of various separation processes, advances in sample preparation techniques, advances in chromatography, advances in membrane technology, advances in microfluidics, green and sustainable separation sciences, and challenges and commercialization. In-depth and step-by-step descriptions of the various processes and technologies, explanations of their inclusion in modern industry, and scales for both experimental and theoretical models are also included.
1. Title of Book - p. i 2. Cover image - p. i 3. Title page - p. ii 4. Table of Contents - p. iii 5. Copyright - p. iv 6. List of contributors - p. xiii 7. Preface - p. xvii 8. Chapter 1. Fundamentals and applications of separation phenomenon - p. 1 9. Chapter 2. Separation science in modern era - p. 19 10. Chapter 3. Novelty in the development of separation processes - p. 37 11. Chapter 4. Large-scale production separation process - p. 55 12. Chapter 5. Implementation of separation process in medicinal field - p. 69 13. Chapter 6. Recent advances in sample preparation in chromatographic techniques - p. 87 14. Chapter 7. Modern sample preparation methods in separation science - p. 107 15. Chapter 8. Recent developments in chromatography for pharmaceutical analysis - p. 121 16. Chapter 9. Chromatography for gas–liquid–solid in separation sciences - p. 137 17. Chapter 10. Chromatography, a sustainable analysis technique in separation science - p. 153 18. Chapter 11. Advances in membrane technology in heavy metal ion separation - p. 169 19. Chapter 12. Advances of membrane technology in gas separation - p. 191 20. Chapter 13. Advances in membrane technology for enantiomer separation - p. 211 21. Chapter 14. Advances of membrane technology in wastewater treatment - p. 227 22. Chapter 15. Membrane based technology for water desalination - p. 251 23. Chapter 16. Metal organic framework based mixed matrix membranes and their application in separation processes - p. 265 24. Chapter 17. Advances in membrane technology for industrial applications - p. 281 25. Chapter 18. Advances in microfluidics for biomedical engineering applications - p. 301 26. Chapter 19. Recent advances in microfluidics and environmental analysis - p. 329 27. Chapter 20. Advances in microfluidics for detection of infectious diseases - p. 345 28. Chapter 21. Microfluidic separation of nuclear materials - p. 367 29. Chapter 22. Separation of natural products from agro-industrial waste: A green and sustainable approach - p. 395 30. Chapter 23. Green and sustainable separation of natural products - p. 415 31. Chapter 24. Green solvents systems for an efficient and sustainable separation processes - p. 437 32. Chapter 25. Green and sustainable separation processes for environmental and chemical engineering - p. 457 33. Chapter 26. Green extraction and separation processes - p. 481 34. Chapter 27. Challenges in separation processes: synthesis of nitrogen containing heterocyclic compounds as selective extracting ligands for trivalent actinides from actinides(III)/lanthanides(III) mixture - p. 503 35. Chapter 28. Conclusions - p. 515 36. Index - p. 523
