Water-Stable Metal-Organic Frameworks (WSMOFs) presents water-stable metal-organic frameworks for mitigating environmental pollutants, i.e. sensing and degradation/removal applications to protect the ecological system, both environmental and aquatic life, from various types of toxic pollutants released from industries. The pressing challenge of extracting common pollutants, including heavy metal ions, anions, oil, and radionuclides from water sources is a critical issue due to the widespread problem of environmental contamination. Various approaches have been explored for this purpose, such as sorbents, chemical precipitation, and traditional membrane separation. However, these methods often suffer from inadequate selectivity and low pollutant uptake.
Developing water-stable MOFs is the key to advancing effective water purification techniques, but the primary challenge lies in crafting MOF structures that can maintain their stability when exposed to water.
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. Acknowledgment - p. xvii 8. Part 1: Basics and fundamentals - p. P1 9. Chapter 1. Water-stable metal–organic frameworks based materials: fundamentals, properties, and applications - p. 3 10. Chapter 2. Water-stable metal-organic framework-based materials: synthesis, design, and characterization - p. 43 11. Chapter 3. Theoretical modeling to design water-stable metal-organic frameworks-based materials - p. 89 12. Chapter 4. Stability (thermodynamics) of water-stable metal-organic framework-based materials - p. 101 13. Part 2: Water-stable MOFs-based materials for environmental remediation - p. P112 14. Chapter 5. Water-stable MOF-based materials for removal of toxic heavy metals - p. 113 15. Chapter 6. Water-stable MOF-based materials for the sequestration of radionuclides and toxic ions - p. 141 16. Chapter 7. Water-stable metal-organic framework-based materials for removal of organic dyes - p. 163 17. Chapter 8. Water stable metal-organic frameworks based materials for sorption and degradation of personal care products - p. 187 18. Chapter 9. Water stable metal organic frameworks - p. 231 19. Part 3: Water-stable MOFs-based materials for sensing applications - p. P250 20. Chapter 10. Water-stable metal-organic framework-based materials as electrochemical sensors - p. 251 21. Chapter 11. Water-stable metal-organic frameworks-based materials as optical sensors - p. 263 22. Chapter 12. Water-stable metal-organic frameworks-based materials as biosensors - p. 283 23. Chapter 13. Water-stable metal-organic frameworks-based materials as analytical/biosensing applications - p. 303 24. Chapter 14. Water-stable metal-organic frameworks-based materials for strain sensors - p. 319 25. Chapter 15. A comprehensive review on the utilization of water stable metal organic frameworks for the elimination of water contaminants - p. 343 26. Chapter 16. Water-stable metal-organic frameworks in dispersive solid-phase extraction - p. 363 27. Chapter 17. Water-stable metal-organic frameworks-based materials for fuel cell applications - p. 419 28. Chapter 18. Green metal organic framework high stability less reactive metals lead to less toxic MOFs (from synthesis to applications) - p. 447 29. Index - p. 471
Water-Stable Metal-Organic Frameworks (WSMOFs) presents water-stable metal-organic frameworks for mitigating environmental pollutants, i.e. sensing and degradation/removal applications to protect the ecological system, both environmental and aquatic life, from various types of toxic pollutants released from industries. The pressing challenge of extracting common pollutants, including heavy metal ions, anions, oil, and radionuclides from water sources is a critical issue due to the widespread problem of environmental contamination. Various approaches have been explored for this purpose, such as sorbents, chemical precipitation, and traditional membrane separation. However, these methods often suffer from inadequate selectivity and low pollutant uptake.
Developing water-stable MOFs is the key to advancing effective water purification techniques, but the primary challenge lies in crafting MOF structures that can maintain their stability when exposed to water.
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. Acknowledgment - p. xvii 8. Part 1: Basics and fundamentals - p. P1 9. Chapter 1. Water-stable metal–organic frameworks based materials: fundamentals, properties, and applications - p. 3 10. Chapter 2. Water-stable metal-organic framework-based materials: synthesis, design, and characterization - p. 43 11. Chapter 3. Theoretical modeling to design water-stable metal-organic frameworks-based materials - p. 89 12. Chapter 4. Stability (thermodynamics) of water-stable metal-organic framework-based materials - p. 101 13. Part 2: Water-stable MOFs-based materials for environmental remediation - p. P112 14. Chapter 5. Water-stable MOF-based materials for removal of toxic heavy metals - p. 113 15. Chapter 6. Water-stable MOF-based materials for the sequestration of radionuclides and toxic ions - p. 141 16. Chapter 7. Water-stable metal-organic framework-based materials for removal of organic dyes - p. 163 17. Chapter 8. Water stable metal-organic frameworks based materials for sorption and degradation of personal care products - p. 187 18. Chapter 9. Water stable metal organic frameworks - p. 231 19. Part 3: Water-stable MOFs-based materials for sensing applications - p. P250 20. Chapter 10. Water-stable metal-organic framework-based materials as electrochemical sensors - p. 251 21. Chapter 11. Water-stable metal-organic frameworks-based materials as optical sensors - p. 263 22. Chapter 12. Water-stable metal-organic frameworks-based materials as biosensors - p. 283 23. Chapter 13. Water-stable metal-organic frameworks-based materials as analytical/biosensing applications - p. 303 24. Chapter 14. Water-stable metal-organic frameworks-based materials for strain sensors - p. 319 25. Chapter 15. A comprehensive review on the utilization of water stable metal organic frameworks for the elimination of water contaminants - p. 343 26. Chapter 16. Water-stable metal-organic frameworks in dispersive solid-phase extraction - p. 363 27. Chapter 17. Water-stable metal-organic frameworks-based materials for fuel cell applications - p. 419 28. Chapter 18. Green metal organic framework high stability less reactive metals lead to less toxic MOFs (from synthesis to applications) - p. 447 29. Index - p. 471
