Metal Value Recovery from Industrial Waste Using Advanced Physicochemical Treatment Technologies focuses on the fundamental and advanced topics involved with the technologies for the extraction of metal ions from different industrial discarded volumes which may be sludge or wastewater. Uniqueness of the book lies in the fact that it covers each topic related to industrial wastes and elaborates on discussions on metal ion recovery to make the readers confident about the topics and concepts explained in the section. Moreover, this book examines high potential in different downstream processes like membrane filtration, hybrid techniques, chemical leaching, electrochemical techniques, and a variety of advanced recovery techniques. Emphasis is given to state-of-the-art concept, latest research, practical applications or commercialization through case studies, and comparative evaluation of the processes for metal ion recovery from industrial wastes.
1. Metal Value Recovery from Industrial Waste Using Advanced Physicochemical Treatment Technologies - p. Page i 2. Cover - p. Page i 3. Front Matter - p. Page i 4. Table of Contents - p. Page iv 5. Copyright - p. Page v 6. Contributors - p. Page vi 7. List of Illustrations - p. Page vii 8. List of Tables - p. Page viii 9. Chapter One : Metal components in industrial wastes and methods for metal ions recovery - p. Page viii 10. Chapter Two : Approach of microfiltration, ultrafiltration, and membrane reactors in the recovery of essential metals from industrial wastewater - p. Page 13 11. Chapter Three : Chemical leaching process for essential metal recovery from industrial wastes - p. Page 33 12. Chapter Four : Heavy metal harmony: Sustainable solutions for industrial effluent treatment - p. Page 51 13. Chapter Five : Approach of NF, RO and integrated system in recovery of essential metals from industrial effluents - p. Page 68 14. Chapter Six : Application of different techniques for platinum and gold recovery from electronic waste - p. Page 92 15. Chapter Seven : Recovery of copper from acid mine drainage using advanced recovery techniques - p. Page 129 16. Chapter Eight : Technologies for the recovery of nickel and copper from electroplating industrial effluent - p. Page 160 17. Chapter Nine : Removal of heavy metals from wastewater using synthetic chelating agents: A review - p. Page 192 18. Chapter Ten : Photocataytic demetallization of industrial sludge - p. Page 212 19. Chapter Eleven : Recovery of lithium and lead ions from battery industry wastes using advanced separation techniques - p. Page 231 20. Chapter Twelve : Critical review on various recycling methods of indium from flat panel displays - p. Page 256 21. Chapter Thirteen : Recovery of lanthanum and cerium from rare earth polishing powder wastes - p. Page 272 22. Chapter Fourteen : Recent advances in the recovery of neodymium and dysprosium from industrial waste - p. Page 291 23. Chapter Fifteen : Physicochemical recovery of yttrium and europium from industrial sludge - p. Page 313 24. Chapter Sixteen : Recovery of zinc from a variety of industrial wastes - p. Page 329 25. Chapter Seventeen : Cutting-edge technologies for the recovery of cobalt from different waste discards - p. Page 358 26. Chapter Eighteen : Futuristic augmentation of various industrial wastes for the green recovery of high-valued metal ions - p. Page 384 27. Chapter Nineteen : Regulatory aspects of metal ion recovery and possible policy suggestions - p. Page 432 28. Index - p. Page 460
Metal Value Recovery from Industrial Waste Using Advanced Physicochemical Treatment Technologies focuses on the fundamental and advanced topics involved with the technologies for the extraction of metal ions from different industrial discarded volumes which may be sludge or wastewater. Uniqueness of the book lies in the fact that it covers each topic related to industrial wastes and elaborates on discussions on metal ion recovery to make the readers confident about the topics and concepts explained in the section. Moreover, this book examines high potential in different downstream processes like membrane filtration, hybrid techniques, chemical leaching, electrochemical techniques, and a variety of advanced recovery techniques. Emphasis is given to state-of-the-art concept, latest research, practical applications or commercialization through case studies, and comparative evaluation of the processes for metal ion recovery from industrial wastes.
1. Metal Value Recovery from Industrial Waste Using Advanced Physicochemical Treatment Technologies - p. Page i 2. Cover - p. Page i 3. Front Matter - p. Page i 4. Table of Contents - p. Page iv 5. Copyright - p. Page v 6. Contributors - p. Page vi 7. List of Illustrations - p. Page vii 8. List of Tables - p. Page viii 9. Chapter One : Metal components in industrial wastes and methods for metal ions recovery - p. Page viii 10. Chapter Two : Approach of microfiltration, ultrafiltration, and membrane reactors in the recovery of essential metals from industrial wastewater - p. Page 13 11. Chapter Three : Chemical leaching process for essential metal recovery from industrial wastes - p. Page 33 12. Chapter Four : Heavy metal harmony: Sustainable solutions for industrial effluent treatment - p. Page 51 13. Chapter Five : Approach of NF, RO and integrated system in recovery of essential metals from industrial effluents - p. Page 68 14. Chapter Six : Application of different techniques for platinum and gold recovery from electronic waste - p. Page 92 15. Chapter Seven : Recovery of copper from acid mine drainage using advanced recovery techniques - p. Page 129 16. Chapter Eight : Technologies for the recovery of nickel and copper from electroplating industrial effluent - p. Page 160 17. Chapter Nine : Removal of heavy metals from wastewater using synthetic chelating agents: A review - p. Page 192 18. Chapter Ten : Photocataytic demetallization of industrial sludge - p. Page 212 19. Chapter Eleven : Recovery of lithium and lead ions from battery industry wastes using advanced separation techniques - p. Page 231 20. Chapter Twelve : Critical review on various recycling methods of indium from flat panel displays - p. Page 256 21. Chapter Thirteen : Recovery of lanthanum and cerium from rare earth polishing powder wastes - p. Page 272 22. Chapter Fourteen : Recent advances in the recovery of neodymium and dysprosium from industrial waste - p. Page 291 23. Chapter Fifteen : Physicochemical recovery of yttrium and europium from industrial sludge - p. Page 313 24. Chapter Sixteen : Recovery of zinc from a variety of industrial wastes - p. Page 329 25. Chapter Seventeen : Cutting-edge technologies for the recovery of cobalt from different waste discards - p. Page 358 26. Chapter Eighteen : Futuristic augmentation of various industrial wastes for the green recovery of high-valued metal ions - p. Page 384 27. Chapter Nineteen : Regulatory aspects of metal ion recovery and possible policy suggestions - p. Page 432 28. Index - p. Page 460
