Metal Value Recovery from Industrial Waste Using Advanced Physicochemical Treatment Technologies

<p>Preface<br>Foreword<br>About the Editors<br><br>1. Metal components in industrial wastes and methods for metal ions recovery<br>2. Approach of Microfiltration, Ultrafiltration, and Membrane Reactors in the Recovery of Essential Metals from Industrial Wastewater<br>3. Chemical Leaching Process for Essential Metal Recovery from Industrial Wastes<br>4. Heavy metal harmony: Sustainable solutions for industrial effluent treatment<br>5. Approach of NF, RO and integrated system in recovery of essential metals from industrial effluents<br>6. Application of different techniques for platinum and gold recovery from electronic waste<br>7. Recovery of copper from acid mine drainage using advanced recovery techniques<br>8. Technologies for the recovery of nickel and copper from electroplating industrial effluent<br>9. Removal of heavy metals from wastewater using synthetic chelating agents: A review<br>10. Photocataytic demetallization of industrial sludge<br>11. Recovery of lithium and lead ions from battery industry wastes using advanced separation techniques<br>12. Critical review on various recycling methods of indium from flat panel displays<br>13. Recovery of lanthanum and cerium from rare earth polishing powder wastes<br>14. Recent advances in the recovery of neodymium and dysprosium from industrial waste<br>15. Physicochemical recovery of yttrium and europium from industrial sludge<br>16. Recovery of zinc from a variety of industrial wastes<br>17. Cutting-edge technologies for the recovery of cobalt from different waste discards<br>18. Futuristic augmentation of various industrial wastes for the green recovery of high-valued metal ions<br>19. Regulatory aspects of metal ion recovery and possible policy suggestions<br><br>Acknowledgements<br>Dedications</p>