Mine Tailings: Problem or Opportunity? Towards a Combined Remediation and Resource Recovery Approach

ISSN: 2199-3823 (Print) 2199-3831 (Online)

In this topical collection (12 articles)

  1. Correction

    Correction to: Preface to the Thematic Section: Mine Tailings: Problem or Opportunity? Towards a Combined Remediation and Resource Recovery Approach

    Lieven Machiels, Max Frenzel, Daniel Goldmann… Page 595
    Download PDF (283KB) View Article

  2. Thematic Section: Mine Tailings: Problem or Opportunity? Towards a Combined Remediation and Resource Recovery Approach

    Preface to the Thematic Section: Mine Tailings: Problem or Opportunity? Towards a Combined Remediation and Resource Recovery Approach

    Lieven Machiels, Max Frenzel, Daniel Goldmann… Pages 1440-1443
    Download PDF (656KB) View Article

  3. Thematic Section: Mine Tailings: Problem or Opportunity? Towards a Combined Remediation and Resource Recovery Approach

    Chemical Leaching of Sulfidic Mining Waste, Plombières Tailings Pond, Eastern Belgium: Insights from a Mineralogical Approach

    Srećko Bevandić, Panagiotis Xanthopoulos… Pages 1444-1455
    Download PDF (2543KB) View Article

  4. Thematic Section: Mine Tailings: Problem or Opportunity? Towards a Combined Remediation and Resource Recovery Approach

    Characterization of Mine Waste from a Former Pb–Zn Mining Site: Reactivity of Minerals During Sequential Extractions

    Valérie Cappuyns, Van Axelle Campen, Srećko Bevandić… Pages 1456-1468
    Download PDF (1702KB) View Article

  5. Thematic Section: Mine Tailings: Problem or Opportunity? Towards a Combined Remediation and Resource Recovery Approach

    Turning Mine Waste into a Ceramic Resource: Plombières Tailing Case

    Francisco Veiga Simão, Hilde Chambart… Pages 1469-1482
    Download PDF (2523KB) View Article

  6. Thematic Section: Mine Tailings: Problem or Opportunity? Towards a Combined Remediation and Resource Recovery Approach

    Physical–Chemical Characterization of the Neves Corvo Extractive Mine Residues: A Perspective Towards Future Mining and Reprocessing of Sulfidic Tailings

    Alexandra Gomez Escobar, Jorge M. R. S. Relvas… Pages 1483-1505
    Download PDF (3324KB) View Article

  7. Thematic Section: Mine Tailings: Problem or Opportunity? Towards a Combined Remediation and Resource Recovery Approach

    Silylated Thiol-Containing Cellulose Nanofibers as a Bio-Based Flocculation Agent for Ultrafine Mineral Particles of Chalcopyrite and Pyrite

    Ana Luiza Coelho Braga de Carvalho, Feliciana Ludovici… Pages 1506-1522
    Download PDF (7572KB) View Article

  8. Thematic Section: Mine Tailings: Problem or Opportunity? Towards a Combined Remediation and Resource Recovery Approach

    Leaching of Cu, Zn, and Pb from Sulfidic Tailings Under the Use of Sulfuric Acid and Chloride Solutions

    Tamara A. Schueler, Paula F. de Aguiar, Ysrael M. Vera… Pages 1523-1536
    Download PDF (4240KB) View Article

  9. Thematic Section: Mine Tailings: Problem or Opportunity? Towards a Combined Remediation and Resource Recovery Approach

    Fundamental Insights in Alcoholic Ammoniacal Systems for Selective Solvometallurgical Extraction of Cu, Zn, and Pb from Tailings

    Maarten Everaert, Felipe Guerrero, Nor Kamariah… Pages 1537-1551
    Download PDF (4461KB) View Article

  10. Thematic Section: Mine Tailings: Problem or Opportunity? Towards a Combined Remediation and Resource Recovery Approach

    Recovery of Copper from Ammoniacal Leachates by Ion Flotation

    Panagiotis Xanthopoulos, Demian Kalebić, Nor Kamariah… Pages 1552-1564
    Download PDF (1426KB) View Article

  11. Thematic Section: Mine Tailings: Problem or Opportunity? Towards a Combined Remediation and Resource Recovery Approach

    Closing the Loop in Ion Flotation: Recovery of Copper, Regeneration and Reuse of Collector from the Foam Phase by a Solvometallurgical Process

    Panagiotis Xanthopoulos, Koen Binnemans Pages 1565-1574
    Download PDF (1060KB) View Article

  12. Thematic Section: Mine Tailings: Problem or Opportunity? Towards a Combined Remediation and Resource Recovery Approach

    Potential of Mechanochemically Activated Sulfidic Mining Waste Rock for Alkali Activation

    He Niu, Lugas Raka Adrianto, Alexandra Gomez Escobar… Pages 1575-1588
    Download PDF (2721KB) View Article