Solid wastes management in sulphide mines: from waste characterisation to safe closure of disposal sites

References

• Adam K., et al 1996 “Comparison of static test techniques for the prediction of acid rock drainage in polymetallic sulphide mines. In Richardson P.A. and Schneiner B.J. eds Proceedings of the Engineering Foundation conference on technological solutions for pollution prevention in the mining and mineral processing industries, Palm Coast, Florida, January 22–27, 1995. New York: Engineering Foundation 45 55
   Google Scholar
• Adam K. Kourtis A. Gazea B. Kontopoulos A. 1997 “Evaluation of static tests used to predict the potential for acid drainage generation at sulphide mine sites.” Transactions of IMM, Section A, Vol 106 A1 A8
   Google Scholar
• Adam K. Mylona E. 2001 “Closure plan of a pyrite concentrate stockpile at Stratoni mines, Greece”, Proceedings of the Intl. Workshop “New Frontiers in Reclamation: Facts & Procedures in Extractive Industry”, September 19–21, Milos Greece
   Google Scholar
• BRGM (2001). “Management of Mining, Quarrying and Ore‐Processing Waste in the European Union”, Study made for DG Environment, EC, 2001
   Google Scholar
• CLOTADAM (2001–2002). “The treatment of mine waste to achieve cost effective engineered Closure of Tailings Dams” EU GROWTH 2000, GIRD‐CT‐2001‐04480
   Google Scholar
• COM (2000) 265. “Promoting sustainable development in the EU non‐energy extractive industry”. Communication from the community
   Google Scholar
• COM (2000) 664. “Safe Operation of mining activities: a follow up of recent mining accidents”, Communication from the community
   Google Scholar
• Commission of the European Communities Working Document no 3 (2002). “The Management of waste from the extractive industry”
   Google Scholar
• Doran J.R. McIntosh J.A. 1995 Preparation, review and approval of mine closure plans in Ontario, Canada, Proceedings, Conference of Sudbury '95‐Mining and the Environment, T.P. Hynes, and M.C. Blanchette (Eds.), CANMET Ottawa 1 281 288
   Google Scholar
• “Draft of Acid Rock drainage Technical Guide”, (1989), BiTech Publishers, Vancouver Canada
   Google Scholar
• EC, JRC Seville, (2002). “Draft Reference Document on Best Available Techniques for Management of Tailings and Waste‐Rock in Mining Activities”, Draft September 2002 347
   Google Scholar
• Gaidajis G. Mylona E. Adam K. 2001 “A reclamation scheme for sulphidic waste rock at Stratoni mines, Greece”, Proceedings of the Intl Workshop “New Frontiers in Reclamation: Facts & Procedures in Extractive Industry”, September 19–21, 2001 Milos Greece
   Google Scholar
• Gaidajis G. Mylona E. Adam K. Gazea B. 2003 “Pilot scale field performance of a reclamation scheme for sulphidic waste rock at Stratoni mines, Greece”, submitted for publication
   Google Scholar
• Kontopoulos A. Adam K. Monhemius J. Cambridge M. Kokkonis D. 1996 “Integrated Environmental Management in Polymetallic Sulphide Mines”, presented in the Fourth International Symposium on Environmental Issues and Waste Management in Energy and Mineral Production, Cagliari
   Google Scholar
• Kontopoulos A. 1998 “Acid Mine Drainage Control”, Chapter 2, in Effluent Treatment in the Mining Industry (S.H. Castro, F. Vegara, and M.A. Sànchez, Eds.), University of Concepcion‐Chile 57 118
   Google Scholar
• Lawrence R.W., et al 1989 “Assessment of predictive methods for the determination of AMD potential in mine tailings and waste rock”. In Proceedings of the International symposium on tailings and effluent management, Halifax, Chalkley M.E., et al eds (New York, et.: Pergamon) 317 31
   Google Scholar
• MIRO: “A Technical framework for Mine Closure Planning”, (1999 Technical Review Series No. 20, January 1 135
   Google Scholar
• Mylona E. Adam K. Kontopoulos A. 1995 “Alkaline additives for the prevention of acid generation from sulphide mine wastes” in Technologies for the Rehabilitation of Mining Works, Joint publication NTUA, Universite Libre de Bruxelles Athens 1995 1 33
   Google Scholar
• Mylona E. Xenidis A. Gazea E. Adam K. Paspaliaris I. 2002 “Formation of a Low Permeability Cover for Sulphidic Tailings with Lignite Fly Ash Or Bentonite” TMS Fall 2002 Extraction & Processing Division Meeting on Recycling & Waste Treatment in Mineral & Metal Processing: Technical and Economic Aspects, June 16–20, 2002 Lulea Sweden 1 14
   Google Scholar
• PRAMID. “Prediction, preventive and remedial action against acid mine drainage” (1992–1996) BRE2‐CT92‐0361: 18p
   Google Scholar
• Price W.A. Morin K. Hutt N. 1997 “Guidelines for the prediction of acid rock drainage and metal leaching for mines in British Columbia: Part II. Recommended procedures for static and kinetic testing”. In 4 {\rm ^{th}} International Conference on Acid Rock Drainage, I Vancouver 15 30
   Google Scholar
• Ritchey G.M. 1989 “Tailings Management, Problems and Solution in the Mining Industry”, Elsevier
   Google Scholar
• ROLCOSMOS “Innovative Industrial Technologies for the Rehabilitation of Land Contaminated from Polymetallic Sulphide Mining & Processing Operations”, BRPR‐CT96‐0297, Project Reports
   Google Scholar
• SEVESO Council Directive 96/82/EC on the control of major accident hazards involving dangerous substances
   Google Scholar
• Sobek A., et al 1978 “Field and laboratory methods applicable to over‐burden and minesoils” (Cincinnati, Ohio: U.S. Environmental Protection Agency) 203 EPA 600/2‐78‐54
   Google Scholar