Thirty years of turbulent change in the gold industry

CIM Bulletin

Volumn 91, Issue 1025, 1998, Pages 55-67

  Fleming, C A ^a  

^a NONE

Author keywords

[No Author keywords available]

Indexed keywords

EXTRACTIVE METALLURGY; GOLD ORE TREATMENT; INDUSTRIAL ECONOMICS; ION EXCHANGE; LEACHING; ORE ROASTING; PUBLIC POLICY;

REFRACTORY ORES;

GOLD MINES;

ECONOMICS; ENVIRONMENTAL EFFECT; GOLD; MINERALS INDUSTRY; MINING;

EID: 0032214904     PISSN: 03170926     EISSN: None     Source Type: Trade Journal    
DOI: None     Document Type: Article

References (45)

1. ADAMS, M.D. and FLEMING, C.A., 1989.The mechanism of adsorption of aurocyanide onto activated carbon. Metal. Trans. B., Vol. 20B, p. 315-325.
2. ANONYMOUS, 1978. Gold from Russia's Muruntau deposit. Coal, Gold, Base Miner, Vol. 26, p. 75-81.
3. BOLINSKY, L. and SHIRLEY, J., 1996. Russian resin in pulp technology, current status and recent developments. Randol Gold Forum, Squaw Creek, California. p. 419-424.
4. CORRANS, I.J. and ANGROVE, J.E., 1992. Activation of a Mineral Species. Australian Patent Application No. PK 9121, PL 3016, October.
5. CORRANS, I.J., ANGROVE, J.E., and JOHNSON, G., 1995. The treatment of refracory copper-gold ores using Activox® processing. Randol Gold Forum, Perth, Australia, p. 221-224.
6. DAVIDSON, R.J., VERONESE, V., and NKOSI, M.V., 1979. The use of activated carbon for the recovery of gold and silver from golc plant solutions. SAIMM, Vol. 79, No. 10, p. 281-297.
7. DAVIS, D., ROBERTSON, D.J., KIRKWOOD, W., and GOODMAN, J., 1946. Cyanide and regeneration plant and practice at Flin Flon. The Canadian Institute of Mining and Metallurgy, Transactions, Vol. XLIX, p. 130-142.
8. DeSOMBER, R.K., FERNANDEZ, R., McANANY, L., STOLARSKI, E., and SCHMIDT, G, 1996. Refractory ore treatment plant at Newrnont Gold Company. Randol Gold Forum, Squaw Creek, California, p. 239-248.
9. DETER, K.W. and McCORD, T.H., 1991. Oxygen whole ore roasting at Jerritt Canyon Joint Venture. SME Annual Meeting, Denver, Colorado, February.
10. DIXON, S.N., CHO, E.H., and PITT, C.H., 1978. The interaction between gold cyanide, silver cyanide and high surface area charcoal. AlChE J. Sym. Ser. 174, No. 173, p. 75-83.
11. DYMOV, I., FERRON, C.J., and FLEMING, C.A., 1997. Development of a novel cyanide recovery process for an oxidized gold/silver ore. Randol Gold Forum, Monterey, California. 8 p.
12. FLEMING, C.A., 1982. Recent developments in carbon-in-pulp technology in South Africa. Hydrometallurgy-Research, Development and Plant Practice. Edited by K. Osseo-Asare and J.D. Miller. Metallurgical Society of AIME, p. 829-858.
13. FLEMING, C.A., 1991, Resin-in-pulp as an alternative process for gold recovery from cyanide leach slurries. Proceedings of the 23rd Annual Meeting of the Canadian Mineral Processors of CIM, Ottawa, 16 p.
14. FLEMING, C.A. and NICOL, M.J., 1984. The adsorption of gold cyanide onto activated carbon. III. Factors influencing the rate of loading and equilibrium capacity. SAIMM, Vol. 84, No. 4, p. 85-93.
15. FLEMING, C.A. and SEYMORE, D., 1989. Golden Jubilee resin-in-pulp plant for gold recovery. Proceedings of the Randol Gold Conference, Sacramento, California. p. 297-307.
16. FLEMING, C.A. and SEYMORE, D., 1990. The Golden Jubilee RIP plant-recent changes and improvements in plant performance. Proceedings of the Randol Gold Forum, Squaw Valley, California, p. 237-242.
17. FLEMING, C.A., GROT, W.G., and THORPE, J., 1995. Hydrometallurgical Extraction Process. U.S. Patent No. 5, 411, 575, May.
18. FOLLAND, G. and PEINEMANN, B., 1989. Lurgi's circulating fluid bed applied to gold roasting. Engineering and Mining Journal, October.
19. FRASER, K.S., PIETERSE, H.P., and THOMAS, K.G., 1991. The Goldstrike pressure oxidation plant. 93rd Annual General Meeting of the CIM, Vancouver, British Columbia.
20. GREEN, B.R., ASHURST, K.G., and CHANSTON, T.E., 1989. Dedicated resins for gold. Gold Forum on Technology Practices. World Gold '89, SME, Colorado. p. 341-353.
21. HAINES, A.K., 1986. Factors influencing the choice of technology for the recovery of gold from refractory arsenical ores. In Gold 100. Proceedings of the International Conference on Gold. Edited by C.E. Fivaz and R.P. King. Extractive Metallurgy of Gold, SAIMM, Vol. 2, p. 227-234.
22. HALL, K.B., 1974. Homestake carbon-in-pulp process. American Mining Congress Meeting, Las Vegas, Nevada. 16 p.
23. HEINEN, H.J. and PORTER, B., 1969. Experimental leaching of gold from mine waste. U.S. Bureau of Mines. Rep. Invest., Rl 7250.
24. HEMMATI, M., HENDRIX, J.L., NELSON, J.H., and MILOSAVLJEVIC, E.G., 1989. Study of the thiosulphate leaching of gold from carbonaceous ore. Extraction Metallurgy '89. Edited by M.C. Jha and S.D. Hill. TMS Annual Meeting, Las Vegas, p. 665-667.
25. KUDRYK, V. and KELLOGG, H.H., 1954. Mechanism and rate-controlling factors in the dissolution of gold in cyanide solution. J. Met., Vol. 6, No. 5, p. 541-548.
26. LAXEN, P.A., 1984. Carbon in pulp in South Africa. Hydrometallurgy,Vol. 13, No. 2, p. 169-192.
27. LAXEN, P.A., BECKER, G.S.M., and RUBIN, R., 1979. Developments in the application of carbon in pulp to the recovery of gold from South African ores, SAIMM, Vol. 79, No. 11, p. 315-326.
28. MARCHBANK, A.R., THOMAS, K.G., DREISINGER, D., and FLEMING, C.A., 1996. Gold recovery from refractory carbonaceous ores by pressure oxidation and thiosulphate leaching. U.S. Patent 5, 536, 297, July. Assigned to Barrick Gold Corporation.
29. MASON, P.G., 1990. Energy requirements for the pressure oxidation of gold bearing Sulfides. J. Met., p. 15-18.
30. McDOUGALL, G.J. and FLEMING, C.A., 1987. Extraction of precious metals on activated carbon. In Ion Exchange and Sorption Processes in Hydrometallurgy. Edited by M. Streat and D. Naden. Soc. Chemical Industry, Chichester, 19, p. 56-126.
31. MERWIN, R.M., POTTER, G.M., and HEINEN, H.J., 1969. Heap leaching of gold ores in Northeastern Nevada. AIME, New York, Repr., 69-AS-79.
32. MUIR, C.W.A., HENDRICKS, L.P., and GUSSMAN, H.W., 1984. The treatment of refractory gold bearing flotation concentrates using pressure leaching techniques. In Precious Metals Mining, Extraction and Processing. Edited by V. Kudryk, D.A. Corrigan and W.W. Liang. AIME, Warrendale, Pennsylvania. p. 309-322.
33. MURRAY, S., KLAPWIJK, P., LeROUX, H., and WALKER, P., 1997. Gold 1997, Goldfields Mineral Services Ltd., Greencoat House, Francis Street, London SWIP IDH.
34. NICOL, M.J., FLEMING, C.A., and PAUL, R.L., 1987. The chemistry of the extraction of gold. In The Extractive Metallurgy of Gold in South Africa. Edited by G.G. Stanley. South African Institute of Mining and Metallurgy, Monogr. Ser., M7, p. 831-906.
35. POTTER, G.M. and SALISBURY, H.B., 1973. Innovations in gold metallurgy. Paper presented at the American Mining Congress/Environmental Show. Denver, Colorado, September 9-12, p. 54.
36. POTTER, G.M., BERGMANN, A., and HAIDLEN, U., 1986. Process of recovering copper and of optionally recovering silver and gold by leaching of oxide and sulphide-containing materials with water-soluble cyanides. U.S. Patent No. 4, 587, 110, May.
37. RIVEROS, P.A., MOLNAR, R.E., and McNAMARA, V.M., 1993. Alternative technology to decrease the environmental impact of gold milling. CIM Bulletin, Vol. 86, No. 986, p. 167-171.
38. SCHEINER, B.J., LINDSTROM, R.E., and HENNIE, T.A., 1971. Oxidation Process for improving gold recovery from carbon-bearing gold ores. U.S. Bureau of Mines R.I. 7573, 14 p.
39. SCHWELLNUS, A.H. and GREEN, B.R., 1988. Structural factors influencing the extraction of gold cyanide by weak-base resins. In Ion Exchange for Industry. Edited by M. Streat. Soc. Chem. Ind., London, p. 207-218.
40. SHOEMAKER, R.S., 1984, Gold: Quid non mortalia pectora cogis auri sacra fames. In Precious Metals: Mining, Extraction & Processing. Edited by V. Kudryk, D.A. Corrigan, and W.W. Liang. SMEAIME. p. 4-10.
41. VAN ASWEGEN, P.C., HAINES, A.K., and MARAIS, H.J., 1988. Design and operation of a commercial bacterial oxidation plant at Fairview. Proceedings of the Randol Gold Symposium, Perth. p. 144-147.
42. WAN, R.Y., LeVIER, K.M., and CLAYTON, R.B., 1994. Hydrometallurgical process for the recovery of precious metal values from precious metal ores with thiosulphate lixiviants. U.S. Patent 5, 3534, 359. Assigned to Newmont Gold Company & Newmont Mining Corporation.
43. WEIR, D.R. and BEREZOWSKY, R.M.G.S., 1984, Gold extraction from refractory concentrates. Proceedings of the 14th Annual Hydrometallurgy Meeting of CIM, Timmins, Ontario, October.
44. ZADRA, J.B., 1950. A process for the recovery of gold from activated carbon by leaching and electrolysis. U.S. Bureau of Mines, Reno, Nevada. Rep. Invest. 4672.
45. ZADRA, J.B., ENGEL, A.L., and HEINEN, H.J., 1952. Process for recovering gold and silver from activated carbon by leaching and electrolysis., U.S. Bureau of Mines, Reno, Nevada, Rep. Invest., 4843.