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Eliminating Negative Effects

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Global Mining Review,

In the May/June issue of Global Mining Review, Wendel Rodrigues, Wagner Silva, Pierre Fernandes, Pedro Gonzaga, and Ronaldo Fonseca, Clariant, describe how using a new reagent suite can reduce the negative effects of aluminosilicate minerals on gold flotation. This special report lists all the references contained within the article.

References

  1. JELDRES, R.I., URIBEB, L., CISTERNASA, L.A., GUTIERREZ, L., LEIVA, W.H., VALENZUELA, J., ‘The effect of clay minerals on the process of flotation of copper ores – A critical review’, Applied Clay Science (2019), Vol. 170, pp.57 – 9.
  2. FARROKHPAY, S., NDLOVU, B., BRADSHAW, D., ‘Behaviour of swelling clays versus non-swelling clays in flotation’, Minerals Engineering (2016), pp.96 – 97, pp.59 – 66.
  3. ZHAO, S., PENG, Y., ‘Effect of electrolytes on the flotation of copper minerals in the presence of clay minerals’, Minerals Engineering (2014), Vol.66 – 68, pp.152 – 156.
  4. JORJANI, E., BARKHORDARI, H.R., TAYEBI KHORAMI, M., FAZELI, A., ‘Effects of aluminosilicate minerals on copper-molybdenum flotation from Sarcheshmeh porphyry ores’, Minerals Engineering (2011), Vol. 24, pp.754 – 759.
  5. BULATOVIC, S.M., ‘Flotation behaviour of gold during processing of porphyry copper-gold ores and refractory gold-bearing sulphides’, Minerals Engineering (1997) Vol. 10, pp.895 – 908.
  6. MONTEIRO, L.V.S., XAVIER, R.P., HITZMAN, M.W., JULIANI, C., SOUZA FILHO, C.R., CARVALHO, E.R., ‘Mineral chemistry of ore and hydrothermal alteration at the Sossego iron oxide-copper-gold deposit, Carajás Mineral Province, Brazil’, Ore Geology Review (2008), Vol. 34, pp.317 – 336.
  7. PARKER, G.K., BUCKLEY, A.N., WOODS, R., HOPE, G.A., ‘The interaction of the flotation reagent, n-octanohydroxamate, with sulfide minerals’, Minerals Engineering (2012), Vol. 36 – 38, pp.81 – 90.
  8. TABATABAEI, R.H., NAGARAJ, D.R., VIANNA, M.S.M, NAPIER– MUNN, T.J., GORAIN, B., ‘The effect of non-sulphide gangue minerals on the flotation of sulphide minerals from Carlin-type gold ores’, Minerals Engineering (2014), Vol. 60, pp.26 – 32.
  9. NDLOVU, B., FARROKHPAY, S., BRADSHAW, D., ‘The effect of phyllosilicate minerals on mineral processing industry’, International Journal Mineral Processing (2013), Vol. 125, pp.149 – 156.
  10. RAMIREZ, A., ROJAS, A., GUTIERREZ, L., LASKOWSKI, J.S., ‘Sodium hexametaphosphate and sodium silicate as dispersants to reduce the negative effect of kaolinite on the flotation of chalcopyrite in seawater’, Minerals Engineering (2018), Vol. 125, pp.10 – 14.
  11. ZHANG, M., PENG, Y., ‘Effect of clay minerals on pulp rheology and the flotation of copper and gold minerals’, Minerals Engineering (2015), Vol. 70, pp.8 – 13.
  12. HANNA, H.S., SOMASUNDARAN, P., ‘Flotation of salt-type minerals’, Flotation: Gaudin Memorial Volume, edn. M.C. Fuerstenau, American Institute of Mining, Metallurgical, and Petroleum Engineers (New York: 1976), pp.197 – 272.
  13. FUERSTENAU, M.C., ‘Chemistry of Collectors in Solution Principles of Flotation’ (R.P. King, ed.), South African Institute of Mining and Metallurgy (Johannesburg: 1982), pp.1 – 16.
  14. RALSTON, J., FORNASIERO, D., HAYES, R., ‘Bubble–particle attachment and detachment in flotation’, International Journal Mineral Processing (1999), Vol. 56, pp.133 – 164.
  15. DUAN, J. FORNASIERO, D., RALSTON, J., ‘Calculation of the flotation rate constant of chalcopyrite particles in an ore’, International Journal Mineral Processing (2003), Vol. 72, pp.227 – 237.
  16. HENNE, A., CRAW, D., VASCONCELOS, P., SOUTHAM, G., ‘Bioleaching of waste material from the Salobo mine, Brazil: Recovery of refractory copper from Cu hosted in silicate minerals’, Chemical Geology (2018), Vol. 498, pp.72 – 82.
  17. SOMASUNDARAN, P., and MOUDGIL, B. M., ‘The effect of dissolved hydrocarbon gases in surfactant solutions on froth flotation of minerals’, Journal of Colloids Interface Science (1974), Vol. 47, Issue 2, pp.290 – 299.
  18. FUERSTENAU, D.W., PRADIP, ‘Zeta potentials in the flotation of oxide and silicate minerals’, Advances in Colloid and Interface Science (2005), Vol. 114 – 115, pp.9 – 26.
  19. CRUNDWELL, F.K., ‘On the mechanism of the flotation of oxides and silicates’, Minerals Engineering (2016), Vol. 95, pp.185 – 196.
  20. HUANG, Z., ZHONG, H., WANG, S., XIA, L., ZHAO, G., LIU, G., ‘Gemini trisiloxane surfactant: Synthesis and flotation of aluminosilicate minerals’, Minerals Engineering (2014), Vol. 56, pp.145 – 154.
  21. FILIPPOV, L.O., DUVERGER, A., FILIPPOVA, I.V., KASAINI, H., THIRY, J., ‘Selective flotation of silicates and Ca-bearing minerals: The role of non-ionic reagent on cationic flotation’, Minerals Engineering (2012), Vol. 36 – 38, pp.314 – 323.
  22. ORHAN, E.C., BAYRAKTAR, I., ‘Amine-oleate interactions in feldspar flotation', Minerals Engineering, (2006), Vol. 19, pp.48 – 55.
  23. SCOTT, J.L., SMITH, R.W., ‘Diamine flotation of quartz’, Minerals Engineering (1991), Vol. 4, Issue 2, pp.141 – 150.
  24. LASKOWSKI, J.S., ‘Weak electrolyte collectors’, in Advances in Flotation Technology, edn. K. Parekh and J. D. Miller, Society for Mining, Metallurgy and Exploration (Colorado: 1999), pp.59 – 82.
  25. ARAUJO, A.C., VIANA, P.R.M., PERES, A.E.C., ‘Reagents in iron ores flotation’, Minerals Engineering (2005), Vol. 18, pp.219 – 224.
  26. HORTA, D., MONTE, M.B.M., LEAL FILHO, L.S., ‘The effect of dissolution kinetics on flotation response of apatite with sodium oleate’, International Journal Mineral Processing (2016), Vol. 146, pp.97 – 104.

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