3386 XXXI International Mineral Processing Congress 2024 Proceedings/Washington, DC/Sep 29–Oct 3
Iwasaki, I., and S. R. Cooke. 1958. “The decomposition
of xanthate in acid solution.” Journal of the American
Chemical Society 80 (2): 285–288.
Mudd, Gavin M. 2010. “Global trends and environmental
issues in nickel mining: Sulfides versus laterites.” Ore
Geology Reviews 38: 9–26.
Nakajima, Kenichi, Keisuke Nansai, Kazuyo Matsubae,
Makoto Tomita, Wataru Takayanagi, and Tetsuya
Nagasaka. 2017. “Global land-use change hidden
behind nickel consumption.” Science of The Total
Environment 586: 730–737.
Seiler, S., G. Sánchez, M. Pawlik, P. Bradshaw, and B.
Klein .2023. “Awaruite, a New Large Nickel Resource:
Flotation under Weakly Acidic Conditions.” Minerals
13 (9): 1147.
Seiler, S., G. Sánchez, P. Bradshaw, and B. Klein.
2023. “Awaruite, a new large nickel resource. Part
2: Assessment of magnetic separation.” Minerals
Engineering 191: 107966.
Seiler, S., G. Sánchez, E. Teliz, V. Díaz, P. Bradshaw, and
B. Klein. 2022. “Awaruite (Ni3Fe), a new nickel large
resource: Electrochemical characterization and sur-
face composition under flotation-related conditions.”
Minerals Engineering 184: 107656.
Seiler, S., G. Sánchez, P. Bradshaw, and B. Klein. 2022.
“Awaruite, a new large nickel resource. Part 1: physico-
chemical properties and their implication for mineral
processing.” Minerals Engineering 186: 107754.
Seiler, S., P. Bradshaw, and B. Klein. 2023. “Awaruite, a new
large nickel resource: Activation by ammonium sulfate
and thiosulfate for flotation.” Chemical Engineering
Journal Advances 13: 100441.
Selby, M., and D. T. White. 2011. “Commodity Marketing
-Nickel.” In Cost Estimation Handbook, 502–507.
AusIMM.
Senior, G.D., and S.A. Thomas. 2005. “Development and
implementation of a new flowsheet for the flotation of
a low grade nickel ore.” International Journal of Mineral
Processing 78: 49–61.
Uddin, S., S.R. Rao, M. Mirnezami, and J.A. Finch. 2012.
“Processing an ultramafic ore using fiber disintegra-
tion by acid attack.” International Journal of Mineral
Processing 102–103: 38–44.
Ulrich, G. H. F. 1890. “On the discovery, mode of occurer-
ence, and distribution of nickel-iron alloy awaruite on
the west coast of South Island, New Zealand.” Quarterly
Journal of the Geological Society 46: 619–633.
Warner, A. E. M., C. M. Díaz, A. D. Dalvi, P. J. Mackey, A.
V. Tarasoy, and R. T. Jones. 2007. “JOM world nonfer-
rous smelter survey Part IV: Nickel: Sulfide.” JOM 59
(4): 58–72.
Iwasaki, I., and S. R. Cooke. 1958. “The decomposition
of xanthate in acid solution.” Journal of the American
Chemical Society 80 (2): 285–288.
Mudd, Gavin M. 2010. “Global trends and environmental
issues in nickel mining: Sulfides versus laterites.” Ore
Geology Reviews 38: 9–26.
Nakajima, Kenichi, Keisuke Nansai, Kazuyo Matsubae,
Makoto Tomita, Wataru Takayanagi, and Tetsuya
Nagasaka. 2017. “Global land-use change hidden
behind nickel consumption.” Science of The Total
Environment 586: 730–737.
Seiler, S., G. Sánchez, M. Pawlik, P. Bradshaw, and B.
Klein .2023. “Awaruite, a New Large Nickel Resource:
Flotation under Weakly Acidic Conditions.” Minerals
13 (9): 1147.
Seiler, S., G. Sánchez, P. Bradshaw, and B. Klein.
2023. “Awaruite, a new large nickel resource. Part
2: Assessment of magnetic separation.” Minerals
Engineering 191: 107966.
Seiler, S., G. Sánchez, E. Teliz, V. Díaz, P. Bradshaw, and
B. Klein. 2022. “Awaruite (Ni3Fe), a new nickel large
resource: Electrochemical characterization and sur-
face composition under flotation-related conditions.”
Minerals Engineering 184: 107656.
Seiler, S., G. Sánchez, P. Bradshaw, and B. Klein. 2022.
“Awaruite, a new large nickel resource. Part 1: physico-
chemical properties and their implication for mineral
processing.” Minerals Engineering 186: 107754.
Seiler, S., P. Bradshaw, and B. Klein. 2023. “Awaruite, a new
large nickel resource: Activation by ammonium sulfate
and thiosulfate for flotation.” Chemical Engineering
Journal Advances 13: 100441.
Selby, M., and D. T. White. 2011. “Commodity Marketing
-Nickel.” In Cost Estimation Handbook, 502–507.
AusIMM.
Senior, G.D., and S.A. Thomas. 2005. “Development and
implementation of a new flowsheet for the flotation of
a low grade nickel ore.” International Journal of Mineral
Processing 78: 49–61.
Uddin, S., S.R. Rao, M. Mirnezami, and J.A. Finch. 2012.
“Processing an ultramafic ore using fiber disintegra-
tion by acid attack.” International Journal of Mineral
Processing 102–103: 38–44.
Ulrich, G. H. F. 1890. “On the discovery, mode of occurer-
ence, and distribution of nickel-iron alloy awaruite on
the west coast of South Island, New Zealand.” Quarterly
Journal of the Geological Society 46: 619–633.
Warner, A. E. M., C. M. Díaz, A. D. Dalvi, P. J. Mackey, A.
V. Tarasoy, and R. T. Jones. 2007. “JOM world nonfer-
rous smelter survey Part IV: Nickel: Sulfide.” JOM 59
(4): 58–72.