Abstract
The world production of nickel at 2.36 million tonnes in 2019 ranks fifth in the output of non-ferrous metals after aluminum, copper, zinc and lead. Nickel is produced from both sulphide ores—representing ~30% of world nickel production—and oxide ores—representing ~70% of world nickel production, with nickel now a vital component in batteries which will power much of the new electric transportation age. The top ten nickel smelter producing countries (2019) include in order: China, Indonesia, Russia, Canada, Australia, New Caledonia, Brazil, Finland, Philippines and Japan. The present paper takes the reader on a virtual tour of most of the nickel sulphide and nickel laterite plants throughout the world with a focus on smelter facilities. Operations and technology employed at each plant visited on the virtual tour are discussed including a brief historical sketch. Future trends identified during the world tour are also discussed with respect to technology and products. The present authors considered that enough time was required for a thorough study tour and settled on eighty days—the same as that for the celebrated fictional story of world circumnavigation in the 1870s—a time when nickel was in its infancy and considered a rare metal.
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References
Grant A (2016) A British history of “German silver”, Part II. J Antique Metalware Soci 24:48–77
Tylecote RF (1976) A history of metallurgy, The Metals Society, UK
Rosenberg SJ (1968) NBS Monograph 106, Nickel and its alloys, National Bureau of Standards, Washington, DC, pp 1–6
Holloway GT (1917) Report of the Royal Ontario Nickel Commission: with appendix. Ontario, Canada, Toronto
USGS (2020) Nickel 1932-present, https://minerals.usgs.gov/minerals/pubs/commodity/nickel/
Riley J (1899) Alloys of iron and nickel. J Iron Steel Institute 35:45
Sheffield City Council (2020) Sources for the study of Harry Brearley and stainless steel, Sheffield Libraries Archives and Information 2011 (v.1.0). www.sheffield.gov.uk/archives
Vahed A et al (2017) Meeting today’s challenges in nickel production: reducing operating costs at nickel sulphide and laterite plants. Paper presented at the 56th annual conference of Metallurgists—2017 international nickel-cobalt symposium, 27–30 August 2017, Vancouver, Canada. ISBN 978-1-926872-36-0
Vahed A et al (2015) A review of technology developments in nickel pyrometallurgy and nickel production trends over the last three decades. Paper presented at the 54th annual conference of metallurgists, 23–26 August 2015, Toronto, Canada. ISBN 978-1-926872-32-2
International Nickel Study Group Insight, April 2012-No 16
Richter W (2020) Wolf Street crude steel production: China blows the doors off rest of the world, wolfstreet.com (6 June 2020)
Reuters staff (2019) China’s Jinchuan confident it can full Indonesia nickel ore void. https://www.reuters.com/article/us-china-nickel-jinchuan/chinas-jinchuan-confident-it-can-fill-indonesia-nickel-ore-void-idUSKBN1XF17J (5 November 2019)
MiningLink Newsletter (2019) bhp Billiton: Kalgoorlie nickel smelter. www.bhpbilliton.com (F8 2019)
Rodd L et al (2010) SNNC: A new ferronickel smelter in Korea. Ferronickel smelting, Paper presented at the Infacon XII: International ferro-alloys congress, 6–9 June, 2010, pp 697–708, Helsinki, Finland
Jeoung HH et al (2018) The features of the SNNC’s largest FeNi smelting furnace. Paper presented at the Infacon XV: International ferro-alloys congress, 25–28 February 2018, Cape Town, South Arica
Coral Bay Nickel Corporation website
Tsingshan Indonesia websites information
Mining Technology (2018) Future of mining: Anaconda Nickel Ltd nickel and cobalt mine. www.mining-technology.com
King, M.G. (2005) Nickel laterite technology—finally a new dawn? JOM 57:35–39
Eramet newsletter (2020) SLN: A long-standing player in nickel. www.eramet.com/en/SLN. Accessed 4 July 2020
Warner AEM et al (2006) World nonferrous smelter survey, Part III: Nickel: laterites. J Metals, 11–20
Xstrata Nickel Newsletter (2007) Koniambo Project 17 October 2007
Sherritt International—Operations—Metals—Ambatovy Joint Venture (2019). https://www.sherritt.com/English/operations/metals/Ambatovy-JointVenture
Conic Metals Corporation (2020) Investor presentation April 2020. www.concmetals.com
Metal Bulletin Fastmarkets (2020) Ambatovy “exit” will not affect nickel cobalt output in Madagascar. http://www.metalbulletin.com, 26 August 2020
Jacob M (2006) Process description and abbreviated history of Anglo Platinum’s Waterval Smelter. Paper presented at the South African pyrometallurgy 2006, Johannesburg, South Africa 5–8 March 2006
Jones R (2005) An overview of the South African PGM smelting. Paper presented at the 44th annual conference of metallurgists, Calgary, Canada, 21–24 August 2005
Hundermark RJ (2011) The smelting operations of Anglo American’s platinum business: an update. Paper presented at the South African pyrometallurgy 2011, Johannesburg, South Africa 6–9 March 2011
Boldt JR, Queneau P (eds) (1967) The winning of nickel, its geology, mining, and extractive metallurgy. Longmans, Canada Ltd
Langer B (1979) Ferronickel production at Morro do Niquel, Minas Gerais, Brazil, Paper presented at the TMS international laterite nickel symposium, Chapter 22, pp 397–411, AIME-SME
Pecora WT (1944) Nickel-Silicate and associated nickel-cobalt-manganese-oxide deposits near Sao Jose do Tocantins, Goiaz, Brazil, US Geological Survey, Bulletin 935-E, Washington, 1944
The Editor (1981) Brazil’s second nickel producer goes on stream at 5,000 mt/yr., Eng. Min. Journal, December, pp 123–124
Stober F et al (2015) Optimization of capital cost and smelter revenue-integrated team rebuild of Barro Alto furnaces, Paper presented at the conference of metallurgists, Toronto, August 2015. The metallurgical society of CIM, Montreal, Quebec, Canada
Moore P (2019) Anglo updates on Barro Alto bulk sorting project, trial about to commence
International Mining, 12 Nov 2019
Rodrigues RL et al (2010) The Onça Puma nickel project, Paper presented at the conference of metallurgists, Vancouver, August 2010. The metallurgical society of CIM, Montreal, Quebec, Canada
Southall S et al (2012) Rapid redesign and restart of the Vale Onca Puma nickel smelter. Paper presented at the Infacon XIV-the fourteenth international ferroalloys congress, Kiev, Ukraine
Kift RJ et al (2004) A historical overview of Cerro Matoso operation 1980 to 2003. Paper presented at the TMS international Laterite Nickel symposium, Charlotte, North Carolina 2004
Mining Data Solutions-Major mines and projects: Cerro Matoso. https://miningdataonline.com/property/336/Cerro-Matoso-Mine.aspx
Thornhill PG et al (1979) Development of Falconbridge ferronickel process. Paper presented at the TMS international laterite nickel symposium, 1979
Archibald FR Hatch GG (1973) Electric arc furnace operation, US Patent 3,715,200. 6 February 1973
Walker C et al (2009) Nickel laterite rotary kiln-electric furnace plants of the future. Paper presented at the 48th annual conference of metallurgists, international symposium-pyrometallurgy of nickel and cobalt, pp 33–50, Sudbury, Canada, August 2009
Kerfoot DG et al (2011) The Nickel Industry in Canada 1961 to 2011. The Canadian Metallurgical and Materials Landscape 1960 to 2011. MetSoc
Muinonen S et al (2017) The Sudbury integrated nickel operations converting practice—An update, paper presented at COM2017, The conference of metallurgists, Vancouver, BC, Canada, The metallurgical society of CIM, and Montreal. Quebec, Canada
Diaz C et al (2011) The Nickel Industry in Canada 1961 to 2011. The Canadian Metallurgical and Materials Landscape 1960 to 2011. MetSoc
Sherritt International Corporation (2014) NI 43-101 technical report on the Ambatovy nickel project in Madagascar, September 21. Fort Saskatchewan, Canada
Acknowledgements
The authors wish to gratefully acknowledge Wood Mackenzie Ltd., London for kindly providing and allowing the use of much of the statistical data used in this paper.
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Vahed, A., Mackey, P.J., Warner, A.E.M. (2021). “Around the Nickel World in Eighty Days”: A Virtual Tour of World Nickel Sulphide and Laterite Operations and Technologies. In: Anderson, C., et al. Ni-Co 2021: The 5th International Symposium on Nickel and Cobalt. The Minerals, Metals & Materials Series. Springer, Cham. https://doi.org/10.1007/978-3-030-65647-8_1
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