Abstract
A timely update on operating practice, recent developments and significant process parameters in the II ISF zinc-lead blast furnaces now operational worldwide.
Similar content being viewed by others
References
Morgan, S. W. K. and Greenwood, D. A., “The Metallurgical and Economic Behavior of Lead in the Imperial Smelting Furnace,” Journal of Metals, December 1968, 20, pp. 31–5.
Adami, A., Maczek, H. and Massion, W., “ISF Plant and Operation at Berzelius Smelter, Duisburg,” 97th Annual Meeting of AIME, New York, February 1968 (subsequently published in Erzmetall, 1969, 22, May, pp. 207-214).
Meisel, G. M., “New Generation Zinc Plants, Design Features and Effects on Costs,” Journal of Metals, August 1974, 26, pp. 25–32.
AAIME World Symposium on Mining and Metallurgy of Lead and Zinc, 1970, Vol. 2, Papers by: Sellwood, R. M., pp 581-618, Bonnemaison, J., Defonte, M. and Lefaucheux, A., pp. 619-648, Barlin, B., pp. 649-699.
Evans, C. J. G., “Sintering Techniques as Applied to the Imperial Smelting Proeess,” UNIDO Meeting on Lead-Zinc Industries, London 1970 Report No. ID/45.
Temple, D. A., and John, G. O., “The Treatment of Complex Zinc-Lead-Copper Ores in the Imperial Smelting Process,” Trans. CIMM 1971, 74, 52–60.
Robson, A. W., “Growth and Development of the Imperial Smelting Process,” Paper at G. D. M. B. Zinc Meeting, Eindhoven, 3 May 1974.
Harris, C. F., and Riehards, A. W., “Hot Briquetting of Oxidic Lead and Zinc Materials as a Feed for the Zinc-Lead Blast Furnace,” Paper at 104th AIME Meeting, New York, February 1975.
Gammon, M. W., and Harris, C. F., “Impinging Jet Sprays of Molten Lead Their Application to the Condenser System of the Zinc-Lead Blast Furnace,” Paper at 104th AIME Meeting, New York, February 1975.
B.P. 1,303,070
Hopkin, W., “Process for Treatment of Zinc/Lead Blast Furnace Copper Dross,” Symposium on Hydrometallurgy, Inst. Chem. Eng. Manchester April 1975
Hopkin, W. and Richards, A. W., “Energy Usage in the Zinc-Lead Blast Furnace,” Paper at Symposium on Efficient Use of Fuels in the Metallurgical Industries, Chicago Institute of Gas Technology, December 1974.
Author information
Authors and Affiliations
Additional information
Giorgio Binetti is Works Manager of the Porto Vesme smelter of Ammi Sarda s.p.a., part of the Italian EGAM group. He obtained a degree in chemical engineering at Turin Univ. and has been associated in many capacities with the horizontal distillation plant of Monteponi at Vado Ligure until 1966 when he was appointed to the ISF smelter in Sardinia.
Jonce Koteski studied mining engineering both in Ljubljana, Yugoslavia, and in Moscow, USSR. He was associated as General Manager with the development and operation of the Sasa and Zletovo mines in Macedonia and became Managing Director of the new zinc-lead smelter of Topilnica za Cink i Olovo “Zletovo” at Titov Veles from the initiation of the project.
Derek TempleTMS was educated at the Royal School of Mines in London and at Trinity Hall, Cambridge. He is currently Director and Chief Executive of Imperial Smelting Processes Ltd., Avonmouth, U.K., concerned with the development and exploitation of the zinc-lead blast furnace process.
Rights and permissions
About this article
Cite this article
Binetti, G., Koteski, J. & Temple, D. Combined zinc-lead smelting: Recent practice and developments. JOM 27, 4–11 (1975). https://doi.org/10.1007/BF03355932
Published:
Issue Date:
DOI: https://doi.org/10.1007/BF03355932