The Noranda Process after six years of operation

Canadian Institute of Mining, Metallurgy and Petroleum
J. B. W. Bailey A. G. Storey
Organization:
Canadian Institute of Mining, Metallurgy and Petroleum
Pages:
7
File Size:
4432 KB
Publication Date:
Jan 1, 1980

Abstract

"The Noranda Process at the Horne Division ofNoranda Mines Limited now smelts approximately 350,000 short dry tons of concentrate a year, which is 40% of the total smelter throughput. Campaigns are averaging 200 days and refractory consumption is much lower than in the conventional smelter.In this paper, details ofrecent operation are given, together with updated projections for operation with higher levels of oxygen enrichment.IntroductionThe Noranda continuous smelting process has been in operation at Noranda, Quebec, for six years and in that time it has smelted a million and a half tons of concentrate. It is currently smelting 1,200 to 1,250 tons per day of concentrate on an instantaneous basis"" and it is handling approximately 40% of the Horne smelter throughput.This paper will describe the current operation of the process and the improvements that have been made since 1976, when the process was described by L.A. Mills et al.lSince early in 1975, a high-grade matte averaging 73% copper has been produced, which is then sent to the converter aisle for final treatment. All the information in this paper refers to the operation of the process in the matte mode .Early in 1978, Kennecott Copper Corporation started up their new smelter near Salt Lake City, Utah , which has three Noranda Process reactors operating with high oxygen enrichment of the tuyere air (2). These furnace s incorporate some design improvements, which will be described briefly."
Citation

APA: J. B. W. Bailey A. G. Storey  (1980)  The Noranda Process after six years of operation

MLA: J. B. W. Bailey A. G. Storey The Noranda Process after six years of operation. Canadian Institute of Mining, Metallurgy and Petroleum, 1980.

Export
Purchase this Article for $25.00

Create a Guest account to purchase this file
- or -
Log in to your existing Guest account