Imperial Smelting Process - Improvements in Furnace Design and Operating Practice at Cockle Creek
 
    
    - Organization:
- The Australasian Institute of Mining and Metallurgy
- Pages:
- 10
- File Size:
- 433 KB
- Publication Date:
- Jan 1, 1972
Abstract
Sintering of lead and zinc concentrates is practised by Sulphide Corporation Pty.  Limited to provide both desuiphurised lump  sinter feed, for simultaneous reduction to  zinc and lead in the Imperial Smelting  Process blast furnace, and sulphur dioxide  gas for sulphuric acid manufacture. From November, 1969 a 20 percent  increase in production rate has been obtained  through improvements in operating technique. A gradual increase in bed permeability  was achieved by modifications to the feed  mix conditioning equipment and by improving  moisture control. However advantage could  not be taken of the higher permeability to  increase sulphur elimination because the  hardness of the lump sinter decreased.  Higher throughput, better quality sinter and  more stable sintering conditions were  however made possible by simultaneously: 1. reducing segregation and compaction in  the sinter bed, by narrowing the  discharge opening of the main layer feed  hopper, 2. reducing the sizing of sinter returns to  give a closer size spectrum of particles  in the feed mix, and 3. increasing the sulphide sulphur content  of the feed mix to give higher bed  Temperatures.
Citation
APA: (1972) Imperial Smelting Process - Improvements in Furnace Design and Operating Practice at Cockle Creek
MLA: Imperial Smelting Process - Improvements in Furnace Design and Operating Practice at Cockle Creek. The Australasian Institute of Mining and Metallurgy, 1972.
