Technological Research on Complicated Antimony-lead Concentrate Slurry Electrolysis

- Organization:
- International Mineral Processing Congress
- Pages:
- 6
- File Size:
- 217 KB
- Publication Date:
- Jan 1, 2014
Abstract
Based on Slurry Electrolysis, and combined with the problems of extraction antimony, lead and their separation from complicated antimony-lead concentrate, a series of tests have been done in this paper. Using Slurry Electrolysis to treat complicated antimony-lead concentrate, antimony and lead can be separated in one step. And 2# metal antimony can be achieved in cathode directly at the same time. Lead in concentrate is restrained still in the residue at the form of PbCl2. After converting the residue with ammonium carbonate and removing sulfur with kerosene, the high quality of lead concentrate (Pb is above 45%, S is below 15%) and pure sulfur can be achieved, respectively. The recovery of all in Slurry Electrolysis process is as: Sb 95%, Pb 95%, Ag 80%, S 60%.
Citation
APA:
(2014) Technological Research on Complicated Antimony-lead Concentrate Slurry ElectrolysisMLA: Technological Research on Complicated Antimony-lead Concentrate Slurry Electrolysis. International Mineral Processing Congress, 2014.