Post-Mine Leaching of Galena and Marmatite at Broken Hill (ea61d7ab-2e88-4fdc-9bea-cd90f66cb557)

- Organization:
- The Australasian Institute of Mining and Metallurgy
- Pages:
- 3
- File Size:
- 242 KB
- Publication Date:
- Jan 1, 1943
Abstract
The discussion submitted by Drs. Stillwell and Edwards is at once helpful and gratifying to the authors. Their contribution deals with two phases of the problem-(I) an additional suggestion for the relative solubility of galena and marmatite, and (2) submission of an alternative explanation for the greater leaching of the Northern ore-body. With the first we agree in principle, and herewith present recent data which will help to substantiate the idea, though the mechanism is not believed to be as simple as indicated by Stillwell and Edwards. Concerning the second suggestion, the original explanation put forward. in the paper is held to fit the facts more closely.In view of the influence, as shown by Garrells' paper,in which the presence of Cl' ion may have upon the relative solubilities of lead and zinc, it is perhaps worth noting that Broken Hill mine water carries a higher content of Cl' than has been reported from many of the other lead-zinc districts.Since our paper was published, an analysis of water issuing from the newly-opened Northern ore-body on the 2,600-ft. level has been made (12/1/43). It is compared with that quoted in the original paper as follows:
Citation
APA:
(1943) Post-Mine Leaching of Galena and Marmatite at Broken Hill (ea61d7ab-2e88-4fdc-9bea-cd90f66cb557)MLA: Post-Mine Leaching of Galena and Marmatite at Broken Hill (ea61d7ab-2e88-4fdc-9bea-cd90f66cb557). The Australasian Institute of Mining and Metallurgy, 1943.