The Lead Bath Smelting Process in Nordenham, Germany

The Minerals, Metals and Materials Society
M. Sibony N. Basin J. Lecadet R. Menge S. Schmidt
Organization:
The Minerals, Metals and Materials Society
Pages:
12
File Size:
533 KB
Publication Date:
Jan 1, 2000

Abstract

In 1996, Metaleurop replaced its conventional sintering and blast furnace lead smelting activity in Nordenham, Germany by Sirosmelt/Ausmelt technology. Following some alterations to the process and the equipment, the bath smelting plant reached its design capacity for the treatment of lead concentrates, lead sulphate paste from spent batteries, secondaries and internal by-products. A reliable metallurgical process has been established, and thus higher process stability has been achieved, increasing simultaneously the refractory life. Nevertheless, improvements are needed to control the process with a better automation system and reliable expert-systems, because of the intensity of the smelting process. The introduction of the Sirosmelt process for the pyrometallurgical production of lead instead of the prior conventional process has also demonstrated the following advantages: reduced emissions of heavy metals and gaseous compounds, reduction of the specific energy consumption, minimization of residues and a reduction of staff and maintenance costs. The environmental performance of the plant meets the requirements of the German regulations.
Citation

APA: M. Sibony N. Basin J. Lecadet R. Menge S. Schmidt  (2000)  The Lead Bath Smelting Process in Nordenham, Germany

MLA: M. Sibony N. Basin J. Lecadet R. Menge S. Schmidt The Lead Bath Smelting Process in Nordenham, Germany. The Minerals, Metals and Materials Society, 2000.

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