Innovative And Safe Copper Launder Design

The Southern African Institute of Mining and Metallurgy
B. Leong H. Joubert
Organization:
The Southern African Institute of Mining and Metallurgy
Pages:
10
File Size:
787 KB
Publication Date:
Jan 1, 2006

Abstract

Keywords: Pyrometallurgy, furnace, auxiliary equipment, copper slag launders Pyromet has designed copper launders for tapping slag. What makes Pyromet?s launder design innovative and safe is that it does not have any cooling water channels underneath the launder runner, whilst achieving effective cooling of the runner. If matte burn-throughs were to occur through the launder runner, the risk of damaging water channels and the risk of explosions are reduced. In addition, since the cooling water channels are not harmed, the launder is easily repairable and reusable. Pyromet makes use of Finite Element Analysis to optimize the launder geometry to ensure that sufficient energy is removed from the centre of the launder. Factors considered during the launder design include the suitability of the geometry to the client?s needs, experience from existing installations, and ease of fabrication. Pyromet goes so far as to develop procedures for fabricators to ensure that fabrication issues do not compromise the functionality of the launder. When launder orders are received by Pyromet, the entire fabrication process and the functioning of the launders during operations are monitored to ensure that the launder designs are continuously improving with every installation.
Citation

APA: B. Leong H. Joubert  (2006)  Innovative And Safe Copper Launder Design

MLA: B. Leong H. Joubert Innovative And Safe Copper Launder Design. The Southern African Institute of Mining and Metallurgy, 2006.

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