Monitoring the wear of water-cooled tap-hole blocks by the OPTISAVE fibre-optic method

The Southern African Institute of Mining and Metallurgy
M. Hopf
Organization:
The Southern African Institute of Mining and Metallurgy
Pages:
18
File Size:
10380 KB
Publication Date:
Jan 1, 2014

Abstract

Numerous developments and improvements have been made to tap-hole designs. On the other hand, there are very specific designs in operation that have endured for many years without any modification. Nobody likes design changes because of risk - the risk of atypical wear, potential hazards, and costly repairs entailing enormous production losses. So the philosophy ‘never touch a running system’ is maintained, because among other things there is no efficient working monitoring technology for tap-holes. In the past few years a couple of new technical solutions have been investigated and developed. Not all theoretical solutions are possible in practice. However, metallurgists are inventive, and the last word regarding efficient working tap-hole monitoring technologies has not yet been spoken.
Citation

APA: M. Hopf  (2014)  Monitoring the wear of water-cooled tap-hole blocks by the OPTISAVE fibre-optic method

MLA: M. Hopf Monitoring the wear of water-cooled tap-hole blocks by the OPTISAVE fibre-optic method. The Southern African Institute of Mining and Metallurgy, 2014.

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