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A holistic conceptualisation of the variables forming part of tap-hole lifecycle management and performance was defined previously for coke bed-based processes in which submerged arc furnace technology of circular design… Click to show full abstract
A holistic conceptualisation of the variables forming part of tap-hole lifecycle management and performance was defined previously for coke bed-based processes in which submerged arc furnace technology of circular design was applied. In the work presented here, the variables were applied to silicomanganese production comparing the tap-hole lifecycle management practices and performance among five furnaces on one site. The quantified independent variables were divided into four functions associated with the tap-hole lifecycle (operations, reline, maintenance, and repair), and a selection of the results is reported here. Having the benchmark available will contribute to comparative studies in future.
Journal Title: JOM
Year Published: 2019
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