Simulation of Multicomponent Flotation Plants (e57ad3a3-4851-4bb8-8d1a-1522f104e1f1)

The Southern African Institute of Mining and Metallurgy
B. K. Loveday G. R. Marchant
Organization:
The Southern African Institute of Mining and Metallurgy
Pages:
6
File Size:
2053 KB
Publication Date:
Jan 1, 2014

Abstract

"A mathematical model has been developed for flotation circuit simulation. This model was designed to investigate the effect of varying the circulating loads and to determine whether an improvement in overall efficiency could be gained by a size separation prior to flotation.Model parameters were obtained by regression to plant data. Highly correlated parameters in the model were combined to reduce the number of parameters so that the need for excessive data gathering was eliminated. Mass balance smoothing was used to obtain a consistent data set for regression.The results of the simulation indicate that for the same grade of concentrate, an increase in copper recovery of 0.6 per cent may be Possible by increasing the circulating loads. The results of the simulation also indicated that recleaning of the plus 200-mesh material may be beneficiaL."
Citation

APA: B. K. Loveday G. R. Marchant  (2014)  Simulation of Multicomponent Flotation Plants (e57ad3a3-4851-4bb8-8d1a-1522f104e1f1)

MLA: B. K. Loveday G. R. Marchant Simulation of Multicomponent Flotation Plants (e57ad3a3-4851-4bb8-8d1a-1522f104e1f1). The Southern African Institute of Mining and Metallurgy, 2014.

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