Prediction and Influence of Mineral Liberation on Froth Flotation Performance
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Liberation of valuable mineral is essential for its effective separation from gangue. Prediction of liberation requires quantification of texture of the rock and structure of the progeny particles in terms of probability functions. In this work, predictive liberation models have been developed by measuring these functions from SEM images using Labview™ software. A transformation matrix model that explicitly incorporates mineral liberation has also been developed to quantify the influence of mineral liberation on flotation performance.
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Zhang, Jian; Subasinghe, Nimal (2012)Determining the extent of liberation of the valuable mineral from its gangue matrix achieved at the comminution stage is of great importance in optimizing the downstream recovery processes in most mineral processing ...
Thyse, E.; Akdogan, G.; Mainza, A.; Eksteen, Jacques (2017)© 2017 Elsevier B.V. There is little in-depth study on the downstream processing characteristics of granulated PGM-containing converter matte, particularly related to grinding and liberation behavior closely associated ...
The relationships between the bubble–particle attachment time, collector dosage and the mineralogy of a copper sulfide oreAlbijanic, Boris; Bradshaw, D.; Nguyen, A. (2012)Flotation occurs as a result of bubble–particle attachment. This is controlled by the particle surface properties which are created by surface liberation of valuable minerals and collector adsorption within the chemical ...