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Article citations


Fosu, S., Skinner, W. and Zanin, M. (2015) Detachment of Coarse Composite Sphalerite Particles from Bubbles in Flotation: Influence of Xanthate Collector Type and Concentration. Minerals Engineering, 71, 73-84.

has been cited by the following article:

  • TITLE: Effects of Collectors and Frothers on Copper and Molybdenum Coarse Particle Recoveries—A Statistical Approach

    AUTHORS: Tony Di Feo, Rolando Lastra

    KEYWORDS: Mineral Particles, Physical Parameters, , Coarse Particles, Flotation

    JOURNAL NAME: Journal of Minerals and Materials Characterization and Engineering, Vol.7 No.3, May 14, 2019

    ABSTRACT: Typically, coarse dense mineral particles greater than 150 μm are difficult to float, and the recovery decreases progressively. Various physical parameters can be manipulated in an attempt to increase the recovery. These physical parameters are the following: liberation, turbulence in the flotation cell, pH, collector, frother type and dosage. The testwork discussed in this paper was performed for a copper-molybdenum operation that is experiencing coarse particle (>150 μm) losses in the tails. This operation uses Diesel No. 2 fuel and sodium ethyl xanthate for molybdenum and copper flotation, respectively and X-133 frother. In an attempt to increase coarse particle recovery, stronger collectors (potassium amyl xanthate, Aero 249 and Aero 3501) and frothers (FrothPro 618, FrothPro 630 and FrothPro 706) were used. The analysis was performed using the Analysis of Variance (ANOVA) approach. The conditions required by the ANOVA method were met. The results showed that the collector potassium amyl xanthate (PAX) with frothers X-133 and FrothPro 630 resulted in approximately 3% increase in copper rougher recovery relative to the baseline (sodium ethyl xanthate and X-133). The collectors and frothers did not have a significant effect on molybdenum recovery within the dosage limits investigated.