Analysis of Reagent Regimes in Nepheline Concentrate Production from Loparite Ore Processing Tailings by Flotation

The authors analyzed some reagent regimes in flotation of nepheline from loparite ore tailings: mixture of tall oils, hydroxamic acids in combination with distilled tall oil; mix of tall oils with addition of polyalkyl benzene sulfonic acids or amine-containing collectors. The nepheline concentrate produced in the optimized reagent regime contained Al2O3 27.18–27.57%. With addition of tall oil polyalkyl benzene sulfonic acid, activity of the collecting mixture reduced, and the produced concentrate quality lowered to Al2O3 26.33%. Two methods to bring flotation concentrates to a standard quality are discussed. The use of magnetic separation allowed production of nepheline concentrate with Al2O3 28.0–28.3% at the recovery of 72–76% compared to the initial product. Direct cationic flotation with agent Flotigam-2835 in an acidic medium with pH 4.5, created by sodium silicofluoride, produced nepheline concentrate with Al2O3 29.63% at the recovery of 65.9% compared to the initial product.

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Publication Details

Journal
Journal of Mining Science
Published
2024-10-01
DOI
https://doi.org/10.1134/s106273912405017x
Primary Topic
Minerals Flotation and Separation Techniques
Type
article
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article

Analysis of Reagent Regimes in Nepheline Concentrate Production from Loparite Ore Processing Tailings by Flotation

G. V. Mitrofanova, V. V. Marchevskaya, A. A. Kompanchenko, I. N. Vishnyakova et al.
Journal of Mining Science
Minerals Flotation and Separation Techniques
article

Analysis of Reagent Regimes in Nepheline Concentrate Production from Loparite Ore Processing Tailings by Flotation

G. V. Mitrofanova, V. V. Marchevskaya, A. A. Kompanchenko, I. N. Vishnyakova, Е. V. Chernousenko
article en

Abstract

The authors analyzed some reagent regimes in flotation of nepheline from loparite ore tailings: mixture of tall oils, hydroxamic acids in combination with distilled tall oil; mix of tall oils with addition of polyalkyl benzene sulfonic acids or amine-containing collectors. The nepheline concentrate produced in the optimized reagent regime contained Al2O3 27.18–27.57%. With addition of tall oil polyalkyl benzene sulfonic acid, activity of the collecting mixture reduced, and the produced concentrate quality lowered to Al2O3 26.33%. Two methods to bring flotation concentrates to a standard quality are discussed. The use of magnetic separation allowed production of nepheline concentrate with Al2O3 28.0–28.3% at the recovery of 72–76% compared to the initial product. Direct cationic flotation with agent Flotigam-2835 in an acidic medium with pH 4.5, created by sodium silicofluoride, produced nepheline concentrate with Al2O3 29.63% at the recovery of 65.9% compared to the initial product.

Journal of Mining ScienceVol. 60(5)
Geological Institute (RU), Mining Institute (RU), Kola Science Centre (RU)
Openalex Percentile: Top 74%
Minerals Flotation and Separation Techniques
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