Operating Flotation Cells of the KFM Series in the Head of Full-Scale Copper, Copper-Zinc, Lead-Zinc Ore Concentration Circuits

International Mineral Processing Congress
M. G. Viduetsky A. P. Purgin I. F. Garifulin A. M. Panshin A. A. Metelev A. I. Stepanenko I. Yochev
Organization:
International Mineral Processing Congress
Pages:
9
File Size:
651 KB
Publication Date:
Jan 1, 2018

Abstract

"Pneumatic flotation cells of the KFM series are intended for the concentration of various ores and technogenic materials. The key operating principle of the flotation cells of the KFM series is the preparation of pulp for flotation in blowers, offering the advantage of an accelerated flotation process. This report summarizes the results of the implementation and operation of the KFM cells at Russian and foreign projects in 2015-2017. Their implementation and operation experience confirms the high efficiency of the KFM cells, especially in the head of lead and zinc, copper and zinc, copper flotation processes:head KFM-600 flotation cell recovers from lead-zinc ore (Rudmetal AD modular concentrator) up to 52% of lead in a single stage (without cleaner flotation) in a salable lead head concentrate (grade of up to 76% lead, 2.3% zinc). The flotation cell proved to be much more efficient than originally expected in the process description in the design phase,flotation of the copper-zinc ore from Novo-Shemur deposit (PJSC Svyatogor concentrator) in two KFM- 1400M cells recovers up to 65% of copper and 70% of zinc in a high-grade bulk copper-zinc concentrate containing 12-13% of copper and 25-28% of zinc. The installation of the two cells with a combined capacity of 26 m3 allowed to decommission 4 chambers of FPM-16 pneumomechanical flotation cells with a combined capacity of 64 m3 with a simultaneous increase in the overall ore concentration performancea single KFM-1400M cell (13 m3) recovers from the copper ore from Volkov deposit (PJSC Svyatogor concentrator) 53% of copper into a high-grade copper head concentrate (33.0% of copper). For comparison, the pneumomechanical cell FPM-16 (capacity 16 m3) has almost half as low copper recovery (29.6%) into the head concentrate at a lower grade (30.5% copper)."
Citation

APA: M. G. Viduetsky A. P. Purgin I. F. Garifulin A. M. Panshin A. A. Metelev A. I. Stepanenko I. Yochev  (2018)  Operating Flotation Cells of the KFM Series in the Head of Full-Scale Copper, Copper-Zinc, Lead-Zinc Ore Concentration Circuits

MLA: M. G. Viduetsky A. P. Purgin I. F. Garifulin A. M. Panshin A. A. Metelev A. I. Stepanenko I. Yochev Operating Flotation Cells of the KFM Series in the Head of Full-Scale Copper, Copper-Zinc, Lead-Zinc Ore Concentration Circuits. International Mineral Processing Congress, 2018.

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