Effect of operational conditions on Falcon concentrator performance with different particle size fractions

Aydoğan, Namık A.; Kademli, Murat

doi:10.1080/02726351.2019.1573867

Cited by 17 publications

(2 citation statements)

References 14 publications

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“…The operation parameters of centrifugal gravity separation equipment have a great influence on the separation of different minerals, especially the speed of rotating parts and recoil pressure. Namik Atakan Aydogan [11] on the Falken concentrator different particle size, centrifugal force and recoil water pressure ratio of experimental research, concluded that in the use of Falken concentrator, different mineral particle size using specific operating conditions, can get a better recovery ratio. C. Marion [12] used Nelson separator to separate minerals with magnetite and quartz as raw materials, and the grade of magnetite was 5%, 10% and 15% respectively.…”

Section: Research Status Abroadmentioning

confidence: 99%

Progress in The Application of Centrifugal Resorice Technology in The Field of Minerals

Yang¹,

Zeng²,

Liu³

et al. 2022

AJST

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How to effectively carry out mineral sorting while reducing environmental pollution and waste of resources is a problem that is constantly explored by researchers engaged in mineral sorting. Centrifugal reselection is one of the main and important technologies of mineral sorting. This paper focuses on the research status and development trend of centrifugal reselection technology in the field of minerals at home and abroad, points out the research direction of centrifugal reselection technology, and provides a reference for the further research and application of centrifugal reselection technology in the field of minerals.

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Section: Research Status Abroadmentioning

confidence: 99%

Progress in The Application of Centrifugal Resorice Technology in The Field of Minerals

Yang¹,

Zeng²,

Liu³

et al. 2022

AJST

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“…1; data were obtained from the Falcon l40 manual). The artificial gravity force can be increased by approximately 300 times compared to the force of gravity of the Earth [10][11].…”

Section: Introductionmentioning

confidence: 99%

Size-Dependent Model to Determine the Effects of Operational Parameters on the Performance of the Falcon Concentrator

2023

Archives of Mining Sciences

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Size-DepenDent MoDel to DeterMine the effectS of operational paraMeterS on the perforMance of the falcon concentratorthe present study modelled the effects of operational parameters on the performance of the Falcon concentrator. For this purpose, the Falcon l40 concentrator was tested in narrow particle-size fractions (−600 + 425 µm, −425 + 300 µm, −300 + 212 µm, −212 + 150 µm, −150 + 106 µm, and −106 + 75 µm) at different washing water pressures and artificial gravity forces generated by a spinning bowl. the test samples were prepared artificially, comprising 2% magnetite (Fe3o4) and 98% calcite (CaCo3) by weight. The recovery and grade values of the 60 experimental conditions were investigated and compared for different operational parameters, including particle-size distributions, water pressures, and artificial gravity forces. two empirical models were developed using non-linear regression analysis to indicate the effects of the operating parameter of the Falcon concentrator on its recovery and grade values. the operational parameters were found to impact the separation performance considerably. therefore, the Falcon concentrator should operate under optimum conditions, which can be easily predicted using these models, to achieve improved recovery and grade values.

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Performance evaluation of Falcon fluidized bowl and ultrafine (UF) bowl concentrators for the recovery of ultrafine scheelite particles

Das

Tan²,

Kundu

et al. 2023

Advanced Powder Technology

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Effect of operational conditions on Falcon concentrator performance with different particle size fractions

Cited by 17 publications

References 14 publications

Progress in The Application of Centrifugal Resorice Technology in The Field of Minerals

Progress in The Application of Centrifugal Resorice Technology in The Field of Minerals

Size-Dependent Model to Determine the Effects of Operational Parameters on the Performance of the Falcon Concentrator

Performance evaluation of Falcon fluidized bowl and ultrafine (UF) bowl concentrators for the recovery of ultrafine scheelite particles

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