FEASIBILITY OF THERMAL PRETREATMENT ON INCREASING MODULE RATIO OF DIASPORIC BAUXITE DEPOSIT, BOLBOLOIEH, KERMAN BY WET HIGH GRADIENT MAGNETIC SEPARATOR

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MOAZEMI M.; REZAI B.; AMINI A.

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Journal: AMIRKABIR Year:2010 | Volume:20 | Issue:71-C Page(s): 81-88

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Title

FEASIBILITY OF THERMAL PRETREATMENT ON INCREASING MODULE RATIO OF DIASPORIC BAUXITE DEPOSIT, BOLBOLOIEH, KERMAN BY WET HIGH GRADIENT MAGNETIC SEPARATOR

Author(s)

MOAZEMI M. | REZAI B. | AMINI A. | Issue Writer Certificate

Keywords

DIASPORIC BAUXITEQ3

MODULE RATIOQ3

BOLBOLOIEH AREAQ3

KERMANQ3

MAGNETIC SEPARATORQ3

CALCINATIONQ3

Abstract

In this paper, increase in MODULE RATIO ((ratio of (Al2O3 to SiO2)) of DIASPORIC BAUXITE samples from BOLBOLOIEH AREA, KERMAN, by high gradient MAGNETIC SEPARATOR were investigated. Obtained results from crude samples were shown MODULE RATIO, it can be increased in magnetic product with 20.22% alumina recovery at field intensity of 6 ampere (1.28 Tesla). Further experiments on calcined samples proved that MODULE RATIO can be improved by varying magnetic field intensity and MODULE RATIO maximized at field intensity of 3 ampere. Also calcining samples at 1000oC, intensified bauxite magnetic property. As a result, alumina recovery to magnetic product reached to 73.56% at optimum field intensity of 3 ampere.

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APA: Copy

MOAZEMI, M., REZAI, B., & AMINI, A.. (2010). FEASIBILITY OF THERMAL PRETREATMENT ON INCREASING MODULE RATIO OF DIASPORIC BAUXITE DEPOSIT, BOLBOLOIEH, KERMAN BY WET HIGH GRADIENT MAGNETIC SEPARATOR. AMIRKABIR, 20(71-C), 81-88. SID. https://sid.ir/paper/1084/en

Vancouver: Copy

MOAZEMI M., REZAI B., AMINI A.. FEASIBILITY OF THERMAL PRETREATMENT ON INCREASING MODULE RATIO OF DIASPORIC BAUXITE DEPOSIT, BOLBOLOIEH, KERMAN BY WET HIGH GRADIENT MAGNETIC SEPARATOR. AMIRKABIR[Internet]. 2010;20(71-C):81-88. Available from: https://sid.ir/paper/1084/en

IEEE: Copy

M. MOAZEMI, B. REZAI, and A. AMINI, “FEASIBILITY OF THERMAL PRETREATMENT ON INCREASING MODULE RATIO OF DIASPORIC BAUXITE DEPOSIT, BOLBOLOIEH, KERMAN BY WET HIGH GRADIENT MAGNETIC SEPARATOR,” AMIRKABIR, vol. 20, no. 71-C, pp. 81–88, 2010, [Online]. Available: https://sid.ir/paper/1084/en

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