Confirmation Of The Benefits Of The Application Of The Hpgr Before The Stages Of Desliming, Grinding, Flotation And Regrinding Iron Ore

Associacao Brasileira de Metalurgia,  Materiais e Mineracao
Elias Fonseca de Castro José Francisco Cabello Russo Denilson Rodrigues de Araújo Henrique Dias Gatti Turrer
Organization:
Associacao Brasileira de Metalurgia, Materiais e Mineracao
Pages:
8
File Size:
354 KB
Publication Date:
Oct 3, 2019

Abstract

The Minas-Rio project of the Anglo American group was designed to produce pellet feed from a low-grade itabirite. The comminution circuit has three HPGR’s and two ball mills. This type of circuit, with HPGR (open circuit) followed by ball milling (closed circuit), is called a hybrid circuit. The literature shows this hybrid circuit as being more energy efficient. The main objective of this work was to evaluate the benefits of using the HPGR in the energy consumption of the grinding and regrinding and the secondary objective was to show the impact of the press on mass recovery of desliming and flotation, in view of a possible higher generation resulting from the pressing of the material. The results obtained in this work showed that the HPGR reduced the specific energy consumption in the comminution stages existing downstream of the press, increased the recovery of the flotation and did not decrease the recovery of the desliming stage.
Citation

APA: Elias Fonseca de Castro José Francisco Cabello Russo Denilson Rodrigues de Araújo Henrique Dias Gatti Turrer  (2019)  Confirmation Of The Benefits Of The Application Of The Hpgr Before The Stages Of Desliming, Grinding, Flotation And Regrinding Iron Ore

MLA: Elias Fonseca de Castro José Francisco Cabello Russo Denilson Rodrigues de Araújo Henrique Dias Gatti Turrer Confirmation Of The Benefits Of The Application Of The Hpgr Before The Stages Of Desliming, Grinding, Flotation And Regrinding Iron Ore. Associacao Brasileira de Metalurgia, Materiais e Mineracao, 2019.

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