Operation and process optimization of sino iron ore’s autogenous milling circuits: The largest in the world

International Mineral Processing Congress
Jianjun Tian Changjiu Zhang Chunmin Wang
Organization:
International Mineral Processing Congress
Pages:
13
File Size:
798 KB
Publication Date:
Jan 1, 2014

Abstract

Two lines of single stage autogenous milling circuits have been installed and commissioned as the primary grinding process for the Sino Iron project where magnetite ore is treated to produce iron concentrate via magnetic separation. Various challenges were encountered during the commissioning and ramp up stages which are discussed in the paper and include treating a highly competent ore in a closed circuit AG mill, operating the largest mills in the world and dealing with a number of engineering issues related to plant operability. Details of how these challenges were overcome are described as well as the observed operating characteristics of the mills and their optimisation through rigorous study, simulation and successful solution implementation. Further potential improvement opportunities are also discussed as part of the ongoing technical program at site.
Citation

APA: Jianjun Tian Changjiu Zhang Chunmin Wang  (2014)  Operation and process optimization of sino iron ore’s autogenous milling circuits: The largest in the world

MLA: Jianjun Tian Changjiu Zhang Chunmin Wang Operation and process optimization of sino iron ore’s autogenous milling circuits: The largest in the world. International Mineral Processing Congress, 2014.

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