Matrix model of the grinding process of cement clinker in the ball mill

In the article attention is paid to improving the efficiency of production of fine powders, in particular Portland cement clinker. The questions of Portland cement clinker grinding in closed circuit ball mills. Noted that the main task of modeling the grinding process is predicting the granulometric...

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Bibliographic Details
Published in:IOP conference series. Materials Science and Engineering 2018-02, Vol.307 (1), p.12048
Main Author: Sharapov, Rashid R
Format: Article
Language:English
Subjects:
Ball milling
Cement
Circuits
Clinker
Composition
Crushing
Grinding mills
Portland cements
Separators
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Summary:In the article attention is paid to improving the efficiency of production of fine powders, in particular Portland cement clinker. The questions of Portland cement clinker grinding in closed circuit ball mills. Noted that the main task of modeling the grinding process is predicting the granulometric composition of the finished product taking into account constructive and technological parameters used ball mill and separator. It is shown that the most complete and informative characterization of the grinding process in a ball mill is a grinding matrix taking into account the transformation of grain composition inside the mill drum. Shows how the relative mass fraction of the particles of crushed material, get to corresponding fraction. Noted, that the actual task of reconstruction of the matrix of grinding on the experimental data obtained in the real operating installations. On the basis of experimental data obtained on industrial installations, using matrix method to determine the kinetics of the grinding process in closed circuit ball mills. The calculation method of the conversion of the grain composition of the crushed material along the mill drum developed. Taking into account the proposed approach can be optimized processing methods to improve the manufacturing process of Portland cement clinker.
ISSN:1757-8981
1757-899X
DOI:10.1088/1757-899X/307/1/012048