Session
Mechatronics, Engineering and Robotics
Description
Circuit of one processing plant was studied in order to adjust the mass balance. The granulometric composition of the streams that belong to grinding and classifying processes was analysed, while the chemical content was determined only at the streams related to separation process. Three connection matrixes are considered in this paper, one corresponding to the size fraction equations, the second corresponding to the chemical content measurements and the third, the solid flow rate balance. The technique used consisted of filtering all the data by a weighted least-squares procedure. Then running the output data in a custom designed feature of the computer program MATLAB. The raw data was then corrected and the different missing assays calculated and presented here.
Keywords:
mass balance, adjustment, Matlab, flowsheet
Proceedings Editor
Edmond Hajrizi & Mo Vaziri
First Page
447
Last Page
451
Location
Prishtina, Kosovo
Start Date
2-11-2012 9:00 AM
End Date
3-11-2012 5:00 PM
DOI
10.33107/ubt-ic.2012.66
Recommended Citation
Hoxha, Migena; Zoga, Piro; and Bode, Aida, "Material Balance Adjustement in Raw Material Processing" (2012). UBT International Conference. 66.
https://knowledgecenter.ubt-uni.net/conference/2012/all-events/66
Included in
Material Balance Adjustement in Raw Material Processing
Prishtina, Kosovo
Circuit of one processing plant was studied in order to adjust the mass balance. The granulometric composition of the streams that belong to grinding and classifying processes was analysed, while the chemical content was determined only at the streams related to separation process. Three connection matrixes are considered in this paper, one corresponding to the size fraction equations, the second corresponding to the chemical content measurements and the third, the solid flow rate balance. The technique used consisted of filtering all the data by a weighted least-squares procedure. Then running the output data in a custom designed feature of the computer program MATLAB. The raw data was then corrected and the different missing assays calculated and presented here.