A hydrocyclone unit in a mineral processing circuit can be selected based on different procedures. Because of the coal nature, selecting a hydrocyclone in the coal washing circuit is a complicated process. The third correction factor (particle density) plays an important role in this area. In the present research, the underflow of Zarand Coal washing thickeners as hydrocyclone feed was monitored. Then the third correction factor of hydrocyclone was modified. Finally, the hydrocyclone diameter was calculated as 37 cm.
Sam,A. and Ranjbar,M. (2011). Hydrocyclone Diameter Selection Using a Modified Particle Density
Correction Factor. Journal of Mining Engineering, 6(11), 43-48.
MLA
Sam,A. , and Ranjbar,M. . "Hydrocyclone Diameter Selection Using a Modified Particle Density
Correction Factor", Journal of Mining Engineering, 6, 11, 2011, 43-48.
HARVARD
Sam A., Ranjbar M. (2011). 'Hydrocyclone Diameter Selection Using a Modified Particle Density
Correction Factor', Journal of Mining Engineering, 6(11), pp. 43-48.
CHICAGO
A. Sam and M. Ranjbar, "Hydrocyclone Diameter Selection Using a Modified Particle Density
Correction Factor," Journal of Mining Engineering, 6 11 (2011): 43-48,
VANCOUVER
Sam A., Ranjbar M. Hydrocyclone Diameter Selection Using a Modified Particle Density
Correction Factor. IRJME, 2011; 6(11): 43-48.
