The product from an open - circuit primary rod mill receiving 160 tons/hour of new ore feed joins the product of a secondary ball mill flowing to a sump (a pump box) feeding a set of classifying hydrocyclones in a reversed closed circuit with the ball mill. The pulp densities of the samples taken from the circuit are as follows: Rod mill product stream: 62% solids by weight. Ball mill product stream: 70% solids by weight. Joined products stream: 67% solids by weight. Calculate the percent circulating load and the hourly circulating load tonnage.
The product from an open - circuit primary rod mill receiving 160 tons/hour of new ore feed joins the product of a secondary ball mill flowing to a sump (a pump box) feeding a set of classifying hydrocyclones in a reversed closed circuit with the ball mill. The pulp densities of the samples taken from the circuit are as follows: Rod mill product stream: 62% solids by weight. Ball mill product stream: 70% solids by weight. Joined products stream: 67% solids by weight. Calculate the percent circulating load and the hourly circulating load tonnage.
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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Transcribed Image Text:The product from an open - circuit primary rod mill receiving 160 tons/hour of new ore feed joins
the product of a secondary ball mill flowing to a sump (a pump box) feeding a set of classifying
hydrocyclones in a reversed closed circuit with the ball mill. The pulp densities of the samples
taken from the circuit are as follows: Rod mill product stream: 62% solids by weight. Ball mill
product stream: 70% solids by weight. Joined products stream: 67% solids by weight. Calculate
the percent circulating load and the hourly circulating load tonnage.
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