QUESTION $3$

The flow sheet shown below illustrates a conventional closed circuit grinding operation. The cyclone overflow line is instrumented with a magnetic flow meter and nuclear density gauge, and the mass of dry ore fed to flotation is $20\frac{t}{h}.$ The feed from the fine ore bins is sampled, and is found to contain $8\%$ moisture. The cyclone feed contains $30\%$ solids, the cyclone underflow $60\%$ solids, and the overflow $20\%$ solids. Calculate the circulating load on the circuit and the amount of water required to dilute the ball mill discharge.

Closed circuit grinding flowsheet

I HAVE ASKED THESE QUESTION FIR OVER $3$ TIMES AND I GOT DIFFERENT ANSWERS FOR THESE SAME PROBLEM..SO IM REALLY CONFUSED ON WHICH TO TAKE AS MY CORRECT ANSWER...SO PLISS ENSURE YOU DO THESE CORRECTLY SOOO

$[$Total: $25$ Marks$]$

QUESTION $3$

The flow sheet shown below illustrates a conventional closed circuit grinding operation. The cyclone overflow line is instrumented with a magnetic flow meter and nuclear density gauge, and the mass of dry ore fed to flotation is $20\frac{t}{h}.$ The feed from the fine ore bins is sampled, and is found to contain $8\%$ moisture. The cyclone feed contains $30\%$ solids, the cyclone underflow $60\%$ solids, and the overflow $20\%$ solids. Calculate the circulating load on the circuit and the amount of water required to dilute the ball mill discharge.

Closed circuit grinding flowsheet

QUESTION $3$

The flow sheet shown below illustrates a conventional closed circuit grinding operation. The cyclone overflow line is instrumented with a magnetic flow meter and nuclear density gauge, and the mass of dry ore fed to flotation is $20\frac{t}{h}.$ The feed from the fine ore bins is sampled, and is found to contain $8\%$ moisture. The cyclone feed contains $30\%$ solids, the cyclone underflow $60\%$ solids, and the overflow $20\%$ solids. Calculate the circulating load on the circuit and the amount of water required to dilute the ball mill discharge.

Closed circuit grinding flowsheet