REAGENTS CALCULATIONS:

Knowing and adding the correct amount of reagent is critical in metallurgy.
In plant operations, the throughput changes with time, consequently,
the reagent flow rate (L/min) should correspond to the desired dosage rate (grams of reagent per tonne of ore).

The same principle applies to laboratory batch tests where the volume of reagent solution (mL) added
should achieve the target dosage rate (g/t).

To use:

Enter the solid throughput (plant) or solid weight (lab).

Provide the reagent strength (e.g., 10%).

Enter either the reagent flow rate (or volume) OR the dosage rate.

Click on "Calculate flow rate/volume" OR "calculate dosage" to calculate the corresponding amount of reagent.

The dosage rate is calculated from the reagent flow rate (plant) or volume (laboratory).
The reagent flow rate (plant) or volume (laboratory) is calculated from the dosage rate.
An example can be seen on this Youtube video.

Plant reagent addition calculations

Solid throughput (tph):
Reagent strength (%):
Reagent flow rate (L/min):
Reagent dosage rate (g/t):

Laboratory reagent addition calculations

Solid weight (kg):
Reagent strength (%):
Reagent volume (mL):
Reagent dosage rate (g/t):