- F Plant Information Your Plant Treats 100tph Of This Dry Ore And Optimum Slurry Density Is Anywhere Between 35 And 4 1 (76.21 KiB) Viewed 29 times
(f) Plant information: Your plant treats 100tph of this dry ore and optimum slurry density is anywhere between 35% and 4
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(f) Plant information: Your plant treats 100tph of this dry ore and optimum slurry density is anywhere between 35% and 4
(f) Plant information: Your plant treats 100tph of this dry ore and optimum slurry density is anywhere between 35% and 40% using a single cell flotation bank. The scale factor and aeration factors are 1 and 0.9. (Assume the single parameter equation to be adequate for modelling your plant data) (g) Determine the single cell volume required to give you a recovery of 85% copper (3) (h) What will be the recovery if the single cell flotation is split into two and now operates as a 2-cell units operating in series.(3) Design information: If concentrate prices are such that 30% concentrate grade or better sells R5000 per ton and anything less than 30% and greater than 25% sells for R3000. Decide based on this information and that acquired above whether it is better to aim for 30% grade or the other alternative. (4) Note: for this submission no formal essay format will be require but were you state assumptions discussions. Show key calculations, tables and graphs. You are welcome to maintain discussion in our available chat room or to email me directly for any assistance.