Analysing mining operations value chains for streamlining or optimising operations, to create cost savings or additional profit
Creating or developing new businesses
Analysing process plant for correct operation
Improvements in operation Optimizing or audit flotation Assist in reagent development
Metlab and pilot plant work
Flotation lab work
Wet phosphoric acid pilot plant (soon)
Flotation pilot plant (soon)
Denver D12 lab flotation cell
Lab mill
Microscopic analysis
CDB process of Partial Acidulation of Phosphate Rock Before and after acidulation
Sand trap process Coarse and fine split, at 75μ.
Our technologies
Sand trap coarse/ fines split
Cyclones are good at classifying fine and coarse material in large volumes. For flotation, this would normally require splitting off the fine material to allow good flotation recoveries and grades on the coarser fraction. It does leave a fair amount of coarse material in the fines, as the split is not perfect.
Separating out this coarse material is possible using multiple small cyclones, but is challenging for splits around 75μ material. Another way is to use the sand trap technology to split this fines and coarse simply and effectively. This method has been developed to work well
CDB fertilizer development
Our novel development of producing fertilizer from phosphate rock as an input to the Fertilizer Blenders.
Costs of producing the fertilizer will be about 25~35% of traditional costs of production. It produces a product with grade of about 26% P2O5 or 11.5% P. This could revolutionize phosphate fertilizer production