We structure mineral processing test programs to evaluate ore behavior before and during exploitation, with the objective of comparing process routes and reducing technical uncertainty.
The results support flowsheet selection, recovery estimation, reagent strategy, and the prioritization of follow-up work at laboratory, pilot, or plant scale.
Each mineral processing and metallurgical testing assignment starts with a structured technical frame focused on particle-size analysis and process-scoping test work so that execution begins on a defensible basis.
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The operating sequence is built around mineralogical and chemical characterization for test interpretation in order to reduce variability, improve control, and support field teams with usable methods.
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Deliverables document gravity, flotation, and leaching test programs so that operators, institutions, and partners can act on the results with confidence.
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We anchor recovery, grade, and selectivity analysis for route comparison into standards, tools, and routines that remain useful after the engagement.
Contact usDepending on the ore and the objective, we structure particle sizing, gravity, flotation, or leaching programs to assess recovery, selectivity, and sensitivity to operating parameters.
They help compare process routes, identify critical variables, prioritize follow-up programs, and reduce technical uncertainty before larger investments are made.
Optimization of fragmentation parameters to improve mineral liberation and downstream performance.
Learn moreStandardized preparation chain to ensure representativeness and reduce analytical bias.
Learn moreTargeted analysis to determine composition, variability, and value/penalty elements.
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