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Validate flotation performance across different ore types
Optimize recovery and selectivity under ore-specific conditions
Reduce variability through structured, ore-by-ore evaluation
Mineral type flotation performance varies widely across ore types, requiring chemistry that can adapt to different mineralogy and processing conditions. Locus Mining develops biosurfactant-enhanced flotation reagents designed to improve recovery and selectivity across base metals, battery metals, precious metals, and industrial minerals through structured testing and measurable performance.
In mineral processing, flotation circuits face similar challenges, but performance varies significantly by mineral type. Differences in mineralogy, liberation, and gangue response directly impact recovery, selectivity, and froth stability.:
Performance is evaluated across mineral types under defined processing conditions.
Improve recovery and selectivity in iron ore flotation circuits
Optimize flotation performance across copper, zinc, and polymetallic systems
Improve recovery in lithium and fine particle mineral systems
Stabilize flotation performance across variable mineral compositions
Maximize recovery in gold and silver flotation systems
Measured improvement in controlled iron ore flotation evaluations
Work with our team to evaluate flotation chemistry within your mineral system using structured metallurgical testing to improve recovery and selectivity.
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