Boost separation performance, improve recovery rates, and optimize flotation processes with nanobubble-driven gas–liquid interaction.
HIGHER RECOVERY
BETTER SELECTIVITY
PROCESS OPTIMIZATION
Flotation efficiency is critical to mineral recovery, yet conventional systems often struggle with inconsistent bubble size, poor particle attachment, and high reagent dependency, impacting overall yield and process stability. Nanobubbles for Flotation can help improve particle attachment and flotation performance, supporting more efficient mineral recovery.
Conventional bubbles are too large for effective attachment to fine particles.
Valuable minerals are lost due to inadequate flotation efficiency.
Collectors and frothers are required in large quantities.
Variations in slurry conditions affect consistency.
Reduced selectivity leads to lower concentrate quality.
THE NICO DRONA SOLUTION
The DRONA system generates ultra-fine nanobubbles that significantly increase surface area and improve interaction
with mineral particles. This enhances attachment efficiency, stabilizes flotation conditions, and improves overall recovery
rates.
By optimizing gas–liquid dynamics, DRONA reduces reagent dependency while delivering more consistent and efficient
mineral separation.
Enhances capture of ultra-fine and valuable minerals.
Boosts bubble–particle interaction and attachment rates.
Lowers dependence on collectors and frothers.
Improves separation precision and output quality.
Ensures consistent flotation outcomes across varying conditions.
