SOLUTIONS
Gas dispersion solutions for flotation operations, reagent suppliers, and equipment manufacturers
Flotation Metrics provides practical gas-dispersion measurements, interpretation, and technical support to help improve flotation performance, compare technologies, and make better operating decisions
For flotation operations
Measure key gas dispersion indicators across your circuit and translate the results into practical operating recommendations.
On-site Gas Dispersion Services
Measure key gas dispersion indicators across selected cells, banks, and operating conditions, then translate the results into practical recommendation for frother dosage, air rate, froth depth, and cell-to-cell strategy.
Frother Dosage Tuning
Use on-site measurements, or off-site sample testing to identify effective frother addition strategies across your flotation circuit, accounting for process water, recycled reagents, and ore chemistry.
Gas Dispersion Monitoring and Control Pilot
Deploy collection-zone and froth-zone sensors to support live characterization of flotation conditions and develop improved control strategies. Available for pilot deployments and selected plant trials.
Site-Specific Frother Evaluation
Compare frothers using site ore and process water to support better reagent selection, dosage strategy, and, where appropriate, custom formulation and in-plant trials.
For suppliers and manufacturers
We help reagent suppliers, equipment manufacturers, and technical groups generate defensible gas dispersion data for product evaluation, comparison, and technical communication.
Standardized Frother Characterization
Generate concentration-response data for frothers or other reagents using bubble size, gas holdup, froth stability as gas dispersion indicators.
Gas Dispersion Characterization and Measurements
Measure bubble size, bubble shape, gas holdup, and froth stability under controlled lab or field conditions to evaluate how reagents, equipment, or operating conditions affect gas dispersion.
Flotation Response Testing
Lab or plant-based flotation studies paired with gas dispersion measurements to connect reagent or equipment performance to measurable hydrodynamic conditions and metallurgical response.
TAKE THE NEXT STEP WITH US
Contact us today to explore how Flotation Metrics can increase the efficiency of your flotation operations.