Community Event
Metallurgical Society /AusIMM: Designing a floatation circuit to deliver more from less
Community Event
Metallurgical Society /AusIMM: Designing a floatation circuit to deliver more from less
As ores degrade and become complex, flotation circuits and concentrators are becoming larger. This isn’t sustainable in a context of increased scrutiny on energy and emissions.
But the model of flotation circuit design is typically focused on residence time and not flotation rate.
Applying Jameson Cell technology allows for a far greater freedom to size and design a circuit to deliver the same throughput, grade and recovery results with less asset and less environmental impact.
Dr Chris Anderson will draw on modelling, real world outcomes and and independent study as he applies this approach and shows how it can lead to significantly different outcomes.
But the model of flotation circuit design is typically focused on residence time and not flotation rate.
Applying Jameson Cell technology allows for a far greater freedom to size and design a circuit to deliver the same throughput, grade and recovery results with less asset and less environmental impact.
Dr Chris Anderson will draw on modelling, real world outcomes and and independent study as he applies this approach and shows how it can lead to significantly different outcomes.
Contributor(s):
Dr Chris Anderson
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PD Hours
Approved activity
- Published: 08/4/2024
- Unique ID: P-03174-R4M1C8-202405262356095950