Scope of Flotation Application: What is it used for?
The flotation process is perhaps the most efficient, widely applicable, and complex of the ore concentration methods used by the mining industry. Theoretically, it can be applied to any mixture of particles that are essentially free form one another and that are fine enough to be lifted by rising gas bubbles. Particles ranging in size from minus 20-mesh, down to a few microns, are responsive to flotation.
However, limited knowledge of the flotation mechanism has restricted use to a relatively small number of minerals. Some of the more common are listed below. Certain of these are more fully discussed in the Section “Applications of Flotation”
Sulfides
Copper Lead Zinc Iron |
Molybdenum Cobalt Nickel Arsenic |
Phosphates NaCI KCI Iron Oxides Limestone Feldspar |
Fluorite Chromite Tungstates Silica Coal
Rhodochrosite |
Triclinic Section – Microcline Composition & Structure Lead Bismuth Pb-Bi FLOTATION ELECTROCHEMICAL CONSIDERATIONS Cyanate Composition, Crystallization & Structure Shrinkage Stoping Mining Method The Mining Rate Risk Identifying Manganese Minerals How are Metal Prices Controlled Geometric Patterns for reserve calculation Iolite Cordierite Composition, Crystallization & Structure Comparison charts of, top to bottom: Blake-type crusher, Dodge-type crusher, and single toggle type crusher Gold Ore Processing Identifying Tin Minerals How to Calculate a Ball Charge Load Level Cooling Process Importance on Mineral Formation