Bachelor Thesis
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Item Investigations on how the froth height is influencing the flotation of ultrafine particles using the newly developed separation apparatus MultiDimFlot(GMIT, 2023) Nyamjargal Erdeneduvchir; Thomas Hollenberg; Martin RudolphThe successful completion of this study was made possible through the collective efforts of everyone at the Helmholtz Institute Freiberg, the German-Mongolian Institute for Resource and Technology, as well as the unwavering support from my family and friends.Item Investigations on how the froth height is influencing the flotation of ultrafine particles using the newly developed separation apparatus MultiDimFlot(GMIT, 2023) Nyamjargal Erdeneduvchir; Thomas Hollenberg; Martin RudolphFlotation is a separation process that is based on differences in the surface wettability properties of materials. Hydrophobic particles adhere to air bubbles and create particle-bubble aggregates that rise in suspension and form a froth layer, whereas the hydrophilic particles sink and remain in the pulp. The flotation process is widely applied in the separation of fine particles with a particle size range between 10 µm and 200 µm. However, the flotation of ultrafine particles (x < 10 µm) is facing challenges and unwanted ultrafine gangue particles have a high probability of being entrained, which reduces the quality of the product