Rheological Portrayal of Zinc Ore and Iron Ore Minerals

Abstract

In the present investigation rheological conduct and portrayal of minerals are researched by utilizing Anton PaarRheolabQCrheometer to create broad rheological information. Two kinds of minerals viz. iron oreand zinc ore were taken for examination. The molecule size dispersion, pH, Scanning Electron Microscopy (SEM) investigation, Energy Dispersive Spectroscopy (EDS) and so on was examined utilizing different seat scale test with standard method. The rheology of mineral suspension with the variety of solids focus, temperature, and portion of coarse particles are performed. The rheological information demonstrates that upto 30% strong focus, mineral suspension demonstrates Newtonian conduct and past this shows non-Newtonian conduct. The rheological examination of the finner particulate of mineral suspension of iron metal and zinc mineral slurry is additionally done with the option of coarser particulate. It is seen that thickness of both mineral suspension are improved. The temperature impact on the rheological properties of mineral suspension likewise considered. The rheological information acquired was utilized to assess the weight drop of mineral metal slurry moving through straight pipe. It is discovered that for mineral slurry coursing through pipeline the weight drop increments with increment in speed and strong fixation.