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• W2801301462 endingPage "288" @default.
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• W2801301462 abstract "Bubble size distribution, bubble rise velocity, gas and solids hold-up are the extensively used hydrodynamic parameters apart from floatability data for column flotation design and performance evaluation. In the current work, the combined solids and gas hold-up distribution characteristics are studied using non-intrusive electrical resistance tomography (ERT) coupled with pressure transducers (PT) in a laboratory column flotation. The effect of superficial gas velocity, slurry feed flow rate and slurry height in the column on mean gas hold-up, combined solids-gas hold-up and its radial distribution is analysed for both two-phase and three phase slurry systems. Slurry experiments are conducted for three different solids concentrations. Using the modified sensitivity back projection (MSBP) algorithm, the measured raw voltage data has been reconstructed into conductivity data and thereby estimating the equivalent phase concentration values by adopting Maxwell principle. Mean gas and solids hold-ups extracted from ERT have been critically assessed for the column operating in various flow regimes. The ERT measured mean gas hold-up and solids hold-up values are in close agreement with the data estimated from pressure difference measurements. The results show an increment in the gas hold-up with an increase in the superficial gas velocity, whereas solids hold-up distribution is almost homogeneous for high gas velocities. The gas hold-up reduces with solids content at the fixed gas and slurry flowrates. The presence of solids render the bubble rise velocity thereby decreases the local gas hold-up with the solids percent. Further feed slurry flow rate and frother dosage effects on column hydrodynamics have been studied and the change in the phase hold-ups is quantified." @default.
• W2801301462 created "2018-05-17" @default.
• W2801301462 creator A5040351054 @default.
• W2801301462 creator A5048330221 @default.
• W2801301462 date "2018-09-01" @default.
• W2801301462 modified "2023-09-26" @default.
• W2801301462 title "Hydrodynamic study of three-phase flow in column flotation using electrical resistance tomography coupled with pressure transducers" @default.
• W2801301462 cites W1585328313 @default.
• W2801301462 cites W1846571037 @default.
• W2801301462 cites W1939366494 @default.
• W2801301462 cites W1966355796 @default.
• W2801301462 cites W1968791574 @default.
• W2801301462 cites W1970663857 @default.
• W2801301462 cites W1975098883 @default.
• W2801301462 cites W1975581364 @default.
• W2801301462 cites W1976584284 @default.
• W2801301462 cites W1977210953 @default.
• W2801301462 cites W1980813153 @default.
• W2801301462 cites W1990951461 @default.
• W2801301462 cites W1991113156 @default.
• W2801301462 cites W1993234898 @default.
• W2801301462 cites W1994818250 @default.
• W2801301462 cites W2002057496 @default.
• W2801301462 cites W2006163509 @default.
• W2801301462 cites W2006783774 @default.
• W2801301462 cites W2007436413 @default.
• W2801301462 cites W2007908148 @default.
• W2801301462 cites W2012469789 @default.
• W2801301462 cites W2019283642 @default.
• W2801301462 cites W2019289958 @default.
• W2801301462 cites W2023384136 @default.
• W2801301462 cites W2026718656 @default.
• W2801301462 cites W2029493840 @default.
• W2801301462 cites W2032091481 @default.
• W2801301462 cites W2034694861 @default.
• W2801301462 cites W2034824505 @default.
• W2801301462 cites W2038186186 @default.
• W2801301462 cites W2040220980 @default.
• W2801301462 cites W2042055168 @default.
• W2801301462 cites W2048881154 @default.
• W2801301462 cites W2052563122 @default.
• W2801301462 cites W2052989618 @default.
• W2801301462 cites W2053191896 @default.
• W2801301462 cites W2053192276 @default.
• W2801301462 cites W2058126678 @default.
• W2801301462 cites W2061656218 @default.
• W2801301462 cites W2063168801 @default.
• W2801301462 cites W2068865734 @default.
• W2801301462 cites W2073118027 @default.
• W2801301462 cites W2075794558 @default.
• W2801301462 cites W2076978869 @default.
• W2801301462 cites W2077370412 @default.
• W2801301462 cites W2078326626 @default.
• W2801301462 cites W2080407254 @default.
• W2801301462 cites W2081220834 @default.
• W2801301462 cites W2083854169 @default.
• W2801301462 cites W2090550198 @default.
• W2801301462 cites W2091675607 @default.
• W2801301462 cites W2092941226 @default.
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• W2801301462 cites W2101074048 @default.
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• W2801301462 cites W2776813189 @default.
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• W2801301462 doi "https://doi.org/10.1016/j.seppur.2018.04.039" @default.
• W2801301462 hasPublicationYear "2018" @default.
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