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Moreover, the total separation efficiency is increased by 1.1% at its optimum value.
The separation performances were determined from total separation efficiency and grade efficiency.
The optimal geometry showed a total separation efficiency of more than 89% and a flow ratio of less than 35%.
In addition, a total separation efficiency of 46% was employed at 600 ml s−1 of inflow rate and with an underflow rate of 25% its inflow rate.
Empirical expressions were obtained to predict the total separation efficiency, flow ratio, capacity and cut diameter of the equipment as a function of the operating conditions.
The Response Surface Method (RSM) model predicted an optimum operating inflow rate and underflow ratio of 721 ml s−1 of inflow rate and 30%, respectively, for the low-pressure hydrocyclone at a maximum total separation efficiency.
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Total separation efficiencies were obtained between 36.54% and 92.02%, capacities from 0.1183 to 0.4579 m3/h and flow ratios ranging from 31.74% to 84.30%.
The maximum total separation efficiencies for each inflow rate were 41%, 46%and46%6% at 400, 800 and 1000 ml s−1 inflow rates, respectively, and at underflow rates of 30% of the inflow rates.
The total gas solid separation efficiency at ambient temperature exceeds 98.5%%.
Therefore, the smaller the total flow rate, the better the separation efficiency, the lower the loss rate of extraction agent.
The inertial separator has short residence time but low separation efficiency, while the centrifugal separator has long residence time but high separation efficiency.
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