In an apparatus for absorptionof SO2 in water, at one point in the column the concentration...

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In an apparatus for absorptionof SO2 in water, at one point in the column the concentration of SO2 in gas phase was 10% SO2 by volume and was in contact with a liquid containing 0.4% SO₂ by weight. Pressure and temperature are 1 atm and 323 K respectively. The overall gas phase mass transfer coefficient is 7.36 x 10-¹0 kmole /m² .s(N/m²). Of the total resistance 45% lies in gas phase and 55% in the liquid phase. Estimate the molar flux based on the overall and individual film coefficients. Kg SO₂ / 100 kg water 0.2 0.3 0.5 0.7 Partial pressure of SO2, mm Hg. 29 46 83 119 (16) (Nov/Dec '05) In an apparatus for absorptionof SO2 in water, at one point in the column the concentration of SO2 in gas phase was 10% SO2 by volume and was in contact with a liquid containing 0.4% SO₂ by weight. Pressure and temperature are 1 atm and 323 K respectively. The overall gas phase mass transfer coefficient is 7.36 x 10-¹0 kmole /m² .s(N/m²). Of the total resistance 45% lies in gas phase and 55% in the liquid phase. Estimate the molar flux based on the overall and individual film coefficients. Kg SO₂ / 100 kg water 0.2 0.3 0.5 0.7 Partial pressure of SO2, mm Hg. 29 46 83 119 (16) (Nov/Dec '05)

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The molar flux of SO2 can be calculated by using the overall ... View the full answer