ringChemical EngineeringQ&A LibraryAn effluent gas from a food processing industry with a flow rate of 1000 mol/h is to be processed. It contains 10mol% SO2 and the remaining balance of an inert gas. Due to environmental restriction, the industry should absorb the SO2 in the original effluent with 92% of absorption efficiency before emission to the environment. For this task, pure water is employed as a solvent since SO2 is highly soluble in water. The equilibrium data is given hereunder in molar ratio. The operating line is a straight line and is represented by X (104 ) 0 1 4 6 8 10 12 Y (103 ) 0 8.8 36.3 55.5 75.4 96 117.5 Determine: The amount of solute and inert gas in feed The inlet and outlet concentration of solute in mole ratio in the gas phase The inlet and outlet concentration of solute in mole ratio in the liquid phaseAn effluent gas from a food processing industry with a flow rate of 1000 mol/h is to be processed. It contains 10mol% SO2 and the remaining balance of an inert gas. Due to environmental restriction, the industry should absorb the SO2 in the original effluent with 92% of absorption efficiency before emission to the environment. For this task, pure water is employed as a solvent since SO2 is highly soluble in water. The equilibrium data is given hereunder in molar ratio. The operating line is a straight line and is represented by X (104 ) 0 1 4 6 8 10 12 Y (103 ) 0 8.8 36.3 55.5 75.4 96 117.5 Determine: The amount of solute and inert gas in feed The inlet and outlet concentration of solute in mole ratio in the gas phase The inlet and outlet concentration of solute in mole ratio in the liquid phase error_outlineHomework solutions you need when you need them. Subscribe now.arrow_forward QuestionAsked Sep 8, 20204 viewsAn effluent gas from a food processing industry with a flow rate of 1000 mol/h is to be processed. It contains 10mol% SO2and the remaining balance of an inert gas. Due to environmental restriction, the industry should absorb the SO2 in the original effluent with 92% of absorption efficiency before emission to the environment. For this task, pure water is employed as a solvent since SO2is highly soluble in water. The equilibrium data is given hereunder in molar ratio. The operating line is a straight line and is represented by X (104 )014681012 Y (103 )08.836.355.575.496117.5 Determine:The amount of solute and inert gas in feedThe inlet and outlet concentration of solute in mole ratio in the gas phaseThe inlet and outlet concentration of solute in mole ratio in the liquid phaseTheoretical number of stages requiredIn this case or generally in absorption, the operating line lays above the equilibrium curve/line whereas in distillation and stripping the reverse is true. Why?

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ringChemical EngineeringQ&A LibraryAn effluent gas from a food processing industry with a flow rate of 1000 mol/h is to be processed. It contains 10mol% SO2 and the remaining balance of an inert gas. Due to environmental restriction, the industry should absorb the SO2 in the original effluent with 92% of absorption efficiency before emission to the environment. For this task, pure water is employed as a solvent since SO2 is highly soluble in water. The equilibrium data is given hereunder in molar ratio. The operating line is a straight line and is represented  by         X (104 ) 0 1 4 6 8 10 12   Y (103 ) 0 8.8 36.3 55.5 75.4 96 117.5   Determine: The amount of solute and inert gas in feed The inlet and outlet concentration of solute in mole ratio  in the gas phase The inlet and outlet concentration of solute in mole ratio  in the liquid phaseAn effluent gas from a food processing industry with a flow rate of 1000 mol/h is to be processed. It contains 10mol% SO2 and the remaining balance of an inert gas. Due to environmental restriction, the industry should absorb the SO2 in the original effluent with 92% of absorption efficiency before emission to the environment. For this task, pure water is employed as a solvent since SO2 is highly soluble in water. The equilibrium data is given hereunder in molar ratio. The operating line is a straight line and is represented  by         X (104 ) 0 1 4 6 8 10 12   Y (103 ) 0 8.8 36.3 55.5 75.4 96 117.5   Determine: The amount of solute and inert gas in feed The inlet and outlet concentration of solute in mole ratio  in the gas phase The inlet and outlet concentration of solute in mole ratio  in the liquid phase error_outlineHomework solutions you need when you need them. Subscribe now.arrow_forward QuestionAsked Sep 8, 20204 viewsAn effluent gas from a food processing industry with a flow rate of 1000 mol/h is to be processed. It contains 10mol% SO2and the remaining balance of an inert gas. Due to environmental restriction, the industry should absorb the SO2 in the original effluent with 92% of absorption efficiency before emission to the environment. For this task, pure water is employed as a solvent since SO2is highly soluble in water. The equilibrium data is given hereunder in molar ratio. The operating line is a straight line and is represented  by       X (104 )014681012  Y (103 )08.836.355.575.496117.5 Determine:The amount of solute and inert gas in feedThe inlet and outlet concentration of solute in mole ratio in the gas phaseThe inlet and outlet concentration of solute in mole ratio in the liquid phaseTheoretical number of stages requiredIn this case or generally in absorption, the operating line lays above the equilibrium curve/line whereas in distillation and stripping the reverse is true. Why?

Accepted Answer

hi and thanks for the question, but you have posted multiple subparts, so we will answer the first 3…