22 14 Under yas-liquid mass transfer regime following process All+ Big) --Products ha carried out in the 2 reactor vessel using 1.5L of a reaction solution at 25C and atmospheric pressure employing a catalyst. Initial molar concentration of reactant Awas 2 mol/dm Under conditions used in this experiment. gas mass transfer rate was measured to be 8.0x2p?motminsolubility of gas B in a solvent used in this study at 25C is 90x10moldim Process is to be directly scaled up to a 10 mvessel (under same conditions, T. P) with working volume of 80% and mass transfer coefficient 0.0181 Calculate how many times longer it takes for the reaction at the large scale to complete.compared to the small scale process. For example, if your answer is 2.35 times fonger, insert number 235 as your answer Type your awer 22 14 Under yas-liquid mass transfer regime following process All+ Big) --Products ha carried out in the 2 reactor vessel using 1.5L of a reaction solution at 25C and atmospheric pressure employing a catalyst. Initial molar concentration of reactant Awas 2 mol/dm Under conditions used in this experiment. gas mass transfer rate was measured to be 8.0x2p?motminsolubility of gas B in a solvent used in this study at 25C is 90x10moldim Process is to be directly scaled up to a 10 mvessel (under same conditions, T. P) with working volume of 80% and mass transfer coefficient 0.0181 Calculate how many times longer it takes for the reaction at the large scale to complete.compared to the small scale process. For example, if your answer is 2.35 times fonger, insert number 235 as your answer Type your awer