b) The following second order reaction (first order in each reactant): A + 2B P is conducted in a rigid batch reactor at
Posted: Mon May 16, 2022 2:10 pm
- B The Following Second Order Reaction First Order In Each Reactant A 2b P Is Conducted In A Rigid Batch Reactor At 1 (67.23 KiB) Viewed 92 times
b) The following second order reaction (first order in each reactant): A + 2B P is conducted in a rigid batch reactor at constant temperature. The rate of reaction (consumption of A) is given by -ra = k CCB [mol/ with Reaction rate constant k k = 24/mol the The shutdown time ts (for offloading cleaning and charging the reactor batches) ts = 1 hour Determine the batch reaction time required to achieve 95% conversion if we premix the reactants in stoichiometric ratio in the batch before we start the reaction. Reactant A is liquid with Cho = 2 mol/, and Reactant B is also liquid with Cón = 4 mol/L prior to mixing. L Both reactants are liquid and completely miscible and have the same densities. [Note: your Cao and Coo at the start of the batch reaction are obtained by mixing these reactants. The density remains constant. ) [17 marks)