Objective: To simulate unsteady state chemical reactor with recycling from a separator unit by using MATLAB. Background: Project 2 is an extension of Project 1, and the MATLAB code you need to submit is a development of the code that you used previously in Project 1. In addition to what has been done in Project 1, the reactor unsteady state is considered with adding a separation unit after the chemical reactor to purify the output from the reactor. The main task is to find the time change concentrations using the MATLAB function "ode45" to solve the differential equations while including the separation unit in your simulation by considering the recycle stream to flow some of the reactant B again to the reactor. The chemical reaction used in the reactor is (A + B AB). The purpose of recycling B is to enhance the AB yield assuming that B is limiting reactant and the reaction rate is proportional to the concentration of B. A+B B Reactor -B+AB Separator AB

Objective: To simulate unsteady state chemical reactor with recycling from a separator unit by using MATLAB. Background: Project 2 is an extension of Project 1 , and the MATLAB code you need to submit is a development of the code that you used previously in Project I. In addition to what has been done in Project 1, the reactor unsteady state is considered with adding a separation unit after the chemical reactor to purify the output from the reactor. The main task is to find the time change concentrations using the MATLAB function "ode45" to solve the differential equations while including the separation unit in your simulation by considering the recycle stream to flow some of the reactant B again to the reactor. The chemical reaction used in the reactor is (A+BAB). The purpose of recycling B is to enhance the AB yield assuming that B is limiting reactant and the reaction rate is proportional to the concentration of B. Objective: To simulate unsteady state chemical reactor with recycling from a separator unit by using MATLAB. Background: Project 2 is an extension of Project 1 , and the MATLAB code you need to submit is a development of the code that you used previously in Project I. In addition to what has been done in Project 1, the reactor unsteady state is considered with adding a separation unit after the chemical reactor to purify the output from the reactor. The main task is to find the time change concentrations using the MATLAB function "ode45" to solve the differential equations while including the separation unit in your simulation by considering the recycle stream to flow some of the reactant B again to the reactor. The chemical reaction used in the reactor is (A+BAB). The purpose of recycling B is to enhance the AB yield assuming that B is limiting reactant and the reaction rate is proportional to the concentration of B