Instructions and prototype attached. The subject of the class is multiphase reac

Instructions and prototype attached. The subject of the class is multiphase reactor engineering, and the reactor i have is multitubular fixed bed reactor.  Design of Fischer Tropsch reactor (Quantitative / optimisation)  Report + presentation, total about 50 h of work/person  Final presentation of 12 minutes (excluding questions)  Use a structured approach (Conceptual Design Matrix or Krishna & Sie)  State which simplifications / assumptions you make and discuss / proof the validity  Clearly state the other steps you make in the derivation of your model. Do not simply copy assumptions / models from literature! Το αντικειμενο του μαθήματος είναι πολυφασική μηχανική αντιδραστήρων ο αντιδραστήρας της συγκεκριμένης εργασίας είναι multitubular fixed bed reactor.Το αντικειμενο του μαθήματος είναι multiphase reactor engineering, ο αντιδραστήρας που έχω είναι multitubular fixed bed reactor.  Design of Fischer Tropsch reactor (Quantitative / optimisation)  Report + presentation, total about 50 h of work/person  Final presentation of 12 minutes (excluding questions)  Use a structured approach (Conceptual Design Matrix or Krishna & Sie)  State which simplifications / assumptions you make and discuss / proof the validity  Clearly state the other steps you make in the derivation of your model. Do not simply copy assumptions / models from literature! The subject of the course is multiphase reactor mechanicsThe subject of the course is multiphase reactor mechanics.