11,948,30,Orientation/ MOLE BALANCE: definition of the rate of reaction, general mole balance equation, types of reactors, industrial reactors/////CONVERSION & REACTOR SIZING: definition of conversion, design equations, application of design equations, reactor in series/////RATE LAWS & STOICHIOMETRY 1: reaction rate constant, reaction order and rate law, elementary rate law and molecularity, reversible reactions, elementary rate laws and reactions/////RATE LAWS & STOICHIOMETRY 2:
stoichiometry table (batch system, constant volume reaction system, flow system, volume change with reaction), expressing concentration in terms other than conversion./////ISOTHERMAL REACTOR DESIGN: design structure for isothermal reactors, batch operation, design of CSTRs, tubular reactor./////COLLECTION & ANALYSIS OF RATE DATA 1: batch reactor data (differential method of rate analysis, integral method)./////COLLECTION & ANALYSIS OF RATE DATA 2: method of initial rates, method of half-lives, differential reactors, evaluation of laboratory reactors./////NONELEMENTARY REACTION KINETICS: Active intermediate, PSSH, chain reaction, reaction pathway./////MULTIPLE REACTIONS: definitions, parallel reactions, maximizing the desired product in series reactions./////NONELEMENTARY REACTION KINETICS: Enzymetic reaction, Michaelis-Menten equation, batch reactor calculation, inhibition of enzymetic reaction./////STEADY-STATE NONISOTHERMAL REACTOR DESIGN: rationale, energy balance./////NONISOTHERMAL CONTINUOUS-FLOW REACTORS: application to CSTR, adiabatic tubular reactor, steady-state tubular reactor with heat exchanger./////EQUILIBRIUM CONVERSION: adiabatic temperature and equilibrium conversion, optimum feed temperature./////CATALYSIS & CATALYTIC REACTORS: catalysts, steps in a catalytic reaction./////CATALYSIS & CATALYTIC REACTORS: design of reactors in gas-solid reactions, heterogeneous data analysis for reactor design./////Wrap-up and general discussion.////////////////////,,,,,3/////3/////3/////3/////3/////3/////3/////3/////3/////3/////3/////3/////3/////3/////3/////3////////////////////,,,,,Lecture / Discussion/////Lecture / Discussion/////Lecture / Discussion/////Lecture / Discussion/////Lecture / Discussion/////Lecture / Discussion/////Lecture / Discussion/////Lecture / Discussion/////Lecture / Discussion/////Lecture / Discussion/////Lecture / Discussion/////Lecture / Discussion/////Lecture / Discussion/////Lecture / Discussion/////Lecture / Discussion/////Lecture / Discussion////////////////////,,,,,Prof. Adrian Flood/////Prof. Adrian Flood/////Prof. Adrian Flood/////Prof. Adrian Flood/////Prof. Adrian Flood/////Prof. Adrian Flood/////Prof. Adrian Flood/////Prof. Adrian Flood/////Prof. Adrian Flood/////Prof. Adrian Flood/////Prof. Adrian Flood/////Prof. Adrian Flood/////Prof. Adrian Flood/////Prof. Adrian Flood/////Prof. Adrian Flood/////Prof. Adrian Flood////////////////////,Knowledge and calculations in reaction engineering./////Calculations and ability to use software and computer aids./////Morals and Ethics///////////////////////////////////,,,,,Assignments, quizes, in-class discussion, Exams./////Asignments, Exams./////In class discussion, attendance, assignments.///////////////////////////////////,,,,,1-16/////4-16/////1-16///////////////////////////////////,,,,,60/////20/////20///////////////////////////////////,2024-05-29 00:40:48,2024-05-29 00:40:48