Week-1: Introduction of various reactors (BR, CSTR, PFR)
Week-2: Pressure drop in reactor design (PBR)
Week-3: Catalyst deactivation: types of deactivations, deactivation rate laws Temperature–time trajectories, Moving bed reactor (MBR), and straight-through transport reactor (STTR)
Week-4: Multi-phase reactors (Slurry reactor, Trickle bed reactor, Bioreactors)
Week-5: Bioreactors
Week-6: Steady state non-isothermal reactor design: Energy Balance
Week-7: Multiple steady states
Week-8: non-ideal flow: RTD: Step/pulse input, Segregation model, Tank in series (TIS) model
Week-9: non-ideal flow: Various RTD Models: Dispersion model, the effect of dispersion on effluent concentration, Two-parameter model
Week-10: Surface reaction mechanism and model studies: Langmuir-Hinshelwood reaction kinetics, Eley-Rideal reaction kinetics, LHHW model and parameter estimation, Mars-Van Krevlen model, and parameter estimation, Diffusion, and reaction: Internal effectiveness factor, Falsified-kinetics, Weisz-Prater criteria, Mear’s criteria, temperature effect
Week-11: Collection and analysis of rate law data (ODE/Non-linear regression). Heterogeneous catalysis data analysis for reactor design (Numerical method, polynomial fit, integrating method, Non-linear regression)
Week-12: Catalyst synthesis and Catalyst characterization
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