Chemical Segregation Effects

This lecture explores the impact of segregation intensity on the performance and selectivity of consecutive-competitive reactions, focusing on the modified rate equations and product distribution. It delves into the application of segregation intensity to a Plug Flow Reactor (PFR) and the experimental methods used for mixing characterization. The lecture also covers the use of chemical methods, such as fast competitive reactions, to assess mixing efficiency and the determination of segregation indices. Various chemical reactions, including neutralization and ester hydrolysis, are discussed to illustrate the effects of mixing on product formation. Experimental considerations and the choice of concentrations in chemical reactions are also examined.