Stop-Flow Analysis: An Aid in the Diagnosis and Optimization of Continuous-Flow Systems

Abstract

A novel application of stop-flow analysis (s.f.a.) in continuous-flow automated chemical reactors is presented. By continuous addition of reactant to the reactor, s.f.a. can be used to simultaneously diagnose and evaluate each reactor stage. The method demonstrated is fast, simple to execute, and requires no additional equipment. A rational method to optimize continuousflow systems is the end product of this application.