Analysis of a continuously stirred two tank reactor cascade with Haldane kinetics

Abstract Biological reactors are employed in industrial applications to break down organic waste. We view the cascade of two open loop continuously stirred tank with Haldane growth function as chemostats bacterial inputs. A some reactor parameters is derived, sign which determines maximum number critical points a can have. This allows us determine parameter combinations ensure has only single point for all removal rates (dilution rate plus death rate). Where simple condition on above confirmed hold, if first then, next will also have rates. global stability result given these cases. proof local general class functions, bacteria and substrate input, rate. For special case where zero we compare under various conditions, long short residence times, different follows pattern similar papers that considered cascades using Monod Contois functions.