Mathematical Model on E.coli Kinetics Influenced by Retardation on Decay Phase Adsorption and Desorption in Soil and Water Environment in Port Harcourt, Rivers State of Nigeria

The behaviour of E.coli are expressed in several conditions, the kinetics of E.coli are expressed by the formation characteristics in the study location, the rate of retardation are not left behind, it is express in the system, because it has a reflection on the formation variation in the study area.. Retardation factor are considered because of it influences from formation characteristic in the study location, since structural stratification under geological setting played major roles in the system dynamics, desorption and adsorption are determined by the geological setting, the kinetics of E.coli are influence by the deposition of the formation, it is reflected on the deposition of substrate and microbes in soil and water environment, kinetics of E.coli are influence through the stratification variation in soil, these are reflected in the kinetic reaction in the formations, several concept has been express on kinetics of microbes, but the study carried out is precisely on the deposition of E.coli in the study area, this to determine the rate of kinetics influence in the study area, the influences were found to reflect on the retardation on decay phase of E.coli in the formation, this were found on the slow level on rate of migration, there is no perfect method to predict the rate of kinetic influence on retardation through decay phase of E.coli in the study location, base on this condition mathematical model was develop to monitor the kinetic rate of E.coli on retardation in soil and water environment. Adsorption and desorption rate were express in the system, because the rate of retardation which that the microbes may be experiencing degradation. The model were generated through the derived governing equation, the model expressed will be useful to experts to monitor the rate of kinetics influence including retardation on decay phase condition in soil and water environments. Copyright © IJESTR, all rights reserved.