Modeling Inhibition of Lead on E.coli Growth Rate in Soil and Water Environment in Obio/akpor, Rivers State of Nigeria

Modeling inhibition of lead on E.coli growth rate in soil and water environment in homogeneous unconfined aquifer has been developed. The models were derived through formulated governing equations, the expressions were derived in phases, and this is to monitor the system by considering all the parameters that influence the exponential phase of E.coli in soil and water environments. The formation under study is predominantly homogeneous deposition, the stratification in deltaic environment developed unconfined formation. This significant condition was considered in the system when the governing equation was formulated, the equation was derived and it developed model in accordance with behaviour of the microbes and other formation variables. Few model developed were integrated together, thus final expressed model was generated, the model expressed all the parameters based on the behaviour of the microbes at different formations. The expressed model will definitely monitor the migration of E.coli in unconfined aquifer, experts will find the model valuable because it shows that the concentration of microbial deposition in ground water aquifers are in exponential state, but can only experience degradation if there is no substrate deposition, thus, if there is high deposition of inhibitors in the study area. Copyright © IJESTR, all rights reserved.