Fluctuation of Citrobacter Transport Influenced by High Porous Medium in Homogeneous Silty Formation in Saline Environment

Abstract

This paper monitor the deposition of Citrobacter in high porous medium in saline environment, the study investigate the behaviour of the contaminant in saline environment, the application of deterministic model developed simulation values that express the behaviour and effect from high porous medium, such shallow phreatic bed were observed to experiences fluctuation in soil porosity thus reflecting on the rate of concentration. The simulation developed locations that the concentration generated fluctuation to the depth were it was in significant in the formation, this was observed to be in an area were Citrobacter experiences degradation due to lack of microelement for growth. Moreso its deposition in shallow Phreatic zone has evaluated the rate of transport with respect to time and depth from the study carried out, it was observed to be predominantly influenced by high porosity in the formation, the influences of alluvium deposit in these condition could not influences the aquiferous zone by uniformity of the Phreatic deposited strata. Formation characteristics stated above were found significant in the migration of Citrobacter from surface to phreatic zone. The models were simulated and it produced theoretical values compared with other measured results, both parameters developed a favuorable fits validating the model.