Modeling and simulation to predict variation of void ration and permeability influence on E-coli transport in heterogeneous sand gravel depositions

Abstract

This study monitored heterogeneous deposition of void ratio in predominant sand gravel depositions, several studies had been done on transport system with relation to depth of the formation, but the study centered more on time of transport in relation to heterogeneous void ratio and permeability of sand gravel formation, the time of transport were subjected to determine the rate of transport to the Phreatic depositions, fluctuation and exponential phase of transport were observed in the study area, depth of transport were slightly evaluated in the study, but the focus of the study is more on time influenced by heterogeneous void ratio on sand gravel depositions, simulation generated predictive values that were validated with experimental values and both parameters express favorable fits for model validation, the study provide platform to monitor time of transport influenced by heterogeneous void ratio in predominant sand grave depositions. Experts will definitely use the concept to monitor time of transport of E-Coli in sand gravel formation.