Mathematical Modeling to Predict Klebsiella Pneumonae Transport Influenced by Porosity and Void Ratio in Shallow Aquifers

Mathematical model to predict the transport of klebsiella pneumonae has been developed the transport of the type microbial species where found to be a serious threat to the settlers in the study location; the microbes are influenced by the soil structural deposition, including the activities of man, the condition has resulted a lots of death trap to in many ways, the influence from porosity and void ratio are one of the major causes a high concentration of the contaminants in shallow aquifers, mathematical equation where develop considering all these source of pollution as variable in the system, this variables form the derived equation that generated a model to predict these type of microbial species in shallow aquifers the rate of transport within a short period of time in shallow aquifers, were influenced by the velocity of transport, this condition concludes that the soil marix is homogeneous in nature resulting to high degree of porosity in the study location. Hydraulic conductivity of the soil is as a result of high degree of void ratio in the study area. The model developed will certainly predict the transport from this species of microbes in the study area, and reduce the threat of human life in the study location.