A deterministic model for prediction of hard waste production in the presence of inhabitants and industrial escalation

Abstract

Solid administration issues are increasing in developing world due to increase in ppopulation and industries and with majority of cases , there are no data of how much solid waste is produced in a precise period of time in mainly urban areas. Solid waste production rate increases with raise in inhabitants and industrial actions. In this paper, we proposed deterministic model equations in the existence of industrial and inhabitants’ expansion was reformulated by add in industrial waste and industrial compartments in an existing model. Fourth-order Runge-Kutta scheme was used as numerical method to solved the reformulated model. The stability analysis of the model was carrying out where the model equations were asymptotically stable. Empirical data were used to valid the model and the result show that an increase in industries and population there will be an increase industrial waste.

Keywords: Hard waste , inhabitants and Industry