Mathematical model for determination of mass and gross emissions of atmospheric polllutants of the industrial enterprises

In the course of functioning of the processing equipment of the industrial enterprise some tens pollutants causing harmful effects on health of the population, environment, agricultural crops, etc. come to the atmosphere. For minimization of the damage caused by atmospheric pollutants, the issue of the automated control of load distribution between the processing equipment of the enterprise is solved so that the size of damage do not exceed the preset value. For determination of concentration of pollutants on the controlled objects and territories, the models of advective transfer and diffusion caused by turbulent interaction of air masses are used. These models are based on the assumption that weight emission of pollutants in the atmosphere on all interval of the task solution remains invariable. However, in practice it significantly changes, depending on the changes of the structure and productivity of the working equipment, the production program, etc. The mathematical model, developed for determination of gross and mass emission of atmospheric pollutants of the industrial enterprise, helps determine more precisely the volume of the weight expense of pollutants and, thus, increase the accuracy of the solution of the problem of minimization of damage from atmospheric emissions of the industrial enterprise.