Creation of an information and analytical database based on an intelligent analysis system from online services for monitoring and forecasting the environmental condition of industrial areas

In this article, a mathematical model is proposed for monitoring and forecasting the concentration of harmful substances emitted from production facilities and transport systems. A functional dependence of the coefficient characterizing the capture of aerosol particles by vegetation elements has been developed taking into account the density of phytomass. Based on the mathematical model, a web-oriented geographic information system has been developed for monitoring and forecasting the quality of atmospheric air in industrial areas for the purpose of subsequent support for decisionmaking on environmental monitoring, environmental protection measures, and compliance with sanitary standards for atmospheric air. Based on the developed software product, a series of computational experiments were conducted, mainly for validation and verification of the developed mathematical models.