Mathematical models of atmospheric transport of reactive pollutants emitted by oil and gas fisheries

Abstract

The paper studies emissions of oil and gas industrial enterprises and vehicles into the environment in the form of gaseous and condensed products. It is taken into account that during photochemical reactions, ozone and other toxicants that are dangerous to human health and the state of the plant and animal world are formed. It is known that under certain meteorological conditions, even minor emissions of pollutants can create an unfavorable environmental situation, because natural and man-made disasters pose a great danger, as a result of which large-scale pollution of the natural environment is possible. Within the framework of this problem, mathematical models of distribution and dispersion of reacting pollutants in multiphase, multi-component interpenetrating multi-speed continuous media have been developed to assess the state of components of the natural environment, which is the basis of food safety and quality.