Scientific Bulletin of UNFU, Год журнала: 2024, Номер 34(7), С. 23 - 29
Опубликована: Ноя. 21, 2024
The features of modeling the dispersion process fine dust in atmosphere residential areas were examined, which not only enhanced understanding cement processes but also allowed for development practical recommendations to mitigate its negative impact on environment and public health. It is well known that production a primary source air pollutants, particularly dust, degrades atmospheric quality poses serious health risk nearby populations. research employed combination mathematical data analysis predict adjacent industrial facilities. model simulated behavior particulate matter atmosphere, accounting variables such as wind direction, emission rates, particle size. Consequently, study provided an accurate forecast concentrations at varying distances from source, offering valuable insights into scope pollution. Moreover, revealed disperses over wide areas, leading elevated levels zones, can significantly affect human health, especially respiratory conditions. In addition modeling, assessed efficiency current collection systems plants. was found improvements technologies could result 10-15 % reduction emissions. As result, advocates modernization filtration capture equipment solution mitigating environmental footprint production. benefits this extend beyond immediate improvements, emissions lead outcomes decrease long-term damage. findings underscore importance continuous monitoring regulatory compliance control study's conclusions suggest further needed refine by incorporating additional factors humidity, temperature, urban landscape features. Future studies explore effectiveness improved diverse climatic geographic
Язык: Английский