INTERNATIONAL JOURNAL OF INFORMATION AND COMMUNICATION TECHNOLOGIES

MONITORING OF STATIONARY SOURCES OF POLLUTANT EMISSIONS IN ALMATY

Authors

  • Meirambaiuly N.
  • Duzbaev N.T.

DOI:

https://doi.org/10.54309/IJICT.2021.06.2.006

Keywords:

monitoring, contaminated substances, atmosphere, emission, air area, industry, gray dioxide, nitrogen oxide, ecology

Abstract

The article introduces a system concept for analyzing the Almaty's air basin. Air pollution monitoring plays a key role in environmental issues. However, in order to develop an environmental information system, it is necessary to conduct a careful analysis of natural events in order to determine their direct impact on the state of the environment, in this case the atmosphere. To assess the degree of pollution, emissions must be measured at specific intervals in specific locations across the settlement, depending on the study approach used. To numerically implement the data obtained, a model for determining the amount of pollutant concentration should be used, which will lead to a numerical expression representing the atmospheric conditions in a certain industrial region. The purpose of the project is to programmatically implement the above operations, namely to develop software based on a specific appropriate mathematical model that allows for the calculation of pollutant concentrations and, on that basis, the complex index of atmospheric pollution. To analyze and make specific decisions related to reduction of pollution levels, it is necessary to track the dynamics of changes in the atmospheric pollution index over long
periods of time, which necessitates the creation of a database to record measurements as well as the ability to view them visually at any time, for example, on a map. 

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Published

2021-06-15

How to Cite

Meirambaiuly, N., & Duzbaev, N. (2021). MONITORING OF STATIONARY SOURCES OF POLLUTANT EMISSIONS IN ALMATY. INTERNATIONAL JOURNAL OF INFORMATION AND COMMUNICATION TECHNOLOGIES, 2(2), 47–53. https://doi.org/10.54309/IJICT.2021.06.2.006
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