Obtaining and using data of operational monitoring of atmospheric air

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Abstract


In order to control the chemical composition of atmospheric air in cities located in the zone of influence of petrochemical enterprises, automatic atmospheric air monitoring stations (ASKAV) are installed. For the effective use of experimental data, the authors of the article developed a data collection system with ASKAV, in which the air control in residential quarters and the gas mixture at the source of organized emissions are synchronized. The analysis of data on the concentration of pollutants in the atmospheric air of the Sterlitamak obtained from ASKAV, on the basis of which a list of marker substances for enterprises of the city was compiled. Priority sources of air pollution with marker substances during a different wind regime were identified. The authors developed models for changing the concentration of marker substances in the air using the method of factor regression. Based on the results of the cross-correlation function, the time of movement of the contaminated gas cloud from the source of emission to the residential area of the city is obtained. Conclusions are made about the effectiveness of the developed air monitoring system and the field of application of the acquired models.


About the authors

Ekaterina S. Kulakova

Ufa State Petroleum Technical University

Author for correspondence.
Email: Kulakova87@list.ru
1 Kosmonavtov St, Ufa, 450062, Russian Federation

Assistant of the Department of Automated Information and Technological Systems

Ayrat M. Safarov

Ufa State Petroleum Technical University

Email: safa-rov_a_m@mail.ru
1 Kosmonavtov St, Ufa, 450062, Russian Federation

Dr.Sci. in Engineering Science, Professor of the Department of Applied Ecology

Liliya A. Nasyrova

Ufa State Petroleum Technical University

Email: lilian_74@mail.ru
1 Kosmonavtov St, Ufa, 450062, Russian Federation

Ph.D in Engineering Science, Associate Professor of the Department of Applied Ecology

Dmitry S. Mizgirev

Volga State University of Water Transport

Email: mizgirevds@yandex.ru
5 Nesterova St, Nizhny Novgorod, 603951, Russian Federation

Ph.D in Engineering Science, Professor, Department of Hoistingand-Transport Machines and Machine Repair

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Copyright (c) 2019 Kulakova E.S., Safarov A.M., Nasyrova L.A., Mizgirev D.S.

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