UPDATE OF APPROACHES TO THE RADIATION AND ENVIRONMENTAL MONITORING SYSTEM OF ATMOSPHERIC AIR

Authors

  • K. Grygoriev Petro Mohyla Black Sea National University
  • A. Alekseeva Petro Mohyla Black Sea National University

DOI:

https://doi.org/10.34132/

Keywords:

indicative measurements, atmospheric air, monitoring, radionuclides

Abstract

The article is devoted to highlighting the serious environmental problem of Ukrainian cities in terms of air pollution and organization of the system of environmental monitoring of atmospheric air in accordance with European approaches. As part of the implementation of the provisions of Directive 2008/50/EC into the national legislation of Ukraine, the author proposes to introduce environmental monitoring of atmospheric air quality based on the expansion of fixed measurements by means of indicative measurements of air quality indicators, taking into account regional problems of the territories. The war in Ukraine in 2022-23 has further actualized these issues. Therefore, studies on the consistency of indicative and fixed measurements of air quality indicators are relevant for Ukrainian cities.

The article presents an analysis of our own research on the experience of organizing an effective system of radiation monitoring of atmospheric air in the Mykolaiv region, as well as other materials of our own observations on possible radiation threats and research materials on the organization of radiation monitoring using sensors for indicative measurements of atmospheric air quality indicators. It is shown that the system of radiation monitoring of atmospheric air can be based on indicative measurements of exposure or equivalent dose rate (depending on the calibration), but with mandatory calibration of station sensors by radioiodine. It is also shown that it is necessary to introduce environmental monitoring of atmospheric air using indicative measurements of both chemical and radionuclide pollutants. At the same time, observations of the exposure dose rate are insufficient in the current radiation monitoring of atmospheric air, as they do not allow to quickly identify radionuclides in the air that are pure beta emitters.

References

Andrienko, M. (2017) Status and problems of functioning of the environmental monitoring system in the sphere of implementation of the state environmental policy. Investments: practice and experience, No. 17. 75-81. Ukrainian. DOI 10.32702

Bakharev, V. (2016) Imperfection of the existing system of environmental monitoring of atmospheric air at the level of the urban system: causes, consequences, ways of improvement. Environmental safety.. Vol.5, 76-81. Ukrainian

Bakharev, V.S., Marenych, A.V., Zhuravska, M.K. (2016) The adequancy of the existing network and justification of proposals for the of stationary atmospheric air state observation posts location in Kremenchuk, Transactions of Kremenchuk Mykhailo Ostrohradskyi National University, vol. 4, 99, 80–87. Ukrainian

Directive 2008/50/EC of the European Parliament and of the Council of 21 May 2008 on ambient air quality and cleaner air for Europe.

Dolina, L. and others (2013) Monitoring of air pollution by benzopyrene and hydrocarbon Electromagnetic compatibility and safety in railway transport. Vol. 6, 91-97. Ukrainian. DOI 10.15802 Ukrainian

Grygorieva, L., Tomilin, Yu., Grishan, A. (2018) Radioactive dust with 106Ru over the Southern region of Ukraine Nuclear Physics and Atomic Energy. vol.18, 3, 56-69. DOI 10.15407/jnpae Ukrainian

Mokin, V., Dziuniak, D., Bondaletov, K., Oliynyk, V. (2015) Method and technology of monitoring the state of atmospheric air with the help of a universal information and measuring system using mobile devices. Information technology and computer engineering. Vol 5. 1-9. Ukrainian

Tomilin, Y., Grygorieva, L. (2009) System of emergency iodine prophylaxis of the population in case of an accident at a nuclear power plant. Scientific works. Series Technogenic Safety. vol. 116, 103, 39-45. Ukrainian

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Published

2025-03-16

How to Cite

UPDATE OF APPROACHES TO THE RADIATION AND ENVIRONMENTAL MONITORING SYSTEM OF ATMOSPHERIC AIR. (2025). Environmental and Radiation Safety, 1(2), 8-12. https://doi.org/10.34132/