Improvement of the Selection Control of Liquid, Gaseous, and Cutting Substances in the Investigation of Technological Influence on Environment

Keywords: sampling, emergency, decontamination, substance, equipment

Abstract

The work involves providing recommendations on the procedure for the selection of hazardous substances for the SNSS units of Ukraine and improvement of the area of primary special treatment. An important operation in conducting both qualitative and quantitative analysis is the sampling of the substance for analysis. The purpose of the operation is to obtain additional information on the emergency situation. Sampling is performed to obtain information on the dangers of the substance, first of all, the study of samples in the laboratory. In addition, each sample reflects the real operational environment, since it gives an idea of the contamination and the amount of hazardous substances. The issue of sampling during an emergency for the detection of hazardous substances is not considered sufficiently carefully. Therefore, we proposed an improved procedure for sampling and an improved scheme of primary decontamination. An accident at a chemically hazardous facility poses a significant danger to both the production personnel and the public. The magnitude of this danger is higher, the higher the degree of toxicity of highly active poisonous substances. During an emergency, a chemical situation is performed on a chemically hazardous facility. Currently, there is a scheme for organizing a complete special processing. However, this scheme contains disadvantages affecting the elimination of the consequences of an emergency on a chemically hazardous facility. One of these shortcomings is the long time of deployment of a full special treatment area, which does not ensure the timely reduction and elimination of the level of pollution and its impact on the victims and minimize the effects of radiation, chemical and biological events. We have offered an improved scheme of organizing the area of primary decontamination, which allows to reduce the level of pollution of the victims. The recommendations are given and the scheme and the special processing process are improved, which allows to reduce as much as possible the level of pollution of the victims, and also to reduce the level of pollution on the border of the «warm» and «cold» zone and to prevent the spread of pollution beyond the danger zone. The proposed sampling procedure provides an opportunity to conduct qualitative sampling in a short time, allowing detecting the presence of dangerous substances during an emergency. Improvement of the scheme of primary special treatment can reduce the risks of emergencies of anthropogenic nature.

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Author Biographies

E. D. Slepuzhnikov, National University of Civil Protection of Ukraine, Kharkov

канд. тех. наук

E. V. Tarakhno, National University of Civil Protection of Ukraine, Kharkov, Ukraine

канд. тех. наук, доц.

R. V. Ponomarenko, National University of Civil Protection of Ukraine, Kharkov, Ukraine

канд. тех. наук, с.н.с.

Y. V. Buts, V. N. Karazin Kharkiv National University, Kharkov, Ukraine

канд. геогр. наук, доц.

References

Shobotov, V.M. (2006). Cy`vil`na oborona [Civil Defense]. Ky`yiv, 51 [in Ukraine].

Deputat, O.P., Kovalenko, I.V., Muzhy`k, I.S. (2001). Cy`vil`na oborona [Civil defense]. Lviv, Poster, 182 [in Ukraine].

Bachmann, U., Biederbick, W., Derakshani, N., Drobig, M., Eisheh, Jens-Tarek, Koenig, M., Maier, R., Mentfewitz, J., Niederwöhrmeier, B., Prast, H., Sebastian, D., Uelpenich, G., Vidmayer, M., Wilbert, S., Wolf, M. (2010). Rec-ommendationson Samplingfor Hazard Controlin Civil Protection. Federal Office of Civil Protection and Disaster Assistance– Germany, 11-19.

International Organization for Standardization. (2009). International Standard ISO 950: Cereals – Sampling (as grain).

Joint FAO/WHO Food Standards Programme (2011). Guidelines on portion of commodities to which Codex maxi-mum residue limits apply and which is analyzed (CAC/GL 41-2011).

Mazurkin, P.M. (2013). Sposob otbora prob vody s pribrezhnogo vodotoka krupnoj reki [Method of sampling water from the coastal watercourse of a large river]. Modern science-intensive technologies, (8-1), 149-153 [in Russian].

Dorogova, V.B. (2010). Ob otbore prob vozduha dlya analiza zagryaznyayushchih veshchestv. [On the sampling of air for the analysis of pollutants]. EHkologiya cheloveka − Ecology of a person, (3), 16-18 [in Russian].

Maly`nivs`ka, L.I. (2013). Rekomendaciyi shhodo zaxy`stu lyudej v umovax texnogenny`x ta ekologichny`x avarij [Recommendations on protection of people in the conditions of technogenic and environmental accidents]. Scientific papers. Series: Technological safety, 210(198), 88-91 [in Ukraine].

Environmental and Source Monitoring for Purposes of Radiation Protection (2005). Safety Guide No. RS-G-1.8, IAEA – Vienna , 47-49.

Proposal for a Council Directive Laying Down Basic Safety Standards for Protection Against the Dangers Arising From Exposure to Ionizing Radiation (It was presented by the Commission (EC) under Article 31 EURATOM Trea-ty and adopted by the European Economic and Social Committee, Brussels, 29.9.2011)-COM(2012)242final (2012).

Biro, L.L., Grama, E.V. (2002). Combating and preventing illicit trafficking in Romania. Proceedings of an Interna-tional Conference Karlsruhe. Advances in destructive and non-destructive analyses for environmental monitoring and nuclear forensics, 93-103.

Kiryeyev, O.O., Zhernokl`ov, K.V., Kalugin, V.D, Tarasova, G.V., Sy`dorenko, O.V. (2014). Nebezpeky` radiac-ijnogo, ximichnogo ta biologichnogo poxodzhennya [Dangers of radiation, chemical and biological origin]. Kharkiv, 81-85 [in Ukraine].

Pro zatverdzhennya «Metody`ky` prognozuvannya naslidkiv vply`vu (vy`ky`du) nebezpechny`x ximichny`x rechovy`n pry` avariyax na promy`slovy`x ob'yektax i transporti» (2001). [On Approval of «Methodology of Fore-casting the Consequences of the Impact (Emission) of Hazardous Chemicals in Accidents on Industrial Facilities and Transport»] (2001). Order # 73/82/64/122 of 27.03.2001 (registered with the Ministry of Justice of Ukraine on April 10, 2001, No. 326 / 5517) [in Ukraine].

Grek, A.M., Sakun, O.V., Gry`gor'yev, O.M., Marushhenko, V.V., Iksarpy`cya, V.V. (2012). Avariyi na radiacijno, ximichno ta biologichno nebezpechny`x ob'yektax [Accidents on radiation, chemically and biologically dangerous objects]. Kharkiv : FVP NTU «KhPI», 114 [in Ukraine].

Dyadchenko, V.V., Galak, O.V., Marushhenko, V.V. (2014). Posibny`k oficera zapasu vijs`k radiacijnogo, ximich-nogo, biologichnogo zaxy`stu Zbrojny`x Sy`l Ukrayiny`. Kn. IV: Vijs`kovo-texnichna pidgotovka [The manual of the reserve officer for radiation, chemical and biological protection of the Armed Forces of Ukraine. Kn. IV: Mili-tary-technical training]. Kharkiv: FVP NTU «KhPI», 17 [in Ukraine].

Chmut, O.O., Batalov, A.I., Marty`nyuk, I.M. (2005). Zasoby` indy`vidual`nogo ta kolekty`vnogo zaxy`stu [Means of individual and collective defense]. Kharkiv : Institute of tank armies of NTU «KhPI», 116 [in Ukraine].

Kushnerevy`ch, M.P., Marushhenko, V.V., Men`shov, S.M. (2011). Teoriya i texnika special`noyi obrobky [Theory and technique of special treatment]. Kharkiv: FVP NTU «KhPI», 278 [in Ukraine].

Artem'yev, S.R. (2004). Osnovy` ekologichnogo zabezpechennya vijs`k [Fundamentals of environmental support troops]. Kharkiv: FVP NTU «KhPI», 61 [in Ukraine].

Published
2019-01-09
How to Cite
Slepuzhnikov, E. D., Tarakhno, E. V., Ponomarenko, R. V., & Buts, Y. V. (2019). Improvement of the Selection Control of Liquid, Gaseous, and Cutting Substances in the Investigation of Technological Influence on Environment. Man and Environment. Issues of Neoecology, (30), 148-157. https://doi.org/10.26565/1992-4224-2018-30-13
Section
Tools and Technologies for Environmental Research