Abstract
Improving safety of the soft targets includes protection of the objects that surround them. Compulsory element of immediate surrounding of the soft targets in urban environment is utility systems of city essential services. The sewage networks are open into ground space by means of mines and wells, located in the immediate vicinity of the soft targets as well. One of the potential preventive measures for protection of the soft targets, that are found side by side to sewage mines is engineering solutions that minimize the secondary effects, formed in these facilities: fire hazard/explosion hazard and high concentration of toxic gaseous compounds (hydrogen sulphide, alkyl sulphydrate, carbonic oxide and others). Concentration of methane in gas air environment of the sewage pipelines presents special hazard, which concentration in some areas of the sewage network exceeds the lower explosive limit. The technical solution is experimentally deduced, that allows efficiently and cost-effectively to minimize concentration of gaseous compounds in the sewage networks. The lasting monitoring of gas air environment compound in the urban sewage pipelines has been executed, as well in the mines (17.7% of total amount), located in the immediate vicinity from the various soft targets. It is found that methane concentration in gas air environment of the urban sewage mines has significantly decreased over the last 20 years. And at present the mines with explosive methane content and hazard content of toxic compounds in the neighborhood of the soft targets are not detected.
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National Protection and Programs Directorate Office of Infrastructure Protection Security of Soft Targets and Crowded Places–Resource Guide. US Department of homeland security (2018)
Types of terrorist acts, their common and distinctive features, possible ways to implement, http://stantsiya.edusite.ru/DswMedia/vidyiterraristicheskixaktov.pdf, last accessed 2018/10/20
Vasilis K, Larcher M, Solomos G (2018) European Commission, Joint Research Centre, review on soft target/public space protection guidance. JRC science for policy report, 2nd edn. Publications Office of the European Union, Luxembourg
Kalvach Z (2016) Basics of soft targets protection guidelines. Soft Targets Protection Institute, Prague
Fagel M, Hestermann J (2017) Soft targets and crisis managemenet: what emergency planners and security professionals need to know. CRC Press, New York
Communication from the Commission to the European Parliament, the Council, the European Economic and Social Committee and the Committee of the Regions – Action Plan to support the protection of public spaces, COM (2017) 612 final. Department for Transport, Framework for an Aviation Security Management System (SeMS), Civil Aviation Authority, London (2014)
On approval of requirements for the anti-terrorism protection of water supply and wastewater facilities, the form of the safety data sheet of the water supply and wastewater disposal facility and on amendments to certain acts, http://pravo.gov.ru/proxy/ips/?docbody=&nd=102420278&intelsearch=, last accessed 2018/10/15
Goncharenko DF (2008) Maintenance, repair and restoration of sewage networks. Consum, Kharkov
Drozd GY, Zotov NI, Maslak VN (2006) Sewerage pipelines: reliability, diagnostics, sanation. IEP NAN, Donetsk
Terrorists will be “taken out” and learn. on the way, http://www.dsnews.ua/future/terroristov-budut-vynyuhivat-i-uznavat-po-pohodke-01052015051400, last accessed 2018/10/15
Iurchenko V, Lebedeva E, Brigada E (2016) Environmental safety of the sewage disposal by the sewerage pipelines. Process Eng 7:181–186
Yurchenko VA, Brigada EV (2016) Kinetic characteristics of microbial corrosion of concrete drainage networks. Water Ecol Probl Solut 1:51–61
Nikolsky BP (1971) Chemist handbook. Leningrad, Chemistry, Moscow-Leningrad
Abramovich IA (1997) Sewerage of the city of Kharkov (1912–1980): design and construction experience: monograph. Osnova, Kharkov
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Iurchenko, V., Lebedeva, E. (2020). Improving Safety of Soft Targets, Which Are Found Side by Side with Sewage Wells. In: Hofreiter, L., Berezutskyi, V., Figuli, L., Zvaková, Z. (eds) Soft Target Protection. NATO Science for Peace and Security Series C: Environmental Security. Springer, Dordrecht. https://doi.org/10.1007/978-94-024-1755-5_13
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DOI: https://doi.org/10.1007/978-94-024-1755-5_13
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