Security & Future
Vol. 2 (2018), Issue 3, pg(s) 130-133

Best practices in CBRN waste management in military operations

  • 1 Land Forces Faculty - “Vasil Levski” NMU – V. Tarnovo, Republic of Bulgaria

Abstract

Dangerous wastes are solid, liquid or gaseous materials that may be lethal or dangerous to humans and the environment. Such wastes can be toxic chemicals and flammable or radioactive substances, including industrial waste from chemical plants or nuclear reactors, agricultural waste, pesticides, fertilizers, medical waste or hazardous household waste such as toxic dyes or solvents. CBRN waste should be safely recycled without harm to the environment. Toxic chemicals, radioactive substances or biological materials should be concentrated for final disposal.

Keywords

References

  1. Sarap, N., M. Janković, D. Todorović, J. Nikolić, M. Kovačević, Environmental radioactivity in southern Serbia at locations where depleted uranium was used. US National Library of MedicineNational Institutes of Health. 2014.
  2. Federal Ministry for Development, Science and the Environment, FR Yugoslavia Report – The Consequences of NATO bombing for the Environment in FR Yugoslavia Belgrade. 2000.
  3. Chemical Agents of opportunity for Terrorism: TICs and TIMs. Non-procedure participant guide. 2008.
  4. Khan A., M. Sage, Biological and Chemical Terrorism: Strategic Plan for Preparedness and Response, Recommendations of the CDC Strategic Planning Workgroup. MMWR. 2000.
  5. Medina, V., S. Waisner, Military Solid and Hazardous Waste - Assessment of Issues at Military Facilities and Base Camps. 2011. 358-376.
  6. Velev, S., Ecological military aspects and protection of the environment. S. 2003.
  7. AJEPP-1 Environmental protection standards and norms for military compounds in NATO operations. 2011.
  8. AJEPP-2 Best environmental protection practices for military compounds in NATO operations. 2011.
  9. AJEPP-3 Environmental management system in NATO operations. 2011.
  10. Padarev, N., Danut-Eugeniu MOSTEANU, Decontamination of Hydrochloric and Nitric Acids. International Conference Knowledge-Based Organization. Vol. XXIV. Sibiu. Rom. 2018.
  11. Padarev N., Peneva P., Tsvetkov D.. Surface Activity of Solutions for Eliminating Radioactive Contamination, International Journal Machines, Technologies, Materials. Issue 5.2015.
  12. Allied Joint Doctrine for NBC Defence – AJP-3.8. 2004.
  13. Padarev, N., Selection on Nonionic Surfactants in the Decontamination Solution, International Journal Knowledge. Skopje. 2016.
  14. https://www.ncbi.nlm.nih.gov/books/NBK225528/ 20.11.2018.
  15. https://osha.europa.eu/en/tools-andpublications/publications/reports/workers-participation-inOSH_guide. 20.11.2018.
  16. http://www.hfscientific.com/MSDS. 20.11.2018.
  17. Roberts, J., Immobilisation and Storage of Nuclear Waste. Rough Guide to the Nuclear Industry. 2010.
  18. Иванова, Г., Изисквания за радиационна защита в производствени обекти при дейности с уреди за технически контрол. НВУ том 5. В.Т. 2018. стр.156-164.
  19. Лилов, И., Ж. Жеков, Г. Баев, Логистични методи и средства за сателитен мониторинг на околната среда. Международна научно-техническа конференция „Техника. Технологии. Образование. Сигурност“. В. Т. 2015.
  20. Dolchinkov, N., B. Karaivanova-Dolchinkova, Radiation effect on human and living nature. International scientific journal: Science. Business. Society 5. 2016. стр. 59-61.
  21. Dolchinkov, N., N. Nichev, Characteristics of radiation. Revista. Sibiu. Rumania. no.2 (82). 2016.

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