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Vol 219
Pages:
465
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RUS

«Zero accident» corporate programmes as an element of strategic planning in the field of occupational safety and health at coal mining enterprises

Authors:
M. L. Rudakov
About authors
  • Saint-Petersburg Mining University
Date submitted:
2015-09-25
Date accepted:
2015-11-18
Date published:
2016-03-01

Abstract

The paper deals with analytical survey on the status of working conditions and occupational safety and health (OSH) issues at coal mining enterprises of the Russian Federation, European Union and Australia. Absolute and relative figures of occupational fatal injury rate are analyzed, as well as dynamics of accident and injury rate at the coal mining enterprises is the context of a better understanding of the factors that contribute to successes with implementing a ‘Zero Accident Vision’ in coal companies. Importance to possess information about stress-strain condition of the rock mass (at a design stage) and its changes in process of multiple seam mining is shown. General recommendations on successful implementation of the very concept in Russian companies are elaborated on the grounds of good practices gained. The list of information resources on this topic is given.

10.18454/pmi.2016.3.465
Go to volume 219

References

  1. Гендлер С.Г. Опыт и перспективы управления охраной труда и промышленной безопасностью на предприятиях ми-нерально-сырьевого комплекса / С.Г.Гендлер, М.Л.Рудаков, Л.Ю.Самаров // Горный журнал. 2015. № 5. С.84-87.
  2. Заседание Правительства Российской Федерации «О долгосрочной программе развития угольной промышленности России на период до 2030 года» // Уголь. 2014. № 5. С.6-11.
  3. Казанин О.И. О проектировании подземной отработки свит пологих газоносных угольных пластов // Записки Горного института. 2015. Т.215. С.38-45.
  4. Плакиткина Л.С. Анализ состояния и прогноз развития угольной промышленности России до 2035 г. // Горный журнал. 2015. № 7. С.59-65.
  5. Cudworth A. The positive impact of communication on safety at Shell // Strategic communication management. 2009. Vol.14 (1). P.16-19.
  6. Drupsteen L. Identifying critical steps in learning from incidents / L.Drupsteen, J.Groeneweg, G.Zwetsloot // Journal of Oc-cupational Safety and Ergonomics. 2013. Vol.19 (1). P.63-77.
  7. Fahlquist J. Responsibility ascriptions and Vision Zero // Accident Analysis & Prevention. 2006. Vol.38. N 6. P.1113-1118.
  8. Five Pillars for a culture of prevention in business and society – Strategies on Safety and Health at Work 2nd International Strategy Conference on Occupational Safety and Health – 3-4 February 2011, DGUV Academy. Dresden. http://www.dguv.de/iag/veranstaltungen/strategiekonferenz/2011/index-2.jsp [accessed: January 17, 2016].
  9. Geller E.S. 10 leadership qualities for a total safety culture // Professional Safety. 2000. Vol.45. P.38-41.
  10. Matysiak J. F. The pursuit of zero accidents at Weirton // New Steel. 2001. Vol.17. N 5. P.34.
  11. Minter S.G. The Power of Zero // Occupational Hazards. 2003. Vol.65. N 7. P.15-17.
  12. Review of successful Occupational Safety and Health benchmarking initiatives / European Agency for Safety and Health at Work, 2015. https://osha.europa.eu/en/tools-and-publications/publications/report-eu-osha-review-successful-occupational-safety-and-health/view [accessed: January 7, 2016].
  13. The case for research into the zero accident vision / G.Zwetsloot, M.Aaltonen, J.Wybo, J.Saari, P.Kines, R.Op De Beeck // Safety Science. 2013. Vol.58. P.41-48.

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