Effectiveness assessment for lifeboats of Arctic offshore oil and gas facilities and possible promising design solutions

Effectiveness assessment for lifeboats of Arctic offshore oil and gas facilities and possible promising design solutions

Authors: V.I. Tarovik, S.I. Kosmin, V.I. Dimitrov, S.M. Sinyakov, P.A. Utyamishev

Abstract

Lifeboats of offshore oil and gas facilities in all their modifications are identical to lifeboats intended for use on ships of various types. This provision is in full compliance with the actual international and domestic regulatory documents, however, it leaves out factors that are fundamentally important for the success of the rescue operation, in particular, the lifeboat's optimal energy resource and its buoyancy and unsinkability in conditions of compression of floating ice fields. These factors require being reflected in the technical regulations for the design of Arctic lifeboats, and, accordingly, new design decisions. A coordinated understanding of the conceptual question of what is the evacuation of personnel and crew as applied to an offshore oil and gas platform or offshore drilling rig is also necessary. Combining both the technical issues of creating lifeboats for offshore oil and gas facilities and the provisions of regulatory documentation into one process will allow prospectively to create and successfully use the lifeboats that are adequate to the conditions of their application in polar waters.

Keywords: offshore oil and gas installations, the evacuation of staff, lifeboat, propulsion complex, double hull construction, general arrangement.

References

  1. SOLAS-74. Mezhdunarodnaya Konventsiyapo okhrane chelovecheskoy zhizni na more. [SOLAS-74. International Convention for the Safety of Life at Sea]. Accessed at: http://library.arcticportal.org/1696/1/SOLAS_consolidated_edition2004.pdf

  2. Mezhdunarodnyy kodeks po spasatelnym sredstvam (Kodeks KSS / LSA) [LSA Code - International Life-Saving Appliance Code]. Accessed at: http://www.racingyachtmanagement.com/misc/lsa_code.pdf

  3. Rules for the Equipment of Sea-Going Ships. Part II. Life-Saving Appliances. Russian Maritime Register of Shipping, 2020. (In Russian)

  4. Rules for the Classification, Construction and Equipment of Mobile Offshore Drilling Units and Offshore Fixed Platforms. Part XVII. Life-saving appliances. Russian Maritime Register of Shipping, 2018. (In Russian)

  5. Rules for the Classification, construction and Equipment of Floating Offshore Oil-and-Gas Production Units. Russian Maritime Register of Shipping, 2020. (In Russian)

  6. Guidelines on Technical Supervision of Ships in Service. Russian Maritime Register of Shipping, 2020. (In Russian)

  7. GOST R 53451-2009. Sredstva spaseniya ekipazhey inzhenernykh sooruzheniy, ekspluatiruyemykh na akvatoriyakh, kollektivnyye [Means of rescue of the crews of engineering structures operated on water areas, collective.] (in Russ ). Updated 01.06.2019

  8. Mezhdunarodnyy kodeks dlya sudov, ekspluatiruyushchikhsya vpolyarnykh vodakh [The International Code for Ships Operating in Polar Waters]. TSNIIMF, St. Petersburg, 2016.

  9. Oil Rig Disasters. Offshore Drilling Accidents. Accessed at: http://members.home.nl/the_sims/rig/index.htm

  10. Accident Investigation. The Nautical Institute Reports. Accessed at: https://www.nautinst.org

  11. Lang J.S. Review of Lifeboat and Launching Systems' Accidents. Safety Study 1/2001. Accessed at: https://assets.publishing.service.gov.uk/ government/uploads/system/uploads/attachment_data/file/377610/Lifeboat_Study.pdf

  12. Tarovik V.I., Kosmin S.I., Dimitrov V.I., Sinyakov S.M., Utyamishev P.A. Evakuatsionnye sistemy i spasatelnoye oborudovaniye morskikh neftegazovykh sooruzheniy v Arktike. [Marine evacuation systems and rescue equipment of oil and gas facilities in the Arctic] Offshore Russia, No. 4 [22], November 2018.

  13. Poplin J., Wright B., Dickins D. Overview and Background of Escape, Evacuation and Rescue of Offshore Personnel in the Arctic. 2014.

  14. Kennedy A., Simoes Re A.J., Veitch B. Operational Limitations of Conventional Lifeboats in Sea Ice. NRC Publications Archive, Canada

  15. Simoes Re A.J., Veitch S. Evacuation in Ice: Ice Loads on a Lifeboat During Field Trials. OMAE2013-10689, June 9-14, 2013, Nantes, France.

  16. Nedrevag K. Requirements and concepts for arctic evacuation. Master Thesis, delivered 14.06.2011.

  17. Model testing of Ice Strengthened Lifeboat. Aker Arctic Technology Inc. Newsletter. Arctic Passion News 1/2017/13.

  18. Closed lifeboat for evacuation and rescue of personnel from marine objects in ice conditions. RF Patent No. 2648620. Registration date 03.27.2017.

  19. Closed lifeboat for evacuation and rescue of personnel of offshore oil and gas platforms, transport and technological vessels in ice conditions. RF patent No. 2630871. Registration date 13.09.2017

  20. Double hull rescue boat of a closed type for the evacuation and rescue of personnel and crew of offshore facilities in ice conditions. RF Patent No. 2708067. Registration date 12.04.2019.

About authors: 

V.I. Tarovik - PhD, Krylov State Research Center, St. Petersburg, e-mail: v_tarovik@ksrc.ru

S.I. Kosmin - Krylov State Research Center, St. Petersburg, e-mail: s_kosimin@ksrc.ru

V.I. Dimitrov - PJSC "Gazprom", St. Petersburg, e-mail: V.Dimitrov@adm.gazprom.ru

S.M. Sinyakov - PJSC "Gazprom", St. Petersburg, e-mail: S.Siniakov@adm.gazprom.ru

P.A. Utyamishev - PJSC "Gazprom", St. Petersburg, e-mail: P.Utiamishev@adm.gazprom.ru

Issue: 58/59 (2020)

For citation: V.I. Tarovik, S.I. Kosmin, V.I. Dimitrov, S.M. Sinyakov, P.A. Utyamishev. Effectiveness assessment for lifeboats of Arctic offshore oil and gas facilities and possible promising design solutions. Research Bulletin by Russian Maritime Register of Shipping. 2020, No. 58/59, pp. 114-122.

UDC 629.5.067.2

Pp: 114-122