Submit an Article
Become a reviewer
Vol 212
Pages:
5-13
Download volume:
RUS
Article

Oil and gas exploration strategy in evaluation of fuel and energy potential of Russian arctic shelf

Authors:
V. B. Archegov1
Yu. V. Nefedov2
About authors
  • 1 — Ph.D. associate professor National Mineral Resources University (Mining University)
  • 2 — Ph.D. assistant National Mineral Resources University (Mining University)
Date submitted:
2014-08-16
Date accepted:
2014-10-14
Date published:
2015-04-10

Abstract

Oil and gas are the most important resources of the Arctic region. Oil and gas prospecting, exploration and development in the Arctic region is associated with solving complex technical and technological problems. One of the most important achievements was the discovery of the global Arctic zone of oil and gas occurrence. Numerous local objects were mapped and 22 hydrocarbon deposits were found on the shelves of the Barents, Pechora and Kara Seas. In connection with the prospects of developing oil and gas exploration in other Arctic waters (the Laptev Sea, the East Siberian Sea, the Chukchi Sea) geophysical surveys and deep drilling were pro-posed to be carried out. In the area of transit shallow water it is advisable to use jack-up platforms with retractable legs. Deep drilling from islands is suggested for other parts of the seas with increasing depth and difficult ice conditions (icebergs, drifting ice fields, storms) and other climatic characteristics that increase the risk of drilling from offshore platforms. For performing hydrological and geophysical studies (studies of temperatures in layers, salinity, density, gas hydrates, and other characteristics of water in marine basins) it is possible to use «point» drilling and submarine fleet to study bottom sediments and geological section in promising areas.

Область исследования:
(Archived) Geological support for Russia’s mineral resources development
Keywords:
Arctic seas mineral resource potential oil and gas occurrence offshore oil gas fields deep drilling offshore platforms ice conditions climatic conditions gas-hydrate formations submarine fleet
Go to volume 212

References

  1. Archegov V.B. Mineralno-energeticheskij kompleks Severa evropejskoj chasti Rossii i problemy ego osvoenija (Mineral and Energy Complex of the Northern part of European Russia and problems of its development). Trudy nauchnoissledovatelskogo otdela Instituta voennoj istorii. St Petersburg: Politehnika-servis, 2013. Vol.6, book 2, p.413-428.
  2. Archegov V.B. Arkticheskie morja Rossii i ih budushhee (Russian Arctic seas and their perspectives). Neftegazogeologicheskij prognoz i perspektivy razvitija neftegazovogo kompleksa Vostoka Rossii. Sbornik materialov nauchnoprakticheskoj konferencii. VNIGRI. St Petersburg, 2013, p.5-14.
  3. Zajcev Ju.M. Sovremennye issledovanija Arktiki v interesah VMS SShA (Recent research in the Arctic region on behalf of the United States Navy). Trudy nauchno-issledovatelskogo otdela Instituta voennoj istorii. St Petersburg: Politehnika-servis, 2014. Vol.9, book 2, p.93-105.
  4. Konvenciya Organizacii Obedinyonnyh Nacij po morskomu pravu (United Nations Convention on the Law of the Sea). 1082. URL: http://www.un.org/ru/documents/decl_conv/conventions/pdf/lawsea.pdf
  5. Konvenciya Organizacii Obedinyonnyh Nacij o kontinentanom shelfe (Convention on the Continental Shelf). 1964. URL: http://www.un.org/ru/documents/decl_conv/conventions/pdf/conts.pdf
  6. Morskaya geopolitika v kontekste XXI veka (Maritime geopolitics in the context of the XXI century). Cb. Nauchnyh trudov. St Petersburg: IPK «Prikladnaya geologiya», Komissiya geografii okeana RGO, 2013, p.295.
  7. Strategiya razvitiya Arkticheskoj zony Rossijskoj Federacii i obespecheniya nacionalnoj bezopasnosti na period do 2020 goda (Strategy for the Russian Arctic development and national security for the period up to 2020). 2013. URL: http://government.ru/docs/22846
  8. Tehniko-tehnologicheskoe obespechenie rabot po izucheniju i osvoeniju uglevodorodnogo potenciala (Technical and technological support for the exploration and development studies for hydrocarbon potential). Mineral'nye resursy Rossii. Jekonomika i upravlenie. Mineralnye resursy Rossijskogo shelfa. Spec. vyp. 2006, p.24-33.
  9. Tranzitnoe melkovode – pervoocherednoj obekt osvoenija uglevodorodnogo potenciala morskoj periferii Rossii (Transit shallow waters - a primary object of hydrocarbon potential development of the Russian maritime periphery). Sb. dokl. Pervoj nauchno-prakt. Konferencii. VNIGRI. St Petersburg, 2004, p.305.
  10. Grigorenko Ju.N., Mirchink I.M., Savchenko V.I., Senin B.V., Suprunenko O.I. Uglevodorodnyj potencial kontinentalnogo shelfa Rossii: sostojanie i problemy osvoenija (Hydrocarbon potential of the Russian continental shelf: state and problems of development). Mineralnye resursy Rossii. Jekonomika i upravlenie. Mineralnye resursy Rossijskogo shelfa. Spec. vyp. 2006, p.14-21.

Similar articles

Informative importance of geophysical methods for exploration of gold ore mineralization in black shale strata
2015 A. N. Orekhov
Far east belt of lithium-fluoric granites, ongonites and tin ore zwitters
2015 V. I. Alekseev
Potential of river electrical exploration in oil regions of the siberian platform (the Lena river area, Krivolukskaya area)
2015 N. N. Nevedrova, A. M. Sanchaa, S. M. Babushkin, D. V. Krechetov
Theoretical justification for analyzing distribution of gold concentrations in ores of hydrothermal gold deposits
2015 S. V. Sendek, K. E. Chernyshev
Prediction of water inflows into mine workings in the process of combined open-underground ore mining operations
2015 Yu. A. Norvatov, M. V. Sergutin
Numerical methods of validity estimation of electromagnetic sounding data interpretation results
2015 M. I. Shimelevich, E. A. Obornev, I. E. Obornev, E. A. Rodionov