Submit an Article
Become a reviewer
Vol 218
Pages:
191
Download volume:
RUS

Isolation of promising areas to drill for unconventional hydrocarbons petrikovskih sediments Davydovskogo deposit Pripyat Trough

Authors:
E.I. Shevelev
About authors
  • RUE «Production Association «Belorusneft» BelNIPIneft
Date submitted:
2015-08-17
Date accepted:
2015-10-12
Date published:
2016-02-01

Abstract

Pripyat Trough is the only oil basin in the territory of the Republic of Belarus. Mining is carried out within the basin for 50 years. During this time, the proportion of active stocks decreased significantly, while the share of hard-to-inventories increased. Therefore, due to the depletion of traditional reserves, urgent problem arises in the study and production of unconventional hydrocarbon traps. To this type of traps are Petrikov deposits Davydov field. These deposits have low permeability and capacitive properties, but at the same time in a number of wells in the test sediment in Colon yielded commercial oil inflows. Some of the well in a certain period of development led oil from Petrikov deposits. In similar deposits Rechitsa field yielded commercial oil inflows in drilling horizontal wells with hydraulic fracturing. Until recently, the reservoir Petrikov deposits was listed among the off-balance sheet reserves after drilling – reserves transferred to the balance of C1. Therefore, the input to the development of stranded there is a need to identify the most promising area for drilling horizontal wells, followed by hydraulic fracturing. To perform this work was carried out pointwise interpretation of GIS for all wells Davydov field, the results of which built the geological and petrophysical model of the deposit. Also, the analysis of core samples, the results of drilling. Produced dismemberment Petrikov deposits on two subhorizon on the results of the interpretation of GIS and well logs. The outcome of the work performed is a recommended site for drilling.

Go to volume 218

References

  1. Бескопыльный В.Н. Нефтегазоперспективные полуколлекторы Припятского нефтегазоносного бассейна / В.Н.Бескопыльный, Р.Е.Айзберг // Доклады Национальной академии наук Беларуси. 2013. Т.57. № 6. С.90-95.
  2. Бескопыльный В.Н. Природные нефтегазоносные полуколлекторы Припятского прогиба / В.Н.Бескопыльный, А.В.Халецкий, И.П.Рыбалко / РУП «ПО «Белоруснефть». Гомель, 2013. 70 с.
  3. Козырь А.А. Опыт вовлечения в разработку залежей углеводородов в низкопроницаемых коллекторах Припятского прогиба на примере Речицкого месторождения / А.А.Козырь, Б.А.Дубинин // Нефтяник Полесья. 2014. № 2 (26). С.9-20.
  4. Шевелев Е.И. Покомпонентный подсчет запасов нефти на основе геологического моделирования на примере Северо-Домановичского месторождения нефти Припятского прогиба // Проблемы воспроизводства запасов нефти и газа в современных условиях: Сборник докладов конференции: Текст. (символ.) электрон. издание. 1-CD-R / ВНИГРИ. СПб, 2014.
  5. Шевелев Е.И. Ресурсный потенциал нетрадиционных УВ в пределах внутрисолевых залежей (кореневские слои) Припятского прогиба // Актуальные исследования прикладных наук: Сборник материалов международной научно-практической конференции. www.econf.org/load/rsas2015.pdf

Similar articles

The method for synthesis of power supply system topology of mineral resources enterprises on the basis of logical and probabilistic assessments
2016 B. N. Abramovich, S. V. Baburin
Inorganic and organic vitreous foam materials and prospect of environmental cleaning from oil and oil products pollutions
2016 V. E. Kogan
Analysis of charge space distribution influence on electric adhesion forces
2016 N. S. Pshchelko
History and philosophy of science in technical and mining-geological education in modern Russia
2016 M. I. Mikeshin
Reserch of modernized perforator-hammer for drifting special roadway the underground mines «Metrostroy»
2016 D. A. Yungmeister
Extraction of ions of silver from hydrochloric acid solutions by tributylphosphate
2016 L. A. Voropanova, N. B. Kokoeva