Submit an Article
Become a reviewer
Vol 159 No 1
Pages:
101-104
Download volume:
Research article
Mining electromechanics

Application of electrical technologies for thermal methods of heavy oil production

Authors:
S. N. Bataev
About authors
  • Postgraduate student G.V. Plekhanov Saint Petersburg State Mining Institute
Date submitted:
2003-06-19
Date accepted:
2003-07-03
Date published:
2004-01-01

Abstract

Thermal stimulation methods play a leading role in the development of high-viscosity oil fields. Modern thermal technologies involve combustion of part of the extracted hydrocarbons for their own production with a positive balance. Despite the improvement of methods such indicators as oil recovery factor, environmental impact and rational use of resources cannot be considered as acceptable. It is possible to increase efficiency of thermal influence by reducing energy losses both at the stage of its production and during delivery to the bottomhole zone. The use of electrical energy makes it possible to avoid losses in energy transfer, to obtain one hundred percent conversion into heat and, most importantly, to obtain heat at the expense of replenishable energy sources. The electro-thermal complex for thermal influence on a layer of heavy oil is offered. Expediency of development of theory and methods of electrothermal influence on productive formation of high-viscosity oil is shown.

Go to volume 159

References

  1. Антониади Д.Г. Настольная книга по термическим методам добычи нефти / Д.Г.Антониади, А.Р.Гарушев, В.Г.Ишханов. Краснодар: Советская Кубань, 2000. 464 с.
  2. Загривный Э.А. Электротермический комплекс на основе скважинного электродного нагревателя мощностью более 500 кВт для теплового воздействия на продуктивный пласт высоковязкой нефти / Э.А.Загривный, А.Е.Козярук, С.Н.Батаев // Электротехника. 2003. № 5. С.61-66.
  3. Месенжник Я.З. Кабели и провода специального назначения для нефтегазового комплекса // Электро. 2000. № 1. С.22-29.
  4. Недра России: Полезные ископаемые / Под ред. Н.В.Межеловского, А.А.Смыслова. СПб, 2001. Том 1. 547 с.
  5. Пат. 2208145 СССР, МПК E21B43/25. Устройство тепловой обработки призабойной зоны скважины / Э.А.Загривный, А.Н.Сиротский. № 2001129393/03; Заявлено 31.10.01; Опубл. 10.07.03.
  6. Рузин Л.М. Исследование влияния паротеплового воздействия на состав добываемых флюидов и механизм нефтеотдачи карбонатных коллекторов / Л.М.Рузин, А.К.Цехмейстрюк, В.Н.Басков // Освоение ресурсов трудноизвлекаемых и высоковязких нефтей. Краснодар: Советская Кубань, 1999. 416 с.

Similar articles

Prevention of coal spontaneous ignition during mining of thick steep seams in Kuzbass
2004 E. V. Glushenkov, A. A. Sidorenko
Rationale for the development of the working area of the quarry with a variable direction of deepening at maximum speed
2004 I. A. Ishkulova
On the energy patterns of briquetting
2004 L. A. Lenev
Reduction of energy consumption for pumping water by mine dewatering plants during parallel operation of pumps with frequency-controlled drive
2004 A. V. Lisitskii
Environmental business and the prospects for its development in Russia
2004 V. V. Kosovtsev
Distribution of risk management costs according to the impact method criterion
2004 A. V. Smetankin