In this article experience of development of middle- and high- viscosity oil from reservoirs with thin net pay thickness containing bottom water and gas cap are analyzed. For the selection of optimum technology, group of field with same properties are chosen, and group of methods, that used or researched in this field, was annualized and screening.
production, transport of oil, modern technologies, microwave heating
1. Orlov, A., Klimov M., Samorokov S., Ospienko A. Varianty metodik uvelichenie nefteotdachi vysokovyazkoy nefti Messoyanskogo mestorozhdeniya v tyazhelykh usloviyakh KhMAO. SPE-162103-RU.– 2012.– S. 1–10.
2. Nikolin I.V. Reshenie bazovykh problem razrabotki v Rossii. Science. 2007. S. 2-7.
3. Kovaleva L., Davletbaev A., Minigamilov R. Dobycha vysokovyazkoy nefti i bituma pri pomoshchi obrabotki VCh-vozdeystviem. SPE-13808. 2010. S. 1–8.
4. Slobodyan, S.M. Dissektornye geterodinnye sistemy. Zarubezhnaya radioelektronika. 1986. № 6. S. 62–72.
5. Skryl´ Yu.V., Slobodyan S.M. Moshchnye SO2–lazery s VCh–nakachkoy. Printsipy postroeniya. Izv. Altayskogo gos. un-ta. 2007. №1(53). S.122–129.
6. Ponomarev A.A., Skryl´ Yu.V., Slobodyan M.S., Slobodyan S.M. Ustanovka dlya issledovaniya moshchnogo lazernogo vozdeystviya na polimernye struktury. Datchiki i sistemy. 2009. № 12. S. 49–50.
7. Skryl´, Yu.V., Slobodyan S.M. Eksperimental´naya ustanovka dlya issledovaniya plazmennykh protsessov vysokochastotnogo emkostnogo razryada SO2–lazera. Izv. Altayskogo gos. un-ta. 2010. № 1-2(56). S. 188–191.