Determination basic parameters backwall electro-parogeneratora for thermal influences on prizaboynuyu area layers withvvn
Authors:
About authors
- student Saint Petersburg State Mining University
Abstract
A scheme of the experimental apparatus downhole electro-parogeneratora, the calculation of the basic physical and electrical parameters of the installation, basic formulas and calculation of parameters for them.
Область исследования:
(Archived) Mining electromechanics and mining equipment
Keywords:
heavy oil
vysokovyazkaya oil
thermal influences
prizaboynuyu area layers mining hole
electro-parogeneratora
dynamically balanced boring shell
Funding:
None
References
- Bataev S.N. Electrical engineerings complexes on basis backwall warmly- and parogenerators for thermal influences on oil layers. Saint Petersburg State Mining University, 2005.
- Ametov I.M., Baydikov U.N., Ruzin L.I., Spiridonov U.A. Booty of heavy and vysokovyazkikh oils. Moscow, 1995.
- Zagrivniy E.A. Downhole electrode parogenerator for thermal influences oil production / E.A.Zagrivniy, S.N.Bataev // Equipment and technologies for a oilgazes complex. Saint Petersburg, 2005.
- Zagrivniy E.A. Electro-thermal complex on basis downhole electrode heater by power more 500 kW for thermal influences on productive layer to vysokovyazkoy oil / E.A.Zagrivniy, A.E.Kozyaruk, S.N.Bataev // Electrotechnika. 2003. N 5.
- Pat. №2282018, RF MPK E21B36/04. Device for thermal treatment of prizaboynoy area of mining hole / V.S.Litvinenko, E.A.Zagrivniy, A.E.Kozyaruk, G.N.Solov’ev. Publ.20.08.2006. Bul. N 23.
Similar articles
Developing loading facilities with gathering-arm active action
2012 G. V. Sokolova, M. A. Vasileva, M. Yu. Nepran, S. A. Lavrenko
Working out of new designs of concentration tables for increase of efficiency of enrichment useful iskopae
2012 Ya. V. Kuskova, V. B. Kuskov
Distribution of rare earth elements in ores Elov and Buructal supergene nickel deposits
2012 A. G. Pilyugin, I. V. Talovina, N. I. Vorontsova, S. O. Ryzhkova, O. P. Mezentseva
Identification of turn to turn faults in power transformers by means of the amplitude-phase analysis of negative sequence currents
2012 D. I. Ivanchenko, O. B. Shonin