EVALUATION OF THE QUALITY CHARACTERISTICS OF AN OIL JET PUMP
UDC: 622.276.53.054.23:621.694
DOI: 10.33285/1999-6934-2021-6(126)-9-16
Authors:
YASASHIN VITALY A.
1,
GIMAEVA ISLAMIA F.1
1 National University of Oil and Gas "Gubkin University", Moscow, Russian Federation
Keywords: jet pump, well, oil, quality, standard, certification tests
Annotation:
Hydrocarbon raw materials, the main representative of which is oil, is the most important object of the fuel and economic complex of any developed state. The necessity of development of the northern hard-to-reach deposits, the developed, but low-yield ones require special attention today. Low-yield wells need to maintain stable oil production rates based on the introduction of modern technologies and equipment for maintaining oil recovery. The article analyzes the possibility of operating a low-flow-rate well stock using an oil jet pump. Domestic and foreign analogues, regulatory and technical documentation are analyzed. This made it possible, after evaluating the design features, to determine the main qualitative characteristics of an oil jet pump (flow, pressure, power, efficiency) and to develop a methodology for testing them. A research bench complex of certification tests is presented and an algorithm for conducting them to confirm the quality of an oil jet pump is developed.
Bibliography:
1. Analiz trebovaniy normativno-tekhnicheskoy dokumentatsii k pokazatelyam kachestva nefti i nefteproduktov / V.A. Yasashin, E.A. Belova, A.S. Bolotokov, A.M. Sychev // Neftepromyslovoe delo. – 2018. – № 3. – S. 71–74. – DOI: 10.30713/0207-2351-2018-3-71-74
2. Analiz kachestva nefti i nefteproduktov po tekhnologicheskoy tsepochke "skvazhina – AZS" / V.A. Yasashin, E.A. Belova, A.S. Bolotokov, A.M. Sychev // Neftepromyslovoe delo. – 2018. – № 4. – S. 68–71. – DOI: 10.30713/0207-2351-2018-4-68-71
3. Verbitskiy V.S., Igrevskiy L.F., Den'gaev A.V. Kompleksnyy podkhod k resheniyu zadach po osvoeniyu prostaivayushchego i dobychi nefti iz malodebitnogo fonda skvazhin // Inzhenernaya praktika. – 2012. – № 4. – S. 124–129.
4. Evromash. Struynye samovsasyvayushchie nasosy Calpeda NG. – URL: http://www.evromash.ru/catalog/nasos/calpeda/acang/ng/
5. Tvornica turbina Karlovac. – URL: http://www.ttk.hr/en/product/ejectors/
6. Jet Pump: Application Guide / ARCO Engineering, Inc. – URL: http://www.arcoengineering.com/pen/Penberthy_Jet_Pump_Application_Guide_AE.pdf
7. Nauchno-proizvodstvennoe ob"edinenie GIDROSISTEMY. – URL: https://npogs.ru/
8. GOST ISO 17769-1-2014. Nasosy zhidkostnye i ustanovki. Osnovnye terminy, opredeleniya, kolichestvennye velichiny, bukvennye oboznacheniya i edinitsy izmereniya. – Vved. 2015–09–01. – M.: Standartinform, 2015. – V, 63 s.
9. GOST ISO 9906-2015. Nasosy dinamicheskie. Gidravlicheskie ispytaniya. – Vved. 2016–12–01. – M.: Standartinform, 2016. – V, 51 s.
10. GOST 6134-2007 (ISO 9906:2007). Nasosy dinamicheskie. Metody ispytaniy. – Vved. 2008–06–01. – M.: Standartinform, 2008. – V, 96 s.
11. GOST 27854-88 (ST SEV 6049-87). Nasosy dinamicheskie. Ryady osnovnykh parametrov. – Vved. 1989–01–01. – M.: Izd-vo standartov, 1989. – 6 s.
12. TU 28.13.14-001-46094584-2017. Nasosy struynye marok NSFB, NSF-2. – URL: https://всероссийская-база-ту.рф/tekhnicheskie-usloviya-tu-na-nasosy-strujnye-ns-marok-nsfb-nsf-2
13. TU 3648-011-22955745-2012. Nasosy struynye (inzhektory, ezhektory, gidroelevatory). – URL: https://mito.ru/nasosnoe-oborudovanie/nasosy-strujnye-inzhektory-ezhektory-gidroelevatory
14. Temnov V.K., Spiridonov E.K. Raschet i proektirovanie zhidkostnykh ezhektorov: ucheb. posobie. – Chelyabinsk: ChPI, 1984. – 44 s.
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