Published September 2022, Pg. 38-43

Section: Technique and technology of oil-gas production

UOT: 622.24

DOI: 10.37474/0365-8554/2022-9-38-43

Specification of hydraulic load generated for effect on rocks of borehole environment via hydrodynamic cavitator

R.A. Hasanov Dr. in Tech. Sc. - Azerbaijan State University of Oil and Industry

J.R. Gasimova - Azerbaijan State University of Oil and Industry

F.A. Ramazanov - SOCAR, Department of Technical Security

The paper reviews the task of definition of hydraulic load in the border of load wave generated via hydrodynamic stimulator. It was specified that high frequency hydrodynamic effect is carried out with a device of special design – cavitator, which is lowered into the well on the drilling tubes and there are special inserts on its body stimulating periodically stall cavitation and therefore, hydraulic loads in the walls of borehole and favorable conditions for cleaning bottomhole zone due to the improvement of hydraulic conductivity of the rocks forming this zone are created as well.

References:

1. Dzoz N.A., Zhulay Yu.A., Zapolskiy L.G. Vliyanie konstruktivnykh parametrov burovogo snaryada s kavitatsionnym generatorom kolebaniy zhidkosti na uroven´ vibronagruzki na porodorazrushayushchem instrumente / Mater. mezhd. konf. “Forum gornyakov-2005”. – Dneprepetrovsk: NGU, 2005, t. 2, s. 93-102.

2. Turitsyna M.V. Otsenka perspektivnosti primeneniya gazozhidkostnykh smesey na mestorozhdeniyakh s anomal´no nizkimi plastovymi davleniyami / M.V. Turitsyna, A.A. Yakovlev // Nauchniy vestnik MGGU, 2012, No 6 (27), s. 117-123.

3. Ibragimov N.G. Otsenka tekhnologicheskoy effektivnosti vskritiya plastov v usloviyakh depressii / N.G. Ibragimov, R.R. Ibatullin, V.A. Iktisanov i dr. // Neftyanoe khozaistvo, 2005, No 4, s. 108-111.

4. Vafin R.V., Zaripov M.S. Al´ternativniy sposob otsenki reaktsii dobyvayushchikh skvazhin na zakachku vodogazovoy smesi s tsel´yu regulirovaniya sistemy vozdeistviya // Neftepromyslovoe delo, 2009, No 5, s. 23-26.

5. Vladimirov I.V., Vladimirova I.I., Toropchin O.P. Opredelenie profilya pritoka k pologonapravlennoy dobyvayushchey skvazhine pri razlichnoy plotnosti perforatsionnykh otverstiy na osnove detal´noy matematicheskoy modeli // Avtomatizatsiya, telemekhanizatsiya i svyaz´ v neftynoy promyshlennosti, 2010, No 1, s. 30-33.

6. Gumerskiy Kh.Kh. Povyshenie nefteotdachi plastov s primeneniem sistemnoy tekhnologii vozdeistviya // Neftyanoe khozaistvo, 2000, No 12, s. 12-15.

7. Cheremisin N.A., Sonich V.P., Efimov P.A. Influence of Collector’s Irreversible Deformation on Oil Recovery/EAGE. // 11th European Symposium on Improved Oil Recovery. – Amsterdam, The Netherlands, 11-12 June 2001.

8. https://ru.wikipedia.org/wiki

9. Al-Hameedi A.T., Alkinani H.H., Dunn-Norman S., Flori R.E., Hilge-dick S.A., Amer A.S. and Alsaba M.T. Using Machine Learning to Predict Lost Circulation in the Rumaila Field. // Iraq. SPE-191933-MS was presented at SPE Asia Pacific Oil and Gas Conference and Exhibition, 23-25 October, Brisbane, Australia. – 2018. https:// doi.org/10.2118/191933-MS.