Enhanced oil recovery without tripping equipment to reduce oil production rate losses due to clogging of bottomhole formation zone
UDC: 622.276.6
DOI: 10.33285/2073-9028-2022-4(309)-84-93
Authors:
IUMACHIKOV ANTON B.
1,
VILKOV MAXIM N.1,
YURIEV ALEXANDER N.1
1 KogalymNIPIneft, Tyumen, Russian Federation
Keywords: enhanced oil recovery, bottomhole formation treatment, equipment tripping operations, clogging, installation of an electrical submersible centrifugal pump (ESP)
Annotation:
This paper presents the principle of bottomhole treatment technology without removing the operational downhole pumping equipment (ESP). Criteria for selection of candidate were developed and implemented. Trials of implementing the technology at “LUKOIL Western Siberia” TPP “Povkhneftegaz” were analyzed and the advantages and disadvantages were identified and recommendations for improvement suggested. A technical and economic analysis of the implementation of technology was conducted. Future steps for the development of technology were proposed.
Bibliography:
1. Vozdejstvie na bogatye kal’citom slancy s pomoshh’ju mikroinkapsulirovannyh nanochastic kislot/R. Singh, S. Tong, K. Panti, K. Mohanti//Zhurnal Obshhestva inzhenerov-neftjanikov. – 2019. – T. 24. – S. 2671–2680.
2. Vlijanie uslovij transportirovki na optimal’nuju skorost’ zakachki dlja kislotnoj promyvki v karbonatnyh kollektorah/D. Ridner, T. Frik, D. Zhu, A.D. Hill, R. Angeles, N. Vishnumolakala, K.Je. Shuchart//Obshhestvo inzhenerov-neftjanikov. Proizvodstvo i Operacii. – 2019. – T. 35. – S. 137–146.
3. Novaja kationnaja polimernaja sistema, uluchshajushhaja otvedenie kisloty v neodnorodnyh karbonatnyh kollektorah/A. Sarmah, A. Farid Ibragim, H.A. Nasr-Jel’-Din, Dzh. Dzhekson//Obshestvo inzhenerov-neftjanikov. Konferencija i vystavka “Neft’ i Gaz”. – Indija: Mumbai, 2019. – S. 2281–2295.
4. Uluchshenie kislotnogo vozdejstvija s ispol’zovaniem novogo otklonitelja na osnove tverdyh chastic dlja uluchshenija zonal’nogo pokrytija v karbonatnyh kollektorah vysokogo davlenija i temperatury/F. Mojd, R. Rodoplu, A.M. Nutaifi, R. Kajumov//Mezhdunarodnaja konferencija “Neftjanye tehnologii”. – Dahran, 2020. – URL: https://onepetro.org/IPTCONF/proceedings-abstract/20IPTC/3-20IPTC/D033S088R001/154728 (data obrashhenija: 23.12.2021).
5. Vlijanie ranee sushhestvovavshih treshhin na stimuljaciju karbonatnoj matricy, izuchennuju s pomoshh’ju krupnomasshtabnyh jeksperimentov po radial’noj kislotnoj obrabotke/G. Ajdagulov, D. Gvaba, R. Kajumov, A. Sultan, M. Ali, Ks. Cju, H. Almadzhed, M. Abbad//Obshhestvo inzhenerov-neftjanikov. Blizhnevostochnaja neftegazovaja vystavka i konferencija. – Manama, 2019.
6. Reglament po provedeniju himicheskih metodov obrabotki prizabojnoj zony plasta na mestorozhdenijah ООО “LUKOJL-Zapadnaja Sibir’ ”. – Kogalym, 2017 (prilozhenie k Prikazu № 237A ot 18.05.2017).
7. Tehnologicheskaja instrukcija na proizvodstvo rabot po intensifikacii dobychi nefti dobyvajushhih skvazhin metodom kislotnyh obrabotok skvazhin bez postanovki brigady po remontu skvazhin.
8. Sposob razrabotki kontaktnyh zon na primere Tujmazinskogo neftjanogo mestorozhdenija/R.F. Jakupov, V.Sh. Muhametshin, Ju.V. Zejgman, A.N. Chervjakova, M.D. Valeev//Neftjanoe hozjajstvo. – 2017. – № 10. – S. 36–40. – DOI: 10.24887/0028-2448-2017-10-36-40
9. Mokrushin A.A., Shipilov A.I. Povyshenie jeffektivnosti kislotnyh obrabotok v uslovijah pozdnej stadii razrabotki mestorozhdenij s karbonatnym kollektorom (samootklonjajushhajasja kislota, bol’sheob’’emnye obrabotki prizabojnoj zony plasta s primeneniem gelej na osnove PAV)//Neft’. Gaz. Novacii. – 2010. – № 7. – S. 43–45.
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