ОЦІНКА ВПЛИВУ ОПТИМІЗАЦІЇ РОБОТИ ДІЮЧОГО ФОНДУ СВЕРДЛОВИН І НАЗЕМНОЇ ІНФРАСТРУКТУРИ НА ОБСЯГИ ВИДОБУТКУ
DOI:
https://doi.org/10.20998/%25xКлючові слова:
розвантаження свердловини, оптимізація робочого тиску, фізичне моделювання, вузловий аналіз, протитискАнотація
The article determines the efficiency of wellhead pressure optimization for the field at the final stage of development as one of the geological and technical activities forwarded to boosting the hydrocarbons production. Known methods used for boosting the production were analyzed in this work and strong interrelation between surface and underground parts of the fields was identified which led to the conclusion that impact of both parts must be considered in complex. Moreover, using modern simulation software authors analyzed foreign and local experience in modelling of flows and reaction of the wells in a case of pressure decreasing. Such analysis justified the needs of complex decisions to be implemented for optimization of the development of depleted fields with taking into consideration tasks proposed by authors.Посилання
Bratakh M.I., Toporov V.G., Romanova V.V. Enhanced hydrocarbon recovery. Students manual. – Kharkiv, 2015 – 120 p.
Boyko V.S. Dovidnik z naftogazovoyi spravi / Boyko V.S., Kondrat R.M., YaremIychuk R.S.. – Kiyiv: Lviv, Ivano-Frankivskiy derzhavniy tehnichniy universitet nafti igazu, 1996. – 620 p.
Lutoshkin G.S. Sbor i podgotovka nefti, gaza i vodyi / G.S. Lutoshkin, Izd. 2 pererab. i dop., Moskva : Izd-vo Nedra, 1979. – 319 p.
Bratah M.I. Dinamika ridinnih formuvan v porozhnini mizhpromislovogo gazoprovodu / M.I. Bratah, I.M. RuzIna, A.V. SobolEva. // Pitannya rozvitku gazovoyi promislovosti Ukrayini. – 2009. – #37. – P. 287–293.
Optimizatsiya rozrobki gazokondensatnih rodovisch v umovah nizkih robochih tiskiv E.S. Bikman,k.t.n., I.A. Medvedev, S.I. Segeda, K.S. Kurochkin, (DP UkrNDIgaz fIliya D K «Ukrgazvidobuvannya»), m. Harkiv – Kompressornoe i energeticheskoe mashinostroenie #3(25), sentyabr 2011 – p. 34–36.
Optimizatsiya roboti sverdlovin narizhnyanskogo ta yuliyivskogo ngkr – V.B. Volovetskiy, O.M. Schirba, V.V. Velichko, O.Yu. Vityaz, Ya.V. Doroshenko – ISSN 1993–9973. Rozvidka ta rozrobka naftovih i gazovih rodovisch. 2013. # 4(49) – p. 127–136.
Optimizatsiya shem viluchennya inertnih ta kislih gaziv z tovarnogo potoku Grigor’Eva O.S., Himchenko S.A., Malishko R.V., Mudrak V.I. ISSN 2079 – 1747 Mashinobuduvannya, 2016, #18 – p. 66–75.
Kondrat R.M., Kondrat O.R. Kompleksna tehnologiya zbilshennya vuglevodneviluchennya z visnazhenih gazokondensatnih rodovisch. Nauka ta innovatsiyi naukovopraktichniy zhurnal – #5, 2005 r.
Cistemniy analiz dinamiki ob’Emiv vidobutku gazu z rodovisch na zavershalniy stadiyi yih rozrobki Fik I.M., Hakar Mahmood B.M., Toporov V.G – Integrovani tehno-logiyi ta energozberezhennya.– 2015. – p. 60–68.
Naukovi osnovi pidvischennya efektivnosti rozrobki gazokondensatnih rodovisch Ukrayini I.M. Fik, I.Y. Ribchich – Nauka ta Innovatsiyi.2005.T 1.# 5. P. 40–49.
Improvement of technological and mathematical model for the medium-term prediction of the work of a gas condensate field Mykhailo Kutia, Mykhailo Fyk, Oleg Kravchenko, Stefan Palis, Ilya Fyk/ Eastern-European Journal of Enterprise Technologies 5(8 (83)), 40-48 /ISSN (print) 1729-3774, ISSN (on-line) 1729–4061 Vol 5, No 8 (83) (2016) DOI: http://dx.doi.org/10.15587/1729-4061.2016.80073
Boyko V.S. Dovidnik z naftogazovoyi spravi / V.S. Boyko, R.M. Kondrat, R.S. Yaremiychuk., 1996. – 620 p. – (Lviv).
Promisloviy eksperiment alternativnoyi.... Available from: https://www.researchgate.net/publication/324278535_Promislovij_eksperiment_alternativnoi_logistiki_regionalnogo_vidobuvanna_zaliskovih_zapasiv_ta_zberiganna_prirodnogo_gazu [accessed Aug 16 2018].
Beggs HD: Production optimization using Nodal TM Analysis. Tulsa:OGCI Publication, 1991.
Dempsey J.R., Patterson J.K., Coats K.H. and Brill J.P. An Efficient model for evaluating gas field gathering system design – Journal of Petroleum Technology 23, #9 –1971 – 1067–1073.
Pravila rozrobki naftovih i gazovih rodovisch – Nakaz Ministerstva ekologiyi ta prirodnih resursiv Ukrayini 15.03.2017 # 118 – 63 p.
Barroux C.C., Duchet-Scchaux P, Samier P and Nabil R Linking Reservoir and Suface Simulation: How to improve the coupled Solution, paper SPE 65159, presented at the SPE European Petroleum Conference, Paris, October 24–25, 2000.
Optimizatsiya dobichi ot produktivnogo plasta do punkta podgotovki nefti i gaza. Elvin Barber, Mak E. Shippen, Huan Krus Velaskes, Aaron Marino Garrido Er-nandes, Hans Erik Hlumen, Sandzhay Kuman Moytra, Fernando E. Morales, Skott Ra-fael, Bob SavE, Yan Richard Sagli, Mayk Vebber, - Neftegazovoe obozrenie. 2007–2008,– p. 22–37.
Morales FL, Cruz Velazquez J and Garrido Hernandez A. Integration of production and process facilities models in a single simulation tool. –Paper SPE 109260, presented at the SPE Annual Technical Conference and Exhibition, Anaheim, California, USA, November 11–14, 2007.
Garrido AM, Morales F and Cruz J Brownfields benefit from integrated models, E&P (Nov. 27): 51–55.
