A.A. Ruchkin
DOI: https://doi.org/10.25689/NP.2023.4.299-318
Abstract
The article provides overview materials on the use of formulas for the decline curves analysis, many of which are more than 100 years old, but they have not lost their relevance.
A comparison of historical and modern dependencies is given, some of which, in fact, give a close result. The history of the development of the decline curves analysis, the features of their application and justification, a practical example, trends and current status are shown.
The true discoverers of modern formulas, which we know for another - later authorship, are revealed.
The material will be useful for engineers and researchers of many competencies.
References
2. Arnold R., Anderson R. Preliminary Report on Coalinga Oil District // US. Geol. Survey Bull. №357. 1908. (in English)
3. Arps J.J. Analysis of Decline Curves // SPE 945228. 1944. (in English)
4. Clark A.J., Lake L.W., Patzek T.W. Production Forecasting with Logistic Growth Model// SPE 144790. 2011. (in English)
5. Dong A. An Unconventional Rate Decline Approach for Tight and Fracture-Dominate Gas Well// SPE 137748. 2010. (in English)
6. Ilk D. Rushing J., Perego A., Blasingame T. Exponential vs. Hyperbolic Decline in Tight Gas Sands // SPE 116731. 2008. (in English)
7. Larkey Ch. S. О вычислении кривых производительности нефтяных скважин // Min. & Met. Июль 1923 с. 341-344. (in English)
8. Lewis J.O., Beal C.H. Some New Methods for Estimating the Future Production of Oil Wells // Trans. A.I.M.E. Bulletin №134. Washington. 1918. (in English)
9. Maraggi R. Mechanistic and Probabilistic Rate-Time Analysis of Unconventional Reservoirs // Thesis Master of Science in Engineering. The University of Texas at Austin. 2018. (in English)
10. Marsh H.N. New Method of Appraising Results Production Control of Wells // Natl. Petro News. №24. 1928. (in English)
11. Pan Z. Revised Productivity Index Equation to Improve Transient History Match for the Capacitance Resistance Model // Thesis Master of Science in Engineering. The University of Texas at Austin. 2016. (in English)
12. Robertson S. Generalized Hyperbolic Equation // SPE 18731. 1988. (in English)
13. Tickell F.G. Capillary Phenomena as Related to Oil Production // Stanford university, Calif. Tulsa Meeting, October. 1928. (in English)
14. Valco P.P. Assigning Value to Simulation in the Barnett Shale// SPE 119369. 2009. (in English)
15. Zhang H., Cocco M., Rietz D., Cagle A., Lee J. An Empirical Exponent Decline Curve for Shale Reservoirs // SPE 175016. 2015. (in English).
16. Kosygin A.I. Priblizhennoe analiticheskoe vyrazhenie dlya krivyh padeniya debita neftyanyh skvazhin// Neftyanoe i slancevoe hozyajstvo. [Oil Industry]. №3. 1926. (in Russian)
17. Lejbenzon L.S. O krivyh eksploatacii neftyanyh skvazhin v svyazi s podzemnymi usloviyami neftyanyh mestorozhdenij // Neftyanoe i slancevoe hozyajstvo. [Oil Industry]. №1. 1924. (in Russian)
18. Lejbenzon L.S. O rezhime neftyanyh skvazhin t podschete zapasov neftyanyh mestorozhdenij // Neftyanoe i slancevoe hozyajstvo. [Oil Industry]. №3. 1923. (in Russian)
19. Medvedskij R.I., Sevast'yanov A.A. Ocenka izvlekaemyh zapasov nefti i prognoz urovnej dobychi po promyslovym dannym // Moskva. Nedra. 2004. 192 p. (in Russian).
20. Smirnov D.S., Sokolov S.V. i dr. Ocenka optimal'nogo kolichestva stadij GRP pri razburivanii gorizontal'nymi skvazhinami zapadnoj chasti plasta AV1(1-2) Samotlorskogo mestorozhdeniya // Neftyanaya provinciya. №4. 2019. p. 248-259 (in Russian).
21. Stepanov S.V., Bekman A.D., Ruchkin A.A. Pospelova T.A. Soprovozhdenie razrabotki neftyanyh mestorozhdenij s ispol'zovaniem modelej CRM – Tyumen': IPC «Ekspress», 2021 - 300 p. (in Russian).
Authors
A.A. Ruchkin, PhD Candidate, senior expert, Tyumen Petroleum Research Center LLC
SPIN- code: 6266-6413
AuthorID: 424284
79/1, Osipenko st., Tyumen, 625002, Russian Federation
E-mail: aaruchkin@tnnc.rosneft.ru
For citation:
A.A. Ruchkin K 100-letiyu osnovnykh analiticheskikh formul krivykh padeniya debita [To the 100th anniversary of the main analytical formulas of the decline curves]. Neftyanaya Provintsiya, No. 4(36), 2023. pp. 299-318. DOI https://doi.org/10.25689/NP.2023.4.299-318. EDN WBRVCM (in Russian)