Interpretation of research data curves capillary pressure


https://doi.org/10.17073/2500-0632-2016-4-24-37

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Abstract

Capillary forces together with the gravitational forces control the initial distribution of fluids in the reservoir-the reservoir vertically so the data on capillary pressure curves can be used to forecast the fixed and movable water in the hydrophobic system vertically. Capillary pressure curves are needed to describe the process of waterflooding in complex, heterogeneous formations, are used as well to determine the residual water saturation and the distribution of pore size. It should be noted that capillary forces affect the promotion of the front of the institution and consequently on the ultimate oil recovery.


About the Authors

I. B. Ratnikov
LLC «Neftecom»
Russian Federation

Deputy General Director on scientific work

Russia, 620100, Sverdlovsk region, Ekaterinburg, East street, 160a, room 17



R. S. Shulga
JSC "Siberian Research Institute of Petroleum Industry" (PJSC «SibNIINP»)
Russian Federation

Head of the Department of petrophysics

Russia, 625013, Tyumen, st. 50 years of October, 118



E. A. Romanov
JSC "Siberian Research Institute of Petroleum Industry" (PJSC «SibNIINP»)
Russian Federation

Director of petrophysics Department, Ph.D

Russia, 625013, Tyumen, st. 50 years of October, 118



References

1. Aktual'nye problemy neftegazovogo dela: sb. nauch. tr. [Actual problems of oil and gas business: Sat. scientific. tr.] / redkolThe Editorial Mukhametshin .: VS etc .: 4 tons – Ufa. Publ. UGNTU, 2006. – T. 1. – 181 p.

2. Amiks Dzh., Bass D., Uajting R. Fizika neftjanogo plasta: Per. s angl. [Whiting oil reservoir Physics:. Trans. from English.] – M.: Gostoptehizdat, 1962. – 572 p.

3. Balobanova A.V., Rykov A.I. Obobshhenie rezul'tatov laboratornyh issledovanij na kerne i perspektivy ih primenenija pri proektirovanii (v porjadke obsuzhdenija) [Summary of results of laboratory tests on the cores and their application in the design of prospects (in order of discussion)] // Optimizacija tehnologii razrabotki neftjanyh mestorozhdenij: Sb. statej [Technology Optimization of oil field development: Coll. Articles] / Qty. authors; Under the total. Ed. LS Brilliant. – Tyumen Printing House "cession", 2008. – Pp. 206-210.

4. Brilliant L.S. [Et al.] Metody rascheta otnositel'nyh fazovyh harakteristik pri proektirovanii [Methods for calculating the relative phase characteristics in the design of technology] // Optimizacija tehnologii razrabotki neftjanyh mestorozhdenij: Sb. statej [Optimization of oil field development: Coll. Articles] / Qty. authors; Under the total. Ed. Brilliant. L .S. – Tyumen Printing House«CESSIJa», 2008. – Pp. 125-135.

5. Dobrynin V.M. [Et al.] Fazovye pronicaemosti kollektorov nefti i gaza. [Permeability oil and gas reservoirs.] – М.: VNIOENG, 1988. (Review Inform Ser "Geology, geophysics and development of oil fields").

6. Dorogonickaja L.M. [Et al.]] Kolichestvennaja ocenka dobyvnyh harakteristik kollektorov nefti i gaza po petrofizicheskim dannym i materialam GIS. [Quantification of production characteristics of petrophysical data and GIS materials oil and gas reservoirs.] – STT, 2007. – 278 p.

7. Dushejko D.P. Obespechenie postojanno dejstvujushhih geologo-tehnologicheskih modelej razrabatyvaemyh zalezhej informaciej o krivyh otnositel'nyh fazovyh pronicaemostej [Providing permanent geological and technological models developed deposits information on relative permeability curves] // Oil Industry, 2005. – No. 8. – Pp. 82- 84.

8. Iktisanov V.A. Opredelenie fil'tracionnyh parametrov plastov i reologicheskih svojstv dispersnyh sistem pri razrabotke neftjanyh mestorozhdenij. [Determination of reservoir filtration parameters and rheological properties of dispersed systems in the development of oil fields.] – М.: VNIOENG, 2001. – 212 p.

9. Kotjahov F.I. Fizika neftjanyh i gazovyh kollektorov [The physics of oil and gas reservoirs] – M .: Nedra, 1977. – 287 p.

10. Kuchumov R.Ja., Perevozkin I.V. Sistemnyj analiz metodov opredelenija otnositel'nyh fazovyh pronicaemostej pri sozdanii postojannodejstvujushhih geologo- tehnologicheskih modelej [System analysis methods for determining the relative permeabilities to create A constantly geological and technological models] // Geology, geophysics and development of oil and gas deposits, 2008. – No. 4. – Pp. 42-46.

11. Pirson S.D. Uchenie o neftjanom plaste (per. s angl.). [The doctrine of the oil reservoir (trans. From English.).] – М., Gostoptekhizdat, 1961. – 570 p.

12. Stepanov S.V. Ispol'zovanie dannyh razrabotki mestorozhdenija nefti dlja poluchenija krivyh fazovyh pronicaemostej [Using data oilfield development curves for permeability] // Oil Industry, 2006. – No. 4. – Pp. 67-69.

13. 13 Timoshenko A.A. Opredelenie otnositel'nyh fazovyh pronicaemostej pri dvuhfaznoj fil'tracii zhidkosti po promyslovym dannym [Determination of relative permeability at a twophase fluid filtration Fishery Data] // Optimizacija tehnologii razrabotki neftjanyh mestorozhdenij: Sb. statej [Technology Optimization of oil field development: Coll. Articles] / Qty. authors; Under the total. Ed. LS Brilliant. – Tyumen Printing House « CESSIJa», 2008. – Pp. 145-154.

14. Tul'bovich B.I. Metody izuchenija porod-kollektorov nefti i gaza. [Methods of study of reservoir rocks of oil and gas.] – М.: Nedra, 1979. – 199 p.

15. Utarbaev A.I., Karavaev A.D. Opredelenie otnositel'nyh fazovyh pronicaemostej vody i nefti po promyslovym dannym razrabotki [Determination of relative permeability of water and oil for production data development] // Problems of development of the oil industry in Western Siberia (part III), 2004. – Pp. 57-63.

16. Hanin A. A. Porody-kollektory nefti i gaza i ih izuchenie. [Reservoir rocks of oil and gas and their study.] – М.: Nedra, 1976. – 295 p.

17. Brown Harry W. Capillary pressure investigations//Trans of AMME. 1951. - V. 192-P. 67.

18. Burdine, N.T., Gournay, L.S., and Reichertz, P.P. Pore size distribution of petroleum reservoir rocks: Petroleum Transactions, AIME, 1950, v. 189, pp. 195-204.

19. Pirson S.J., Boatman E.M. and Nettle R.L. Prediction of Relative Permeability Characteristics of Intergranular Reservoir Rocks from Electrical Resistivity Measurements, Journal of Petroleum Technology (May 1964), pp. 561-570.

20. Leverett M.C. Capillary behavior in porous solids. Trans. AIME, 1941, pp. 152-169.

21. Purcell W.R. Capillary pressures their measurements using mercury and the calculation of permeability therefrom. — Trans. AIME, 1949, v. 186, TP2603, pp. 39- 46.

22. Ritter H.L. and Drake L.C. Pore size Distribution in Porous Materials. Ind. Eng. Chem. Analyt. Ed., Vol. 17, 1945, pp. 782-786.

23. Slobod R. L., Chambers A., Prehn W. L. Use of centrifuge for determining connate water, residual oil and capillary curves of small core samples. Trans. Of AIME. 1951. V.192. P.127.


Supplementary files

For citation: Ratnikov I.B., Shulga R.S., Romanov E.A. Interpretation of research data curves capillary pressure. Gornye nauki i tekhnologii = Mining Science and Technology (Russia). 2016;(4):24-39. https://doi.org/10.17073/2500-0632-2016-4-24-37

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