Published April 2022, Pg. 37-45

Section: Oil and gas preparing and transportation

UOT: 622.69

DOI: 10.37474/0365-8554/2022-04-37-45

Improvement of operation of the “well-collection” system on the development of optimum regimes of collection oil-gas pipelines with complicated relief

G.G. Ismayilov Dr. in Tech. Sc. - Azerbaijan State University of Oil and Industry

Sh.Z. Ismayilov Cand. in Tech. Sc. - Azerbaijan State University of Oil and Industry

Shd.Z. Ismayilov - ”Azneft” PU

A.V. Sultanova - Azerbaijan State University of Oil and Industry

Keywords:  
“well-collection” system
oil-gas mixture
optimum regime
hydraulic calculation
physical-chemical properties.

It is known that the collection of products from offshore oil wells is carried out in complicated relief (with upward and downward flows) and thermobaric conditions. With the purpose of analysis of specific operational characteristics of the subsea oil-gas pipelines operated in such conditions, to provide their rational service a software method in “Guneshli” field considering the geological and physical-chemical properties of a transported system following international standards has been developed, and tested. According to the developed method, it is essential to improve the operation of the “well-collection” system for a specific definition of optimum regimes of collection pipelines.

References:

1. Al´tshtul A.D. Gidravlicheskoe soprotivlenie. – M.: Nedra, 1982, 221 s.

2. Guzhov A.I. Sovmestniy sbor i transport nefti i gaza. – M.: Nedra, 1973, 280 s.

3. Gumbatov G.G. Izuchenie protsessa sbora, transporta i podgotovki neftey v usloviyakh morskikh mestorozhdeniy Azerbaidzhana. – Baku: Elm, 1996, 240 s.

4. Pat. AZ I 20010024. Ustroystvo dlya gasheniya pulsatsii davleniya v gazozhidkostnykh potokakh / Sattarov R.M., Ismailov G.G., Movsumov A.A. i dr. 4 c.

5. Dranchuk P., Purvis R., Robinson D. Computer calculations of natural gas compressibility factors using the standing and kats correlation // Institute of Petroleum Technical Series, No. IP 74-008, 1974.

6. Vasques, M., and Beggs, H. Journal of Petroleum Technology, 1980, June, pp. 968-970.

7. Beggs H., Robinson J. Estimating the viscosity of crude oil systems // JPT Forum, 1975, September, pp. 1140-1141.

8. Takacs, G. Comparations made for computer Z-factors calculations // Oil and Gas Journal, 1996, December 20, pp. 64-66.

9. Standing M. Volumetric and phase behavior of oil field hydrocarbon Systems, 1977, pp. 26-122.

10. HEWLETT PACKARD HP-41C. Petroleum Fluids PAC. Portable Computer Division 1000 N.E. Circle Bivd., Corvallis, OR 97330, U.S.A. Printed in Singapore 8/84.

11. Korn G., Korn T. Spravochnik po matematike (dlya nauchnykh rabotnikov i inzhenerov). – M.: Nedra, 1977, 832 s.

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