Features of planning and implementation of energy-saving measures at compressor stations of main gas pipelines

G. Moldabayeva; R. Suleimenova; M. Sadvakasov; G. Jalalov

doi:10.31643/2021/6445.17

Authors

G. Moldabayeva Satbayev University
R. Suleimenova Satbayev University
M. Sadvakasov Beineu-Shymkent Gas Pipeline LLP
G. Jalalov National Academy of Sciences of Azerbaijan

DOI:

https://doi.org/10.31643/2021/6445.17

Keywords:

Pipeline, natural gas, gas-pumping unit, operation, compressor stations.

Abstract

Currently, the National gas supply operator in Kazakhstan pays special attention to the rational use of natural gas for its own and technological needs, while maintaining the optimal management of the gas transportation system, taking into account the specific technical situation of the equipment. Energy efficient management of gas pipelines is one of the priority directions for optimizing gas costs. The use of innovative methods of energy-saving technologies during the operation of the gas transmission system, an increase in the efficiency of gas-pumping units, as well as the implementation of automated energy saving control systems, will significantly increase the efficiency of gas transportation.

Downloads

Download data is not yet available.

Author Biographies

G. Moldabayeva, Satbayev University

Doctor of Technical Sciences, Associate Professor of the Department of Petroleum Engineering.

R. Suleimenova, Satbayev University

Doctoral student of the Department of Petroleum Engineering.

M. Sadvakasov, Beineu-Shymkent Gas Pipeline LLP

Deputy General Director for Operation, Beineu-Shymkent Gas Pipeline LLP.

G. Jalalov, National Academy of Sciences of Azerbaijan

Doctor of Technical Sciences, Professor, Corresponding Member of ANAS, Head of the Laboratory of "Hydro-gas Dynamics of Reservoir Systems "of the Oil and Gas Institute.

References

KarasevichA.M.,KreininE.V. Perspektivy i rezervy energosberejeniya v Rossii [Prospects and Reserves ofEnergy Saving in Russia]. Gazovaya promyşlennost. 2010. No9. S.68 -71.(in Russ).

IshkovА.G., KhvorovG.A., YumashevM.V., YurovE.V., YesicL.K.Sovremennoye sostoyaniye i perspektivnoye razvitiye napravleniy energosberezheniya v transporte gaza. [Current state and perspective development of energy saving directions in gas transport].Gas Industry. 2010. No9. p. 36 -39. (in Russ).

IshkovA.G., YatsenkoI.A., PystinaN.B., KhvorovG.A., YumashevM.V., YurovE.V.. Metodologiya formirovaniya programm energosberezheniya OAO «Gazprom» v usloviyakh novogo zakonodatel'stva [Methodology for the Formation of Energy Saving Programs of OAO Gazprom in the Conditions of New Legislation]. Gas Industry. -2012. No. 2. р.70 -75. (in Russ).

Intriligator M. Mathematical methods of optimization and economic theory / M. Intriligator. Per. from English -M.: Progress, р.1975.-607. (in Eng).

KozachenkoA.N., NikishinV.I., PorshakovB.P.Energetika truboprovodnogo transporta gazov [Gas pipeline power engineering]. M.: Oil and gas, 2001. Р.397. (in Russ).

KarasevichA.M., SukharevM.G., BelinskyA.V., TverskoyI.V., SamoilovR.V.Energoeffektivnyye rezhimy gazotransportnykh sistem i metody ikh obespecheniya [Energy efficient modes of gas transmission systems and methods of their provision]. Gas Industry. 2012. No1. P.30 -34. (in Russ).

CampastiN.Aerodinamika kompressorov [Aerodynamics of compressors]. Translation from English. M.: "Mir", 2000. Р.688. (in Russ).

KitaevS.V., FarukhshinaR.R.Ekspress-sposob opredeleniya pokazateley energoeffektivnosti gazoperekachivayushchikh agregatov [Express method for determining the energy efficiency indicators of gas-pumping units]. Transport and storage of petroleum products and hydrocarbon raw materials. No1. 2015.p. 19 -22. (in Russ).

MikaelyanE.A. Modernizasiya gazoturbinnoi ustanovki v selyah energosberejeniya[Modernization of a gas turbine plant for the purpose of energy saving]. Gazovaya promyshlennost. 2010. No10. S.15 -16.(in Russ).

Metodika 83-00-900PM 156. Gazoturbinnaya ustanovka GTU-16P. Kompleksnoe diagnosticheskoe obsledovanie po ekspluatasionnym parametram[Gas turbine unit GTU-16P. Comprehensivediagnostic examination of operational parameters]. Perm: OAO «Aviadvigatel». Р.63. (in Russ).

Opredeleniye moshchnosti na valu silovoy turbiny po termodinamicheskim parametram v ekspluatatsii. Technique 83-00-900 PM 150-1. PS-90GP-2 engine. [Aviadvigatel JSC Determination of power on the shaft of a power turbine by thermodynamic parameters in operation] (in Russ).

MikhailovS.А., MingazovB.G., VarsegovV.L., SimkinE.L., Osipov B.M., TokmovtsevYu.V. Razrabotka metodiki mnogofaktornogo diagnostirovaniya i prognozirovaniya tekhnicheskogo sostoyaniya GPA-16R «Ufa» s gazoturbinnym privodom AL-31ST». Razrabotka programmnogo obespecheniya dlya rascheta parametrov tekhnicheskogo sostoyaniya GPA-16R «Ufa» [Technical report on the topic: "Development of a methodology for multifactor diagnostics and forecasting of thetechnical state of the GPA-16R" Ufa "with the gas turbine drive AL-31ST". Development of software for calculating the technical condition parameters of GPA-16R "Ufa"], 2013.Р.55. (in Russ).

MikhailovС.А., MingazovB.G., VarsegovV.L., SimkinE.L., OsipovB.M.TokmovtsevYu.V. «Razrabotka metodiki mnogofaktornogo diagnostirovaniya i prognozirovaniya tekhnicheskogo sostoyaniya GPA-16R «Ufa» s gazoturbinnym privodom AL-31ST». Razrabotka programmnogo obespecheniya dlya rascheta parametrov tekhnicheskogo sostoyaniya GPA-16R «Ufa» [Technical report on the topic: "Development ofa methodology for multifactor diagnostics and forecasting of the technical state of the GPA-16R" Ufa "with the gas turbine drive AL-31ST". Development of software for calculating the parameters of the technical state of GPA-16R "Ufa"]. 2014.Р.215.(in Russ).

MikhailovD.A., GolyanovA.I.Komp'yuternyy imitator raboty tsentrobezhnogo nagnetatelya [Computer simulator of a centrifugal blower]. Ufa.: IDPO GOU VPO UGNTU, 2007. pp. 32 -44. (in Russ).

OsovskyS.Neyronnyye seti dlya obrabotki informatsii [Neural networks for information processing]. M: Finance and statistics, 2004. Р.344.(in Russ).

Ivanov E.S. Features of modeling the operating modes of gas-pumping units of compressor stations of main gas transportation in modern operating conditions. Electronic scientific journal "Oil and Gas Business", 2012, No. 5. P.99-114.

Ivanov E.S., Gol'yanov A.I. Sovershenstvovanie protsessov ekspluatatsii gazoperekachivayushchikh аgregatov [Gas compressor units’exploitation processes de-velopment],Electronic scientific journal "Neftegazovoe delo-Oil and Gas Business", 2012, Issue 1, pp. 30 -46.