Determination of optimal oil pumping plans
DOI:
https://doi.org/10.31643/2022/6445.02Keywords:
нефтепровод, массовый расход, оптимальный план перекачки, энергосберегающий режим, удельные затраты.Abstract
This paper presents the results of determining the optimal plans for pumping oil through the main oil pipelines of Kazakhstan. The calculation methodology is based on determining the minimum unit cost of pumping depending on oil flow rate. Oil pumping energy-saving modes are determined under optimal operating conditions of pumping units and heating furnaces at stations. Determination of the optimal pumping plan is implemented as a separate module of the SmartTranPro software. Pumped oil volumes on the oil pipeline sections were determined on the basis of the automated system of control and metering of electrical energy data of KazTransOil JSC. Optimal pumping plans for monthly oil volumes in the Kalamkas – Karazhanbas and Dzhumagaliev – Atasu pipeline sections for cold and warm periods were calculated on the basis of the found dependence of the pumping unit cost. For each range of oil mass flow rate, specific costs for oil pumping and a list of operating pumps at oil pumping stations located along the pipeline section are indicated.
Downloads
References
Abramzon LS.Optimal'nyye parametry raboty goryachikh truboprovodov[Optimal parameters of operation of hot pipelines].Neftyanoe khozyaistvo =Oil industry. 1979;2:53-54(In Russ.).
Maron VI.Gidrodinamika i odnofaznykh i mnogofaznykh potokov v truboprovode[Hydrodynamics and single-phase and multiphase flows in a pipeline]. Moscow: MAKS Press.2009,344.(In Russ.).
Agapkin VM, Krivoshein BL, Yufin VA. Teplovyye i gidrodinamicheskiye raschety truboprovodov dlya nefti i nefteproduktov[Thermal and hydrodynamic calculations of pipelines for oil and oil products].Moscow:Nedra. 1981,256.(In Russ.).
Yablonsky VS, Novoselov VF, Galeev VV, Zakirov GZ. Proyektirovaniye, ekspluatatsiya i remont nefteproduktoprovodov. Complex Use of Mineral Resources.2022; 320(1) ISSN-L 2616-6445, ISSN 2224-524324[Design, operation and repair of oil product pipelines].Moscow: Nedra. 1965,410.(In Russ.).
Shchepetkov LG. Optimizatsiya plana perekachki mnogonitochnogo nefteprovoda [Optimization of a pumping plan for a multi-line oil pipeline].Transport i khranenie nefti i nefteproduktov = Transport and storage of oil and petroleum products.1971;3:15-18.(In Russ).
Tumansky AP.Optimizatsiya rezhimov transportirovki uglevodorodnykh zhidkostey po truboprovodam s promezhutochnymi nasosnymi stantsiyami, oborudovannymi chastotno-reguliruyemym privodom[Optimization of transportation modes of hydrocarbon liquids through pipelines with intermediate pumping stations equipped with a frequency-controlled drive].Dissertation of the Candidate of Technical Sciences: 25.00.19.Tumanskiy Aleksandr Petrovich. Moscow,2008. 137(In Russ).
Gopal VN. Optimizing pipeline operations.Journal of Petroleum Technology. 1980;11(3):2063-2067.
Jokic A, Zavargo Z. Optimization of pipeline network for oil transport.Hungarian Journal of Industrial Chemistry.2001;29(2):113-118.
Liu EB, Li CJ, Yang LT,LiuS, Wu MC, Wang D. Research on the optimal energy consumption of oil pipeline.Journal of Environmental Biology.2015;36:703-711.
Wang Y, LiuY, ZhaoJ, WeiLX. Energy Consumption Analysis and Comprehensive Optimization in Oil Pipeline System.Advanced Materials Research. 2013;648:251-254.
Wang Y, Tian CH, Yan JC, Huang J. A survey on oil/gas pipeline optimization: Problems, methods and challenges.Proceedings of 2012 IEEE International Conference on Service Operations and Logistics, and Informatics. 2012. 150–155.
Meng ZH, Chen YZ. Optimization analysis of oil transport scheme for long distance pipeline.Oil and Gas Storage and Transportation. 2002. 4.
WuCC, Yan DF. A two-level hierarchical model for optimizing steady operation of hot oil pipelines.Acta Petrolei Sinica. 1989;10:109-117.
Wu CC, Yan DF. Introduction of HOPOPT software pack for the optimization of thermal oil pipeline operation.Oil and Gas Storage and Transportation.1992;11(2):5-10.
Li CJ, Wang J, Wu X, Jia WL. Operation optimization of heated oil transportation pipeline.International Conference on Pipelines and Trenchless Technology.2011. 733–743.
Zhou M, Zhang Y, Jin SJ. Dynamic optimization of heated oil pipeline operation using PSO-DE algorithm.Measurement. 2015;59:344–351.
Zhang Y,WangB, Huang X. Online Optimization of Heated-Oil Pipeline Operation Based on Neural Network System Identification.Journal of Pipeline Systems Engineering and Practice.2020.11(1).
Tugunov PI, Novoselov VF, Korshak AA, Shammazov AM. Tipovyye raschety pri proyektirovanii i ekspluatatsii gazonefteprovodov[Typical calculations for the designand operation of gas and oil pipelines]. Ufa:Design-Polygraphservice. 2002. 658.(In Russ).
Beysembetov IK, Bekibayev TT, Zhapbasbayev UK, Kenzhaliev BK. Upravleniye energosberegayushchimi rezhimami transportirovki neftesmesey [Management of energy-saving modes of transportation of oil blends]. Almaty.2016. 215.(In Russ).
Bekibayev TT, Zhapbasbayev UK, Ramazanova GI, Minghat AD, Bossinov DZh.Simulation of oil pipeline shutdown and restart modes.Kompleksnoe Ispol’zovanie Mineral’nogo Syr’a= ComplexUse of Mineral Resources. 2021;316(1):15-23. https://doi.org/10.31643/2021/6445.02
Certificate of registration of rights to the computer program No. 2691 dated April 8, 2019.Programmnyy kompleks “SmartTranPro”[SmartTranPro software package]. (In Russ.).
Aldyyarov TK, Makhmotov YeS, Didukh AG, Gabsattarova GA, Boranbaeva LYe.Reologiya neftey i neftesmesey transportiruyemykh AO “KazTransOyl”[Rheology of oils and oil blends transported by "KazTransOil" JSC].Almaty: Dala.2012.417.(In Russ).
Zhapbasbayev UK, Ramazanova GI, Bossinov DZh, Kenzhaliyev BK.Flow and heat exchange calculation of waxy oil in the industrial pipeline.Case Studies in Thermal Engineering. 2021. 26(101007). https://doi.org/10.1016/j.csite.2021.101007
Downloads
Published
How to Cite
Issue
Section
License
Copyright (c) 2021 Complex use of mineral resources
This work is licensed under a Creative Commons Attribution-NonCommercial-NoDerivatives 3.0 Unported License.
