ИНТЕГРАЦИЯ ЭНЕРГОТЕХНОЛОГИЧЕСКИХ СИСТЕМ В СОСТАВЕ ГАЗОТУРБИННЫХ КОМПРЕССОРНЫХ АГРЕГАТОВ ГАЗОВОЙ И НЕФТЯНОЙ ПРОМЫШЛЕННОСТИ
DOI:
https://doi.org/10.20998/2078-774X.2016.09.02Анотація
В работе рассмотрены основные задачи, решаемые в процессе интеграции энерготехнологических систем в составе газотурбинных компрессорных агрегатов газовой и нефтяной промышленности, а также представлены результаты решения некоторых из них. Изложены результаты обобщенного анализа состояния развития конвертированных газотурбинных двигателей для привода турбокомпрессорных агрегатов и рассмотрены основные направления их дальнейшего совершенствования с учетом опыта создания промышленного газотурбинного привода.Посилання
Tereshchenko, Yu. M., Kulik, M. S., Panin, V. V. et al. (2009), Іntegracіja avіacіjnih silovih ustanovok і lіtal'nih aparatіv[Integration of aircraft power plants and flight vehicles], Air University ²NAU² Press, Kiev, ISBN 978-966-598-525-9. Ukraine.
Anipko, O. B., Bashinskiy, V. G., Loginov, V. V. and Semenov, V. B. (2013), Integracija silovoj ustanovki iplaneratransportnogo samoleta [Integration of power plant and airframe of heavy aircraft], ²Motor Sich² Press,Zaporozhye,ISBN 978-966-2906-35-6. Ukraine.
Nurusbayev, A. A. (1976), Vvedenie v teoriju obosnovanija proektnyh reshenij [Introduction to theory of grounds fordesignsolutions], Shipbuilding, Leningrad, SSSR.
Matsevityi, Yu. M., Bratuta, E. G., Kharlampidi, D. Kh. and Tarasova, V. A. (2014), Sistemno-strukturnyjanalizparokompressornyh transformatorov [System structured analysis of steam and compressortransformers],InstituteforProblemsinMachine-Building Press of NAS of Ukraine, Kharkov, ISBN 978-966-02-7218-7.Ukraine.
Yepifanov, S. V., Zhemanyuk, P. D., Parafejnik,
V. P. and Petukhov, I. I. (2007), ²Razvitie principov konvertirovanija aviacionnyh GTD scel'jusozdanijanaihosnovepromyshlennogo gazoturbinnogo privoda [Development of principles for aircraft GTEconvertingtodesignindustrialGasTurbines]², Bulletin of Engine Building, vol. 3, pp. 70–76, ISSN 1727-0219.
Khristich, V. A. and Varlamov, G. B. (2006), Gazoturbinnye ustanovki: istorija i perspektivy [Gas turbine units: historyandpotentials], NTUU ²KPI², Kyiv, ISBN 978-966-622-237-7. Ukraine.
Giampaolo, T. (2002), The gas turbine handbook: principles and practices, The Fairmount Press, Inc., Lilburn, ISBN 0-88173-515-9.
Hunt, R. (2011), The History of the Industrial Gas Turbine (Part 1 The First Fifty Years 1940–1990), IDGTE, Bedford.
(2014), Katalog jenergeticheskogo oborudovanija [Catalog of power generating equipment], ²Gas turbinetechnologies²publishing house, Rybinsk.
Spitsyn, V. E., Botsula, A. L., Chobenko, V. N. and Solomonyuk, D. N. (2008), ²Vysokojeffektivnaja gazoturbinnajaustanovkadlja GPA [Highly efficient gas turbine for gas compressor package]², Bulletin of NTU "KhPI", vol. 35,pp.8–11,ISSN2076-004х.
Lyutikov, A. L., Parafejnik, V. P. and Chobenko, V. N. (2010), ²Analiz vozmozhnosti soglasovanija harakteristikprivodnogoGTD i CK [Analysis of possibility to match characteristics of gas turbine and centrifugalcompressor]²,AerospaceTechnicandTechnology,vol. 7(74), pp. 30–40, ISSN 1727-7337.
Parafejnik, V. P., Yevdokimov, V. E., Tertyshnyi, I. N. and Nefedov, A. N. (2012), ²K voprosu optimizacii geometriiprotochnojchasti centrobezhnyh kompressorov prirodnogo gaza [Revisiting the optimization ofnaturalgascentrifugalcompressorsrotorbundle]², Compressor equipment and pneumatics, vol. 2, pp. 10–17, ISSN 0865-5865.
Tertyshnyi, I. N., Parafejnik, V. P., Nefedov, A. N., Rogalskyi, S. A., Kotenko, N. A., Timoshadchenko, D. N., Mikhailenko,S.A. (2014), Termodinamicheskij analiz jeffektivnosti centrobezhnogo kompressorakakslozhnojjenergotehnologicheskojsistemyvsostave agregata tipa GPA-C-32P [Thermodynamic analysis oftheefficiency ofacentrifugal compressor as acomplexenergy system composed of units GPA-C-32P]², Proceedings ofXVIInternationalScienceand Technical ConferenceonCompressor Engineering, September 23–25, vol. 1, pp. 328–339, REP-HoldingPress, St. Petersburg. Russian.
Santon, R. C., Kidger, J. W. and Lea, C. J. (2002), ²Safety Developments in Gas Turbine Power Applications², ProceedingsofASME Turbo-Expo 2002, Amsterdam, The Netherlands, June 3–6, 2002, ASME Paper GT-2002-30469, pp. 959–966, ISBN 0-7918-3606-1, doi: 10.1115/GT2002-30469.
Ponnuraj, B., Sultanian, B., Novori, A. and Pecchi, P. (2003), ²3D CFD Analysis of an Industrial Gas TurbineCompartmentVentilation System², Proceedings of ASME International Mechanical Engineering Congress(IMECE’03),Washington,D.C.,USA,November 15–21, 2003, pp. 67–76, ISBN 0-7918-3718-1, doi: 10.1115/imece2003-41672.
Klochkov, A. V., Kornilova, E. S. and Snitko, A. A. (2005), ²Obespechenie vzryvozashhity gazoturbinnogo oborudovanija[Providing explosion protection of gas turbine equipment]², Gazotrubinnye tehnologii [Gas turbotechnologyMagazine],vol.8,pp.20–22, ISSN 2311-2646.
D’Ercole, M., Biffaroni, G., Grifoni, F., Zanobini, F. and Pecchi, P. (2005), ²Results and Experience from GE Energy’sMS5002EGas Turbine Testing and Evaluation², Proceedings of ASME TurboExpo 2005, Reno, Nevada, USA. June 6-9,2005, pp. 275–283,ISBN 0-7918-4727-6, doi: 10.1115/GT2005-68053.
Graf, E., Luce, T. and Willet, F. ²Design Improvements Suggested by Computational Flow and Thermal Analyses fortheCooling of Marine Gas Turbine Enclosures², Proceedings of ASME TurboExpo 2005. Reno, Nevada, USA. June 6–9,2005,pp.587–593,ISBN 0-7918-4728-4, doi: 10.1115/GT2005-68574.
Vahidi, D., Bagheri, H. and Glezer, B. (2006), ²Numerical and Experimental Study of Ventilation for TurbinePackageEnclosure², Proceedings of ASME TurboExpo 2006. Barcelona, Spain. May 8–11, 2006, pp. 607–616, ISBN: 0-7918-4240-1,doi:10.1115/GT2006-90960.
Mesropyan, A. V. and Mukhamedzyanova I. I. (2010) ²Chislennoe modelirovanie gazodinamiki i teplomassoperenosa vsistemeohlazhdenija boksa GTD [Numerical simulation of gas dynamics and heat and mass transferingasturbineenclosurecoolingsystem]², Vestnik UGATU, vol. 14, no. 1, pp. 25–31, ISSN 2225-2789.
Trusov, P. V. and Charntsev, D. A. (2010), ²Chislennoe modelirovanie teplovogo sostojanija shumoteplozashhitnogokozhuhagazoturbinnoj ustanovki [Numerical simulation of thermal condition of gas turbine acousticandthermalenclosure]²,VestnikofSamara State University. Natural Science Series, no. 4(78), pp. 117–126, ISSN 2411-6025.
Charntsev, D. A. (2012), Matematicheskoe modelirovanie teplovogo sostojanija shumoteplozashhitnyhkozhuhovgazoturbinnyh ustanovo [Mathematic simulation of thermal condition of gas turbineacousticandthermalproofenclosures]:synopsis for PhD thesis in Engineering Science : 05.13.18, Perm StateUniversity,Perm.
Kostyuk, V. E., Kirilash, E. I. and Kravchuk, A. L. (2013), ²Obobshhjonnaja matematicheskaja model' teplovogosostojanijaukrytij gazoturbinnyh ustanovok [Generalized mathematical model of thermal conditionofgasturbineenclosures]².Integrirovannyetehnologii i jenergosberezhenie [Technologies and Energy Conservation],no.1, pp. 22–26,ISSN 2078-5364.
Smirnov, A. V., Kostyuk, V. E., Tkachenko, D. A., Kirilash, E. I. and Slabko, Yu. N. (2013), ²Obespechenie teplovogorezhimasilovogo bloka gazoperekachivajushhego agregata organizovannojpodachejvozduhapodshumoteploizolirujushhijkozhuhgazoturbinnogo dvigatelja [Providing thermal conditionofturbo-compressorpackagepower unitbyair ventilation of acoustic and thermal enclosure]², Vestnik dvigatelestroenija[Bulletin ofengine-building], no. 2, pp. 99–107, ISSN 1727-0219.
Shcherbakov, O. M., Tkachenko, D. O., Parafeynik, V. P., Gurinenko, V. M., Kostyuk, V. E., Skripka, O. I. and Kirilash, O. I.(2015), ²Eksperimental'ne doslіdzhennja teplovogo stanu kozhuha dlja shumoteploіzoljacіїgazoturbіnnogodvigunaDG90L2uskladіturbobloka agregatu tipu GPA-C-16S [Experimental research onthethermal state of a shell for noiseandheat insulationofthe gte90l2 gas turbine engine used for the mechanical drive ofthegcu-c-16s turbo-compressorpackage]². Eastern-European Journal of Enterprise Technologies, no. 6/7(78), pp. 35–42,ISSN1729-3774,doi:10.15587/1729-4061.2015.56244.
Smirnov, A. V., Shchedrenkov, A. N., Shcherbakov, O. N., Karutskiy, A. Yu. and Parafejnik, V. P. (2015),²Chislennoeissledovanie techenija gaza v vyhlopnyh traktah gazoperekachivajushhih agregatov sgazoturbinnymprivodomnabazedvigateljaDU80L1 [Numerical investigation of gas flow in exhaust ducts of turbo-compressorpackages withgasturbineenginebased on engine DU80L1]². Vestnik dvigatelestroenija [Bulletin of engine-building],no.2, pp. 199–206,ISSN1727-0219.
