PROSPECTS OF REDUCING EMISSIONS OF HEAT BEHIND GAS TURBINE DRIVES OF UKRAINIAN GAS TRANSPORTATION SYSTEM
Keywords:
gas turbine drive, exhaust gases, heat recovery, waste heat recovery, heat-transfer agent
Abstract
The results are given analyzing possibilities of waste gas heat utilization after gas turbines of the Ukrainian gas pipeline network.
References
Khalatov A.A., Severin S.D., Kovalenko A.S., Burlaka V.V. The analysis of air cycle of waste heat recovery after industrial gas turbines drive plants for Ukrainian gas transport system // Promyshlennaja teplotehnika. 2014.V.36, №4. P 18 25.
Netschaev Ju.N., Fedorov R.M. Theory of aviation engines. P.2. M.:”Mashinostroenie”, 1978. 513 p.
Kurzon A.G., Maslov L.A. Power turbine installations. L.: “Sudostroenie”, 1991. 152 p.
Kostiuk A.G., Sherstiuk A.M. Gas turbine installations: Study guide for institutions of higher leatning. M.:”Vysshaja shkola:, 1979, 254 p.
Low Cost “Air Bottoming Cycle ” for Gas Turbines. Gas Turbine World, V,21, № 3, 1991. 61 p.
Piatnichko V.A., Krushnevich T.K., Piatnichko A.I. Utilization of low-grade heat to produce electric power using pentane as working body //Ekologija I resursosbtrtzhenie. 2003. №4. P. 3 6.
Diky N.A., Piatnichko A.I., Karp I.N. Electric power production at gas-steam cycle on combined coal and gas fuel // Ekologija i resursozhberizhenie. - 2006. №2. P. 3 -7.
Bileka B.D. Combined power cooling plants for increasing to efficiency of operation of gas transport systems // Promyshlennaja teplotehnika. 2006.V.28, №2. P. 132 138.
Liubchik G.M., Regragi a., Litvinova Ju. R., Rep’jah Ju. R. Prospects of production of electric and thermal energy production on base of gas turbine and combined plants // Energetica: economika, tehnologii, ekologija. 2008. №8. P. 44 48.
Movchan S.N., Bochkarev Ju.V., Solomoniuk D. N. Stages of development of stationary and ship plants with waste heat recovery // Gasoturbinnyie tehnologii. 2008. №8. P. 8 10.
Kuznitsova S.A., Izbash V.I., Kucherenko O.S. Turbo technology for energy saving at gas compressor stations of gas turbine stations of Ukraine // Vostochno-evropeisky zhurnal peredovyh tehnology. - 2010. №3/3(45). P 37 40.
V.V. Romanov., V.N. Chobenko, V.V. Kuznetsov, S.N.Movchan, O.S. Kucherenko, A.P Shevtsov. Performances and Application Perspectives of Air heat Recovery Turbine Units // Proceedings of ASME Turbo Expo 2010: Power for Land, Sea and Air, GT 2010, June 14 18, 2010, Glasgow,UK.
Power engineering: history, present and future. V. 3. Development of thermal and nuclear powet. Edited by Plachkov I.V. K.:2008. 528 p.
Procedure of determining production and technological costs of natural gas for its production transportation and operation of underground storage. - К.: 2008. mpe.kmu.goy.ua/fuel/doccatalog/docu ment?id=134907s.
Cogeneration gas-stream-turbine plant “Vodolei -16”. Ukrainemade.com/ru/tehnologies/261.
Netschaev Ju.N., Fedorov R.M. Theory of aviation engines. P.2. M.:”Mashinostroenie”, 1978. 513 p.
Kurzon A.G., Maslov L.A. Power turbine installations. L.: “Sudostroenie”, 1991. 152 p.
Kostiuk A.G., Sherstiuk A.M. Gas turbine installations: Study guide for institutions of higher leatning. M.:”Vysshaja shkola:, 1979, 254 p.
Low Cost “Air Bottoming Cycle ” for Gas Turbines. Gas Turbine World, V,21, № 3, 1991. 61 p.
Piatnichko V.A., Krushnevich T.K., Piatnichko A.I. Utilization of low-grade heat to produce electric power using pentane as working body //Ekologija I resursosbtrtzhenie. 2003. №4. P. 3 6.
Diky N.A., Piatnichko A.I., Karp I.N. Electric power production at gas-steam cycle on combined coal and gas fuel // Ekologija i resursozhberizhenie. - 2006. №2. P. 3 -7.
Bileka B.D. Combined power cooling plants for increasing to efficiency of operation of gas transport systems // Promyshlennaja teplotehnika. 2006.V.28, №2. P. 132 138.
Liubchik G.M., Regragi a., Litvinova Ju. R., Rep’jah Ju. R. Prospects of production of electric and thermal energy production on base of gas turbine and combined plants // Energetica: economika, tehnologii, ekologija. 2008. №8. P. 44 48.
Movchan S.N., Bochkarev Ju.V., Solomoniuk D. N. Stages of development of stationary and ship plants with waste heat recovery // Gasoturbinnyie tehnologii. 2008. №8. P. 8 10.
Kuznitsova S.A., Izbash V.I., Kucherenko O.S. Turbo technology for energy saving at gas compressor stations of gas turbine stations of Ukraine // Vostochno-evropeisky zhurnal peredovyh tehnology. - 2010. №3/3(45). P 37 40.
V.V. Romanov., V.N. Chobenko, V.V. Kuznetsov, S.N.Movchan, O.S. Kucherenko, A.P Shevtsov. Performances and Application Perspectives of Air heat Recovery Turbine Units // Proceedings of ASME Turbo Expo 2010: Power for Land, Sea and Air, GT 2010, June 14 18, 2010, Glasgow,UK.
Power engineering: history, present and future. V. 3. Development of thermal and nuclear powet. Edited by Plachkov I.V. K.:2008. 528 p.
Procedure of determining production and technological costs of natural gas for its production transportation and operation of underground storage. - К.: 2008. mpe.kmu.goy.ua/fuel/doccatalog/docu ment?id=134907s.
Cogeneration gas-stream-turbine plant “Vodolei -16”. Ukrainemade.com/ru/tehnologies/261.
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Published
2014-12-30
How to Cite
Khalatov, A., & Kovalenko, A. (2014). PROSPECTS OF REDUCING EMISSIONS OF HEAT BEHIND GAS TURBINE DRIVES OF UKRAINIAN GAS TRANSPORTATION SYSTEM. Thermophysics and Thermal Power Engineering, 37(2), 48-58. https://doi.org/https://doi.org/10.31472/ihe.2.2015.06
Section
Heat Power Units
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