MOSCOW POWER ENGINEERING INSTITUTE (TECHNICAL UNIVERSITY) SCIENTIFIC RESEARCHES 2007—2008 Moscow MPEI Publishing House 2009 INSTITUTE OF POWER MACHINERY AND MECHANICS (IPMM) Institute Ph. D. (Techn.), Professor Sergey A. Serkov Director Ph.: (495) 362-7261 Fax: (495) 362-7428 E-mail: [email protected] Institute Steam Generator Design (SGD) Department ....1.2 Departments Steam and Gas Turbines (SGT) Department ....1.5 Hydrodynamics and Hydraulic Machines (HHM) and Divisions Department 1.8 Bases of Power Engineering Machines Design (BPEMD) Department 1.10 Dynamics and Strength of the Machines Named after V.V. Bolotin (DSM) Department 1.13 Dynamics and Strength of Machinery (DSM) Department 1.16 Metals Technology (MT) Department .......... 1.18 Engineering Drawing (ED) Department ....... 1.21 Research & Development Academic Center of Geothermal Energetic (CGE) 1.22 1.1 IPMM STEAM GENERATOR DESIGN (SGD) DEPARTMENT Ph.: (495) 362-7600, ph/fax: (495) 362-7901, E-mail: [email protected]; [email protected] At SGD Department: 9 teachers, 4 researchers, 3 Ph.D. students. Head of Department Dr. Sci. (Techn.), Professor Pavel V. Roslyakov Main lines of research Research Supervisor Development and implementation of the highly efficient environmentally friendly technologies for organic fuels firing Professor Roslyakov P.V., Head of R&D Lab Molchanov V.A. Reliability and operation effectiveness increase for the steam boilers of TPP Professors Dvoinishnikov V.A., Iziumov M.A., Roslyakov P.V., Head of R&D Lab Molchanov V.A. Development of computer-aided-design technologies for the power ma- chinery equipment Professor Iziumov M.A., Associated-Professor Kniazkov V.P. Mathematical modeling of the nitrogen and sulfur oxides, the polycyclic benzene polycarbons process formation at fuel firing in the power engi- neering equipment Professor Roslyakov P.V. Development of the mathematical models and the software support for the estimation, substantiation and technical decision making at steam boiler design Professors Dvoinishnikov V.A., Iziumov M.A. Development of computer-aided expertise-diagnostic system for the steam boiler and its elements Professor Dvoinishnikov V.A. Development and implementation of continuos monitoring and the regu- lating systems for TPP harmful pollutants into the environment. Professor Roslyakov P.V. Agreements, contracts, projects supported by the state budget Development of the technology for creation the automated continuos monitoring system of the power engineering objects pollution Development of the mathematical modeling methods for the heat-and-mass exchange processes at organic fuel firing The set of R&D investigations on the operation processes with reference to the problem of creation of modern power engineering equipment Calculation-analytical researches of the operation processes with reference to the uni- fied series of hot-water gaseous-mazout boilers with heat capacity 35, 60, 120, and 200 Gcal/h The R&D complex for the substantiation and expertise of the main engineering designing decisions with reference to implementation of waste coupling schemes with gas-turbine unit Combined research of the boiler ecology features and development of recommenda- tions to decrease the harmful wastes into atmosphere 1.2 STEAM GENERATOR DESIGN (SGD) DEPARTMENT IPMM Development of small-toxic modes of fuel burning on TPP power boilers Combined testing and the main and auxiliary boiler equipment adjustment on Diagilev co-generation plant Key publications Novozhilova, L.L.; Roslyakov, P.V. Research of patterns of the burning product course in TPP smoke bonnets of different configuration (in Russian) // Radio Electronics, Electri- cal and Power Engineering. Proc. of XIV intern. Conf. of graduate and PhD students, in 3 volumes. MPEI Publishing House, 2008, p. 200—201. Pleshanov, K.A.; Poslyakov, P.V. Burning of the various fuel types with monitored chemical underburning (in Russian) // Ibidem, p. 203—204. Bryantseva, S.E.; Khalitov, A.A.; Iziumov, M.A. The hot-water boilers with 140 MW heat-capacity (in Russian) // Radio Electronics, Electrical and Power Engineering. Proc. of XIII intern. Conf. of students, in 3 volumes. MPEI Publishing House, 2007, p. 223— 224. Zhuravliov, R.V.; Supranov, V.M. Comparative analysis of the various approaches to gaseous-tube boilers designing (in Russian) // Ibidem, p. 224—226. Minaev, A.A.; Timirgaliev, D.V.; Supranov, V.M. The hot-water boilers with 70 and 140 MW heat-power with the circulating boiling bed (in Russian)// Ibidem, p. 227—228. Novozhilova, L.L.; Roslyakov, P,V. Numerical research of velocity and concentration field distribution for the burning products in the TPP chimney hole (in Russian) // Ibidem, p. 228—230. Pleshanov, K.A.; Supranov, V.M. The steam boiler Е-160-1,4-250F (in Russian) // Ibi- dem, p. 232—233. Poslyakov, P.V. Check and monitoring of the TPP harmful pollution into an atmosphere. Industry ecology (in Russian) // Eneregetika. 2007. No 2 (7). P. 11—15. Iziumov, M.A.; Supranov, V.M.; Roslyakov, P.V.; Novikov, L.V. Feasibility investigation of the TP-92 boiler transfer at Yavinsk TPP into the non-projective coal types (in Russian) // Teploenergetika. 2008. No 9. P. 7—18. Roslyakov, P.V.; Novozhilova, L.L.; Egorova, L.E. Arrangement of the harmful emis- sion monitoring from TPP chimneys on the basis of the numerical research (in Russian) / / MPEI Vestnik, 2008. No 4. P. 28—39. Roslyakov, P.V.; Egorova, L.E.; Ionkin, I.L. Development of the combined automated system for continuous inspection and control of MPEI TPP harmful emission and wastes and for surrounding territory monitoring // Educational medium today and tomorrow (in Russian) / Proc. of All-Russia Conf. Moscow, Oct.2008. MGIU Publisher, 2008. P. 351— 354. Roslyakov, P.V.; Novozhilova, L.L. Investigation of the problem of the continuous mon- itoring system installation for the TPP chimney harmful emission (in Russian). Problems of heat-and-mass exchange and hydrodynamics in power machinery // Proc. of VI Scien- tific Seminar of academician Alemasov V.E. Sept. 16th —18th 2008. Kazan: KGU Pub- lisher, 2008. P. 141—144. Roslyakov, P.V.; Novozhilova, L.L.; Ionkin, I.L. Research of the velocity and concentra- tion field distribution in the swirling TPP chimney flows (in Russian) // Heat-and-mass ex- change and hydrodynamics in swirling flows: Proc. of 3rd Intern. Conf. Moscow, MPEI Publishing House, 2008. P. 245—246. Roslyakov, P.V. Methods of environment protection. Moscow, MPEI Publishing House, 2007. 226 p. 1.3 STEAM GENERATOR DESIGN (SGD) DEPARTMENT IPMM Partners «Power Maсhines» concern, Moscow «Power Machinery Alliance», Moscow Federal State Enterprise «Opytnoe Konstruktorskoe Buro «Hydropress», Podolsk town. Moscow region. «Machinery Plant ZiO-Podolsk», Podolsk town, Moscow region. «Podolsk Machinery Plant», Podolsk town, Moscow region. «All-Russian heat engineering R&D institute, Moscow «Energeticheskiy Institut named after Krzhizhanovskiy, Moscow ORGRES Company, Moscow «Institut Teploenergoproject», Moscow «Mosenergo», Moscow «Riazanenergo», Riazan city «Tatenergo», Kazan city «Chepetskiy mekhanicheskiy zavod», Glazov town 1.4 IPMM STEAM AND GAS TURBINES (SGT) DEPARTMENT Ph./Fax: (495) 362-7739, (495) 362-7675 At STG Department: 19 teachers, 10 researchers, 18 Ph.D. students. Head of Department Dr. Sci. (Techn.), professor Vladimir G. GRIBIN Main lines of research Research Supervisor Development and investigation of the steam and gas units of new gener- ation with the super-critical steam parameters Professors Kostiuk A.G., Gribin V.G., Trukhniy A.D. Development of the calculation methods and investigation of the steam and gas units of heat-recovery type Professors Trukhniy A.D., Gribin V.G. Aerodynamic perfection of turbo-machine setting: the blading, the steam- distribution system, inlet, outlet and the transition jets and compactions of the steam and gas turbines of various purposes Professors Zariankin A.E., Gribin V.G. Resource extension and reliability increase of the steam turbines Professors Trukhniy A.D., Kostiuk A.G. Flow computer modeling in the low-pressure cylinder setting of the pow- erful steam turbines Professors Gribin V.G., Bogomolova T.V. Development and perfection of the new regulating systems and moderni- zation of the existing ACS for steam and gas units Professor Bulkin A.E. Agreements, contracts, projects supported by the state budget Theoretical-calculation and experimental research of the promising power engineering units providing the high efficiency and reliability of the power equipment Development of the scientifically reasonable validation of the promising steam unit crea- tion with the super-high steam parameters Investigations of consumed and vibration characteristics of the new regulating valves for the steam turbines Investigations of the perforated and the lamellar protect grid influence on the effective- ness and reliability of the steam inlet system in the steam turbines Experimental investigations and optimization of an outlet jet of the transport gas-turbine unit Research and calculation of the promising last stages of the steam turbines Investigations of the gas-dynamical elements of high- and medium-pressure setting for increasing the effectiveness of the powerful steam turbine stages Research and development of engineering solutions to increase the effectiveness and re- liability of the setting elements for the powerful steam turbines Combined investigation for creation of the new steam turbine unit