Institute of Power Machinery and Mechanics (Ipmm)
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INSTITUTE OF POWER MACHINERY AND MECHANICS (IPMM) Director Pavel V. ROSLYAKOV Dr. Sci. (Tech.), Prof. of the Institute Member of the International Higher Education Academy of Sciences Ph.: (095) 362-7261 fax: (095) 362-7428 E-mail: [email protected] Departments Department of Steam Generator Design .............. of the Institute Department of Steam and Gas Turbine ............... Department of Hydromechanics and Hydraulic Machines ..................................................... Department of Dynamics and Strength of Machinery ................................................ Department of Theoretical Mechanics and Mechatronics .......................................... Department of Metals Technology ..................... Department of Machine Design Fundamentals ...... Department of Engineering Drawing .................. Scientific & Training Center of Geotermal Energy .. 1.1 IPM DEPARTMENT OF STEAM GENERATOR DESIGN (SGD) Tel: +095-362-7600 Fax: +095-362-7901 E-mail: [email protected] or [email protected] The department has on its staff 10 lecturers 2 researchers 2 Ph.D. students Head of Department Dr. Sci. (Techn), Professor Vladimir A. DVOINISHNIKOV Main Lines of Research Research supervisors Development of mathematical models and software support for evalua- tion, substantiation and making technical decisions in steam boiler de- sign. Prof. V. A. Dvoinishnikov Development of computer-aided expertise-diagnostic systems for steam boilers and boiler elements. Prof. V. A. Dvoinishnikov Mathematical modeling of NOx, SOx and PAH formation in power engi- neering units burning fossil fuels. Prof. P.V. Roslyakov Development and implementation of highly efficient and environmentally friendly technologies for firing fossil fuels. Prof. P.V. Roslyakov, Sr. Researcher V.A. Molchanov Development of computer-aided technologies for designing power produc- tion facilities. Prof. M.A. Izumov, Assoc. Prof. V.P. Kniazkov Development and implementation of continuous monitoring and control systems for reduction of harmful pollutants emitted from a thermal power plant into the environment. Prof. P.V. Roslyakov Improvement of the reliability and efficiency of steam boilers in a thermal power plant. Prof. V. A. Dvoinishnikov, Sr. Researcher V.A. Molchanov Agreements, Contracts, Projects Supported by State Budget Development of mathematical modeling methods for heat-and-mass transfer processes at burning organic fuels Developing and grounding major technical decisions and operating conditions for the improvement of the Ryazanskaya Power Plant’s efficiency. Am approach and software development for predicting NOx emissions from stationary steam and hot water boilers fired with different fuels. Development of guidelines on monitoring the flue gas analysis sampled from steam and hot water boilers. Complex R & D work on grounding and expertise of major technical and design approaches in the development of furnaces for a series of unified boilers firing oil/gas fuel. Development and study of functional algorithms for the data acquisition system to be used in the continuous monitoring of harmful emissions from the Kazanskaya Heat-and- Power Plant-3. 1.2 DEPARTMENT OF STEAM GENERATOR DESIGN (SGD) IPMM Development of the continuous monitoring type system for controlling the gaseous emissions from the heat-and-power plant into the atmospheric environment. Complex R & D work on grounding and expertise of major technical and design approaches in the development of the waste scheme of interface with combined turbine units the unified steam boilers 50, 75, 100 and 160 tons/hour of average pressure Developing and grounding major technical decisions of the organization a flue gas analysis and controlling the gaseous emissions into the atmospheric environment. Testing and investigating the operating modes of steam boilers of the Dyagilevskaya Heat-and-Power Plant. Substantiation of technical decisions on decrease ecological influences of 800 МW units on an environment and increase of boilers reliability at burning gas, black oil and their mixtures Introduction of electronic regime cards of steam boilers of the Dyagilevskaya Heat-and- Power Plant. Developing of the efficient new technical decisions for fuel burning aimed the NOx emissions decrease Analytical researches of working processes for a series of unified coal steam boilers 75, 120, 150, 220, 270 and 320 tons/hour of average and high pressure Key publications Roslyakov P.V., Egorova L.E., Zakirov I.A., Ionkin I.L. Organization of the gas structure inspection for combustion products of stationary steam and water-heating boilers. Methodical instructions (in Russian). ORGRES Publisher, 2003.32 p. Roslyakov P.V. Problems of the Rassian fuel and energy complex (in Russian). Vestnik MEI. 2003. № 5 pp.20-26 Dvoinishnikov V.A. Computer technologies application for designing and diagnostics of steam boilers and heat-recovery steam generators of combined cycle units (in Russian). Vestnik MEI. 2003. № 5 pp.27-34 The substantiation and a choice of the basic design decisions on boiler E-160-3,9-440 for GES-1 MOSENERGO (in Russian). Dvoinishnikov V.A., Izumov M.A., Soupranov V.M., et al. Teploenergetika. 2003. № 12 , pp. 26-32. Roslyakov P.V., Egorova L.E., Ionkin I.L., Privezentzev D.V. Research of stage combustion of natural gas and black oil (in Russian). Vestnik MEI. 2001. №3. pp. 5-13. Functioning principles of information-measuring complex for emissions monitoring and control at heat power plant (in Russian). Roslyakov P.V., Zakirov I.A., Ionkin I.L. et al. Proc. of the Intern. Conf. on Information Aids and Technologies. Moscow: «YANUS-K» Publisher, 2002, pp.46–49. Functioning principles of information-measuring complex for emissions monitoring and control at heat power plant (in Russian). Roslyakov P.V., Y.E., Ionkin I.L., Zakirov I.A. et al. Proc. of the Intern. Conf. on Information Aids and Technologies. YANUS-K Publisher, 2003, pp.8–11. Roslyakov P.V., Ionkin I.L., Zakirov I.A., Morokhovets Yu.E. Development of functioning algorithms continuous emissions monitoring and regulating system for heat power plants (in Russian). Ibid, pp.12–15. Roslyakov P.V., Ionkin I.L., Zakirov I.A., Egorova L.A. Definition of non-uniformity of speed and concentration fields along height of a stack at heat power plant (in Russian). Ibid, pp.7–10. Dvoinishnikov V.A., Knyazkov V.P., Galkov V.A. Heat transfer modeling in convection heating surfaces with corridor arranged spiral fin tubes (in Russian). Ibid, 2004, pp.11– 15. 1.3 DEPARTMENT OF STEAM GENERATOR DESIGN (SGD) IPMM Dvoinishnikov V.A., Knyazkov V.P., Galkov V.A. Research of aerodynamic resistance influence to flow characteristics in 90° reversed gas-duct (in Russian). Ibid, pp.16–19. Dvoinishnikov V.A., Knyazkov V.P., Chubenko T.S., Galkov V.A. Research of of heat transfer influence to economizer thermal perception of steam boiler E-160-3.9-440 GM (P-95) GES-1 MOSENERGO (in Russian). Ibid, pp.20–24. Dvoinishnikov V.A., Popov E.A. Dynamic characteristics of heat recovery boiler P-88 PGU-325 (in Russian). Ibid, pp.31–36. Kniazkov V.P., Popov E.A. Features of aerodynamics and heat transfer in superdense pipe beams (in Rusian). Ibid, pp.37–41. Partners AO «Machine-Building Factory ZiO-Podolsk», Podolsk, Moscow Region. AO «Engineering Co. ZiOMAR», Podolsk, Moscow Region. AO «SIBENERGOMASH» (BKZ), Barnaul. Belgorodskiy Power Machinery Manufacturer (BZEM), Belgorod. AO «TEPLOENERGOPROEKT Institute» (TEP), Moscow. AO «All-Russian Thermal Engineering Institute» (VT I), Moscow. Special Design Bureau (OKB VT I), Moscow. AO «Central Design Bureau ENERGOREMONT», Moscow. RAO «EES Rossii», Moscow. AO «MOSENERGO», Moscow. AO «RYAZANENERGO», Ryazan. AO «TYUMENENERGO», Sourgut, Tyumen Region. PEO «TATENERGO», Kazan. 1.4 IPM DEPARTMENT OF STEAM AND GAS TURBINES (SGTD) Tel./fax: (095) 362-7675 E-mail: [email protected] The department has on its staff: 18 lecturers, 16 researchers , 15 Ph.D. students. Head of Departement Vladimir G. GRIBIN Dr. Sci. (Techn), Prof. Main Lines of Research. Research supervisors Development and optimization of steam-turbine installations of the new generation for supercritical steam conditions and of new efficient power units for retrofitting power engineering equipment at Russian thermal power stations Prof. B.M. Troyanovskii, Prof. A.G. Kostyuk, Prof. V.G. Gribin Development of calculation methods and research of combine cycle instal- lations of heat-recovery type Prof. A.D. Trukhnii, Prof. V.G. Gribin, Prof. T.V. Bogomolova Aerodynamics improvement of the components in the turbine flow path including blades elements, steam admission system; inlet, outlet, and transition pieces, and seals for steam and gas turbines designed for dif- ferent applications Prof. A.E. Zaryankin, Prof. V.G. Gribin Vibrating diagnostics of steam inlet systems of steam turbines Assoc. Prof. V.F. Kasilov Perfection of operation quality of the heat exchange equipment at ther- mal and nuclear power plants Prof. A.D. Trukhnii Resource prolongation and reliability increase of steam turbines Prof. A.D. Trukhnii, Prof. A.G. Kostyuk Computer modeling of current in a flowing part of low pressure cylinder of powerful steam turbines Prof. T.V. Bogomolova Development and improvement of new control systems and upgrading of existing automatic control systems of steam-turbine and gas-turbine units Prof. A.E. Bulkin Agreements, Contracts, Projects Supported by State Budget Development of hardware and software for vibrating diagnostics