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Thermal Power Plants, part 2
Major: Heat and power engineering
Code of Subject: 6.144.01.E.71
Credits: 4
Department: Heat Engineering and Thermal and Nuclear Power Plants
Lecturer: Mysak Yosyf
Semester: 7 семестр
Mode of Study: денна
Learning outcomes:
• to know the types of thermal and nuclear power plants, energy performance condensing power plants, thermal power plants, the initial parameters and intermediate overheating steam, vapor and balance water supply process steam to the thermal power plants, heat for heating, deaerator and nutritional installation, energy performance equipment thermal power plants.
• be able to perform the calculation of steam power plant concept, develop the main provisions of thermal power scheme, select technical supply, fuel economy, cleaning of flue gases.
• be able to perform the calculation of steam power plant concept, develop the main provisions of thermal power scheme, select technical supply, fuel economy, cleaning of flue gases.
Required prior and related subjects:
• Boiler Units of Thermal Power Plants;
• Heat-mass Exchange Machines of Thermal Power Plants;
• Turbines of Thermal Power Plants.
• Heat-mass Exchange Machines of Thermal Power Plants;
• Turbines of Thermal Power Plants.
Summary of the subject:
Preparation and the method of calculating the principal thermal circuit steam power plant. The choice of power plant equipment. Fully deployed thermal circuit pipelines and power plants. Assembly main building of the plant. Water consumption for thermal power plants. Fuel and ash-and-slad economy of power plants. Cleaning and removal of flue gas from boilers. The master plan and operating performance TPP. Gas turbine power stations and parohazovi. New types of plants.
Recommended Books:
1. V.Ya.Rygkin. “"Thermal power plants"”. Energoizdat, M., 1987 (in Russian)
2. Yo.S. Mysak, Ya.F. Ivasyk, P.O. Gut, N.M. Lashkovska Objects of thermal power plants. Mode and operation .Lviv: NU “Lvivska polytechnika”, 2007. – 256 p.(in Ukrainian)
3. V.Ya. Girshfeld, G.N. Morozov. "Thermal power plants". Energoizdat, M., 1982(in Russian)
4. D.P. Elizarov. Thermal power plant installation.. Energoizdat, M., 1982(in Russian)
5. A.G. Prokopenko, Yo.S. Mysak. Fixed, variable and starting modes of CHP unit. Energoizdat, M., 1990(in Russian)
6. P.I. Yanko, Yo.S. Mysak. Modes of operation of power boilers. – Lviv: Ukrainski tehnologii, 2004, - 272 p. .(in Ukrainian)
2. Yo.S. Mysak, Ya.F. Ivasyk, P.O. Gut, N.M. Lashkovska Objects of thermal power plants. Mode and operation .Lviv: NU “Lvivska polytechnika”, 2007. – 256 p.(in Ukrainian)
3. V.Ya. Girshfeld, G.N. Morozov. "Thermal power plants". Energoizdat, M., 1982(in Russian)
4. D.P. Elizarov. Thermal power plant installation.. Energoizdat, M., 1982(in Russian)
5. A.G. Prokopenko, Yo.S. Mysak. Fixed, variable and starting modes of CHP unit. Energoizdat, M., 1990(in Russian)
6. P.I. Yanko, Yo.S. Mysak. Modes of operation of power boilers. – Lviv: Ukrainski tehnologii, 2004, - 272 p. .(in Ukrainian)
Assessment methods and criteria:
• reports from practical work, oral questioning (30%)
• learning control (70 %, final control, test, written-oral form)
• learning control (70 %, final control, test, written-oral form)