Boiler Units of Thermal Power Plants (курсовий проєкт)

Major: Thermal Power Engineering
Code of subject: 6.144.01.E.093
Credits: 3.00
Department: Heat Engineering and Thermal and Nuclear Power Plants
Lecturer: associate professor, Ph.D. Kuznetsova Marta Yaroslavivna
Semester: 6 семестр
Mode of study: денна
Learning outcomes: • Know: - methods of burning fuels in boilers; - methods of regulation of parameters of working bodies and modes of operation of boilers under load; - calculation methods and research of boilers. • Be able to: - perform the drawing of boilers; - determine economical, thermal and hydraulic characteristics of operating of boilers.
Required prior and related subjects: prerequisites: • Higher Mathematics • Physics • Сhemistry • Engineering Thermodynamics • Heat-mass Exchange • Boiler Units of thermal power plants co-requisites: • Heat-mass Exchange Machines of thermal power plants • Turbines of thermal power plants
Summary of the subject: Calculation of the boiler unit. Determining the coefficients of excess air along gas flues. The calculation of the volume of air and products of combustion. Calculation of enthalpy of air and products of combustion. The calculation of the heat balance of the boiler. The calculation of heating surfaces. The calculation of geometric dimensions of the furnace of boiler. The calculation of heat exchange in the firebox of boiler. The calculation of convective heating surfaces. The calculation of superheater. The calculation of water economizer. The calculation of air heater.
Assessment methods and criteria: • current control (30%): oral examination • final control(70 %): oral examination
Recommended books: 1. Teplovoy raschet kotelnyih agregatov (normativnyiy metod) / Red. N.V. Kuznetsov, V.V. Mitor, I.E. Dubovskiy, E.S. Karasina. – M.: Energiya, 1983. – 296 s. 2. Aerodinamicheskiy raschet kotelnyih ustanovok (normativnyiy metod) / Red. V.A. Lokshina, D.F. Peterson, A.L. Shvarts – M.: Energiya, 1989, - 256 s. 3. Gidravlicheskiy raschet kotelnyih agregatov (normativnyiy metod) / Red. S.I. Mochan – M.: Energiya, 1988. – 256 s. 4. Misak Y.S., Ivasik Ya.F., Lashkovska N.M., Kuznetsova M.Ya., Pavlish A.M., Yakimiv E.M. Teploviy rozrahunok parovogo kotla / Metodichni vkazivki do vikonannya kursovoyi roboti. – Lviv: Vidavnitstvo Lvivskoyi politehniki, 2013. – 44s.