Rashtrasant Tukadoji Maharaj Nagpur University, Maharashtra, Mechanical Engineering Semester 6, Energy Conversion- I Syllabus

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Unit - 1 Introduction to layout of thermal power plant

Unit 1

Introduction to layout of thermal power plant

1.1 Introduction to layout of thermal power plant principle of steam generation fuel for steam generators necessity of water treatment

1.2 Classification of steam generators fire tube and water tube boilers high pressure boilers boiler mountings and accessories

Unit 1

Introduction to layout of thermal power plant

1.1 Introduction to layout of thermal power plant principle of steam generation fuel for steam generators necessity of water treatment

1.2 Classification of steam generators fire tube and water tube boilers high pressure boilers boiler mountings and accessories

Unit - 2 Draught And Its Classification

Unit 2

Draught and its classification

2.1 Draught and its classification calculations for chimney height chimney diameter efficiency.

2.2 Condition for maximum discharge. Performance of steam generators Evaporation capacity equivalent evaporation boiler efficiency

Unit - 3 Fluidized bed boiler

Unit 3

Fluidized bed boiler

3.1 Fluidized bed boiler Bubbling fluidized bed boilers circulating fluidized bed boilers Elementary treatment expected coal handling ash handling.

3.2 Cogeneration Introduction to cogeneration need working principle and applications. Topping cycle and bottoming cycle

Unit - 4 Steam nozzles

Unit 4

Steam nozzles

4.1 Steam nozzles Adiabatic expansion in nozzles maximum discharge critical pressure ratio and effects of friction calculation of throat and exit areas supersaturated flow Wilson Line

4.2 Steam turbines Working principle of steam turbines classification of steam turbines comparison of impulse and reaction turbines compounding of steam turbines governing of turbines

Unit - 5 Energy losses in steam turbines

Unit 5

Energy losses in steam turbines

5.1 Energy losses in steam turbines flow of steam through turbine blades reheat factors velocity diagrams graphical and analytical methods work done thrust and power dimensions and proportioning of the blades

5.2 Steam turbine efficiencies condition for maximum efficiencies reheat and regenerative cycles

Unit 5

Energy losses in steam turbines

5.1 Energy losses in steam turbines flow of steam through turbine blades reheat factors velocity diagrams graphical and analytical methods work done thrust and power dimensions and proportioning of the blades

5.2 Steam turbine efficiencies condition for maximum efficiencies reheat and regenerative cycles

Unit - 6 Steam Condensers

Unit 6

Steam condensers

6.1 Steam condensers Types of condensers classification of condensers quality and quantity of cooling water required calculations for surface condenser

6.2 Dalton’s law of partial pressure sources of air leakages and air removal air ejectors.

6.3 Cooling towers wet cooling towers dry cooling towers cooling ponds

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Other Subjects of Semester-2
Dynamics of machines
Control systems engineering
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