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About Power Plant Engineering : Ppe

Power Plant Engineering is a free Mechanical and Energy Engineering handbook covering important course topics, detailed notes, diagrams, equations, formulas and study materials. Download this digital book and reference guide for ITI, Diploma, BE, BTech and related engineering courses. Explore 230 topics across 5 chapters on thermal power plants, steam and diesel power generation, Rankine cycles, boilers, steam turbines, condensers and nuclear reactors. Useful for university exams, GATE revision, viva, interviews, assignments, projects and quick reference. RELATED ENGINEERING BRANCHES Mechanical Engineering, Electrical Engineering, Power Engineering, Thermal Engineering, Energy Engineering, Nuclear Engineering and Chemical Engineering. 99 LISTED TOPICS FROM 230 POWER PLANTS & THERMODYNAMIC CYCLES 1. Diesel Power Plant Fuel System 2. Introduction to Power Plants 3. Power 4. Energy 5. Sources of Energy 6. Thermodynamic Cycles for Power Plants 7. Carnot Cycle 8. Rankine Cycle 9. Rankine Cycle Efficiency 10. Reheat Cycle 11. Regenerative Cycle 12. Binary Vapor Cycle 13. Binary Vapor Cycle Efficiency 14. Reheat-Regenerative Cycle 15. Indian Energy Scenario 16. Coal Analysis 17. Steam Power Plants 18. Nuclear Power Plants 19. Diesel Power Plants 20. Fuels and Combustion 21. Steam Generators 22. Steam Prime Movers 23. Steam Condensers 24. Surface Condensers 25. Jet Condensers 26. Types of Jet Condensers 27. Hydraulic Turbines 28. Impulse and Reaction Turbines ENERGY, SCIENCE & INDUSTRY 29. Science vs Technology 30. Scientific Research 31. Science and Technology Infrastructure 32. Facts vs Values 33. Atomic Energy 34. Nuclear Power Programme Highlights 35. Nuclear Power Corporation of India Ltd. 36. Ocean Engineering Applications STEAM POWER PLANTS & COAL SYSTEMS 37. Introduction to Steam Power Plants 38. Steam Power Station Design 39. Coal Handling 40. Coal Dewatering 41. Essential Steam Power Plant Equipment 42. Types of Fuel-Burning Surfaces 43. Methods of Fuel Firing 44. Automatic Boiler Control 45. Pulverized Coal 46. Ball Mill 47. Ball and Race Mill 48. Shaft Mill 49. Pulverized Coal Firing 50. Cyclone-Fired Boilers 51. Water Walls 52. Ash Disposal 53. Ash Handling Equipment 54. Smoke and Dust Removal 55. Types of Dust Collectors 56. Fly Ash Scrubbers 57. Fluidized Bed Combustion (FBC) 58. Types of FBC Systems STEAM GENERATORS & BOILERS 59. Introduction to Steam Generators 60. Classification of Boilers 61. Cochran Boiler 62. Lancashire Boiler 63. Locomotive Boiler 64. Babcock and Wilcox Boiler 65. Industrial Boilers 66. Water-Tube vs Fire-Tube Boilers: Merits and Demerits 67. Requirements of a Good Boiler 68. LaMont Boiler 69. Benson Boiler 70. Loeffler Boiler 71. Schmidt-Hartmann Boiler 72. Velox Boiler STEAM TURBINES & PERFORMANCE 73. Classification of Steam Turbines 74. Simple Impulse Turbine 75. Impulse Turbine Compounding 76. Pressure-Compounded Impulse Turbine 77. Simple Velocity-Compounded Impulse Turbine 78. Pressure- and Velocity-Compounded Impulse Turbine 79. Impulse-Reaction Turbine 80. Steam Turbine vs Steam Engine: Advantages 81. Steam Turbine Governing 82. Steam Turbine Performance 83. Steam Turbine Testing 84. Steam Turbine Capacity and Capability 85. Steam Turbine Generators 86. Steam Turbine Specifications NUCLEAR POWER PLANTS & REACTORS 87. Introduction to Nuclear Power Plants 88. Structure of the Atom 89. Nuclear Power Plant Layout 90. Nuclear Waste Disposal 91. Nuclear Power Plant Site Selection 92. Nuclear Power Plant Performance 93. Nuclear Stability 94. Nuclear Binding Energy 95. Nuclear Fission 96. Nuclear Reactors 97. Nuclear Chain Reaction 98. Nuclear Plant Advantages and Disadvantages 99. Neutron Life Cycle Use this free Power Plant Engineering ebook to revise power generation, thermodynamic cycles, steam turbines and nuclear energy concepts.