NOC:Energy Conservation and Waste Heat Recovery


Lecture 1 - Introduction to waste heat recovery


Lecture 2 - Introduction to waste heat recovery (Continued...)


Lecture 3 - Introduction to waste heat recovery (Continued...)


Lecture 4 - Introduction to waste heat recovery (Continued...)


Lecture 5 - Thermodynamic principles of waste heat recovery


Lecture 6 - Thermodynamic principles of waste heat recovery (Continued...)


Lecture 7 - Thermodynamic principles of waste heat recovery (Continued...)


Lecture 8 - Thermodynamic principles of waste heat recovery (Continued...)


Lecture 9 - Reversible Cycles


Lecture 10 - Reversible Cycles (Continued...)


Lecture 11 - Entropy


Lecture 12 - Entropy (Continued...)


Lecture 13 - Entropy (Continued...), Exergy


Lecture 14 - Exergy, Second Law efficiency


Lecture 15 - Second Law efficiency (Continued...)


Lecture 16 - Recapitulation of common power cycles


Lecture 17 - Recapitulation of common power cycles (Continued...)


Lecture 18 - Recapitulation of common power cycles (Continued...)


Lecture 19 - Recapitulation of common power cycles (Continued...)


Lecture 20 - Recapitulation of common power cycles (Continued...)


Lecture 21 - Recapitulation of common power cycles (Continued...)


Lecture 22 - Gas Turbine cycle


Lecture 23 - Combined cycle


Lecture 24 - Combined cycle (Continued...)


Lecture 25 - Combined Cycle (Continued...)


Lecture 26 - Heat recovery steam generator


Lecture 27 - Thermodynamic cycles for low temperature application


Lecture 28 - Thermodynamic cycles for low temperature application (Continued...), Cogeneration


Lecture 29 - Heat Exchanger


Lecture 30 - Heat Exchanger (Continued...)


Lecture 31 - Heat Exchanger (Continued...)


Lecture 32


Lecture 33


Lecture 34


Lecture 35


Lecture 36


Lecture 37 - Heat Pipe - Part I


Lecture 38 - Heat Pipe - Part II


Lecture 39 - Heat Pipe - Part III


Lecture 40 - Direct Conversion - Introduction to TEG


Lecture 41 - Thermoelectric Generators - Functioning and Applications


Lecture 42 - TEG - performance analysis


Lecture 43 - TEG - performance optimization


Lecture 44 - Direct Conversion - Magneto Hydro dynamics (MHD)


Lecture 45 - Direct Conversion - Thermo-Ionic generation


Lecture 46 - Direct Conversion - Thermo Photo Voltaic generation (TPV)


Lecture 47 - Heat Pumps - I


Lecture 48 - Heat Pumps - II


Lecture 49 - Heat Pumps - III


Lecture 50 - Waste Heat Recovery from Incinerator Plants


Lecture 51 - Energy Storage Systems - I


Lecture 52 - Energy Storage Systems - II


Lecture 53 - Energy Storage Systems - III


Lecture 54 - Energy Storage Systems - IV


Lecture 55 - Energy Storage Systems - V


Lecture 56 - Energy Storage Systems - VI


Lecture 57


Lecture 58


Lecture 59


Lecture 60


Lecture 61


Lecture 62


Lecture 63


Lecture 64


Lecture 65


Lecture 66


Lecture 67


Lecture 68 - Corrigendum