Vapor and Combined Power Cycles

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Vapor and Combined Power Cycles
Vapor Power Cycles Cogeneration Rankine Power
Cycle modifications to increase efficiency Reheat
and Regenerative cycles Combined cycles Binary
cycles
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The Carnot Vapor Cycle
Impracticalities 2-phase devices Max temp Tcr
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Rankine - the ideal cycle for Vapor Power Cycles
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Example 10-1
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Deviations of actual from ideal
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Example 10-2 Actual cycle
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Increasing the Efficiency lowering cond. pr
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Increasing the Efficiency superheating the steam
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Increasing the Efficiency increasing boiler pr.
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A supercritical Rankine cycle
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Example 10-3 Effect of Boiler pr, temp on
efficiency
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Ideal Reheat Rankine Cycle
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Example 10-4
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Regenerative Rankine Cycle with Open FWH
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Regenerative Rankine Cycle with Closed FWH
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Example 10-5
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Example 10-6
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Cogeneration
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Cogeneration plant, adjustable load
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Example 10-8
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Combined Gas-Vapor Power Cycle
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Binary Vapor Cycle
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Harnessing Geothermal Energy
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Problem 10-28
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Problem 10-29
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Problem 10-30
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Problem 10-42
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Problem 10-53
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Problem 10-61E
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Problem 10-62
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Problem 10-75
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Problem 10-78
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Problem 10-81
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Problem 10-91
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Problem 10-100E