Combined Power Plants: Including Combined Cycle Gas Turbine (Ccgt) Plants [1 ed.] 1575241978
Recent years have seen growing interest in combined power plants. Their competitive advantages, stemming from higher eff
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English Pages [306] Year 2001
Table of contents :
Editorial Introduction
Preface
Acknowledgements
Notation
Elementary Thermodynamics of Power Plants p. 1
Criteria for Performance of Power Plants p. 5
Ideal (Carnot) Power Plant Performance p. 8
Limitations of Other Cycles p. 9
Modifications of Other Cycles to Achieve Higher Thermal Efficiency p. 11
Reversibility, Availability and Exergy p. 26
The Incentive for Using Combined Plant to Increase Efficiency p. 37
Classification of Combined Power Plants p. 40
Doubly Cyclic Plants (Single Fluid) p. 42
Binary and Ternary Closed Cycle Plants (Two or Three Condensing Fluids) p. 51
Open Circuit/Closed Cycle Plant (Two Working Fluids) p. 54
Doubly Open Circuit Plants (Two Working Fluids) p. 66
Combined Power Plants - Some Thermodynamic Concepts p. 69
Series Plants (Two Closed Cycles in Series) p. 70
Parallel Plants (Joint Heating of Two Closed Cycles) p. 84
Series/Parallel Plants (Two Closed Cycles) p. 86
Combined Plants Consisting of an Open Circuit (Higher) Plant and a Closed Cycle (Lower)
Plant
p. 89
The Seippel-Bereuter Analysis of Combined Gas Turbine/Steam Turbine Plants p. 101
Summary of Efficiency Relationships p. 110
Parametric Studies of Combined Power Plants p. 114
Parametric Studies of Combined Plants Based on Component Efficiencies p. 115
Parametric Studies of Combined Power Plants Based on Variations of Main Thermodynamic
Parameters
p. 122
Exergy Analysis p. 184
Lost Work Due to Irreversibility in Components p. 190
Exergy Analysis of a Binary Vapour Plant p. 197
Exergy Analysis of a CCGT Plant (with Feed Heating in the Steam Cycle) p. 206
Exergy Analysis of a CCGT Plant (with No Feed Heating in the Steam Cycle) p. 213
Parametric Exergy Studies of CCGT Plants p. 217
Economics of Combined Plants p. 222
Electricity Pricing p. 222
The Capital Charge Factor p. 224
Discounted Cash Flow p. 226
Discussion p. 231
Comparative Pricing - Some Examples p. 232
Exergoeconomic Analysis of a Combined Power Plant p. 237
Some Practical Combined Power Plants p. 243The Mercury/Steam Binary Vapour Plant at Schiller, New Hampshire p. 244
The CCGT Plant (B) at Korneuburg, Austria (Unfired HRSG) p. 247
The CCGT Plant (A) at Korneuburg, Austria (Supplementary Fired HRSG) p. 251
The CCGT Plant at Hemweg, Netherlands (Maximally Fired) p. 255
The IGCC Plant at Cool Water, California p. 258
The STIG Plant at Ripon, California p. 262
Summary - Historical and Current Perspectives of Combined Power Plants p. 267
History up to the Early Seventies p. 267
Subsequent Development of the Combined Gas/Steam Turbine (CCGT) Plant - 1970-1990p. 270
The IGCC Plant and Other Combined Plants p. 278
A Note on Cogeneration (Combined Heat and Power) Plants p. 279
Index p. 283
Editorial Introduction
Preface
Acknowledgements
Notation
Elementary Thermodynamics of Power Plants p. 1
Criteria for Performance of Power Plants p. 5
Ideal (Carnot) Power Plant Performance p. 8
Limitations of Other Cycles p. 9
Modifications of Other Cycles to Achieve Higher Thermal Efficiency p. 11
Reversibility, Availability and Exergy p. 26
The Incentive for Using Combined Plant to Increase Efficiency p. 37
Classification of Combined Power Plants p. 40
Doubly Cyclic Plants (Single Fluid) p. 42
Binary and Ternary Closed Cycle Plants (Two or Three Condensing Fluids) p. 51
Open Circuit/Closed Cycle Plant (Two Working Fluids) p. 54
Doubly Open Circuit Plants (Two Working Fluids) p. 66
Combined Power Plants - Some Thermodynamic Concepts p. 69
Series Plants (Two Closed Cycles in Series) p. 70
Parallel Plants (Joint Heating of Two Closed Cycles) p. 84
Series/Parallel Plants (Two Closed Cycles) p. 86
Combined Plants Consisting of an Open Circuit (Higher) Plant and a Closed Cycle (Lower)
Plant
p. 89
The Seippel-Bereuter Analysis of Combined Gas Turbine/Steam Turbine Plants p. 101
Summary of Efficiency Relationships p. 110
Parametric Studies of Combined Power Plants p. 114
Parametric Studies of Combined Plants Based on Component Efficiencies p. 115
Parametric Studies of Combined Power Plants Based on Variations of Main Thermodynamic
Parameters
p. 122
Exergy Analysis p. 184
Lost Work Due to Irreversibility in Components p. 190
Exergy Analysis of a Binary Vapour Plant p. 197
Exergy Analysis of a CCGT Plant (with Feed Heating in the Steam Cycle) p. 206
Exergy Analysis of a CCGT Plant (with No Feed Heating in the Steam Cycle) p. 213
Parametric Exergy Studies of CCGT Plants p. 217
Economics of Combined Plants p. 222
Electricity Pricing p. 222
The Capital Charge Factor p. 224
Discounted Cash Flow p. 226
Discussion p. 231
Comparative Pricing - Some Examples p. 232
Exergoeconomic Analysis of a Combined Power Plant p. 237
Some Practical Combined Power Plants p. 243The Mercury/Steam Binary Vapour Plant at Schiller, New Hampshire p. 244
The CCGT Plant (B) at Korneuburg, Austria (Unfired HRSG) p. 247
The CCGT Plant (A) at Korneuburg, Austria (Supplementary Fired HRSG) p. 251
The CCGT Plant at Hemweg, Netherlands (Maximally Fired) p. 255
The IGCC Plant at Cool Water, California p. 258
The STIG Plant at Ripon, California p. 262
Summary - Historical and Current Perspectives of Combined Power Plants p. 267
History up to the Early Seventies p. 267
Subsequent Development of the Combined Gas/Steam Turbine (CCGT) Plant - 1970-1990p. 270
The IGCC Plant and Other Combined Plants p. 278
A Note on Cogeneration (Combined Heat and Power) Plants p. 279
Index p. 283
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