Net-Zero and Low Carbon Solutions for the Energy Sector
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Net-Zero and Low Carbon Solutions for the Energy Sector
A Guide to Decarbonization Technologies
Mirkouei, Amin
John Wiley & Sons Inc
02/2024
320
Dura
Inglês
9781119982166
15 a 20 dias
666
Descrição não disponível.
About the Author x
Acknowledgments xii
Acronyms xiii
List of Figures xv
List of Tables xx
Introduction xxii
1 Power Generation (Net-Zero Solutions) 1
1.1 Solar 3
1.2 Wind 28
1.3 Hydropower 38
1.4 Geothermal 41
1.5 Hydrogen 51
1.6 Marine 58
1.7 Case Study: Solar Hybrid Energy Systems 68
1.8 Denmark Case Study 71
2 Power Generation (Low-Carbon Solutions) 83
2.1 Nuclear 83
2.2 Coal 94
2.3 Natural Gas 105
2.4 Biomass 109
2.5 Ammonia 113
2.6 Case Study: CCUS-Hybrid Energy Systems 119
3 Power Storage 130
3.1 Battery 131
3.2 Mechanical Energy Storage 136
3.3 Case Study: Pumped Hydropower Energy Storage 142
4 Heat Generation 146
4.1 Low-Emission Technologies 147
4.2 Case Study: Geothermal Heat Pumps 150
5 Heat Storage 153
5.1 Physical 153
5.2 Thermochemical 156
5.3 Case Studies: Commercial Concentrating Solar Power Plants 159
6 Biofuel Production 164
6.1 Biogas 166
6.2 Biomethane 169
6.3 Bioethanol 175
6.4 Biodiesel 177
6.5 Case Study: Gasification with CCUS 187
7 Hydrogen Production 195
7.1 Thermochemical with CCUS 197
7.2 Electrolysis 205
7.3 Case Study: Hybrid Thermochemical Hydrogen Production 211
8 Hydrogen Storage 220
8.1 Physical-based Storage 221
8.2 Material-based Storage 226
8.3 Case Study: Aboveground and Underground Hydrogen Storage 228
Appendix 1 Opportunities to Study or Work with the Author 234
Appendix 2 Author's Publications 238
Books, Magazines, and Contributions to Other Volumes 238
Refereed Journal Publications 238
Peer-Reviewed Conference Publications 240
Appendix 3 Self-Check Questions and Answers 243
Chapter 1 243
Chapter 2 249
Chapter 3 260
Chapter 4 265
Chapter 5 267
Chapter 6 271
Chapter 7 277
Chapter 8 281
Glossary 285
Index 287
Acknowledgments xii
Acronyms xiii
List of Figures xv
List of Tables xx
Introduction xxii
1 Power Generation (Net-Zero Solutions) 1
1.1 Solar 3
1.2 Wind 28
1.3 Hydropower 38
1.4 Geothermal 41
1.5 Hydrogen 51
1.6 Marine 58
1.7 Case Study: Solar Hybrid Energy Systems 68
1.8 Denmark Case Study 71
2 Power Generation (Low-Carbon Solutions) 83
2.1 Nuclear 83
2.2 Coal 94
2.3 Natural Gas 105
2.4 Biomass 109
2.5 Ammonia 113
2.6 Case Study: CCUS-Hybrid Energy Systems 119
3 Power Storage 130
3.1 Battery 131
3.2 Mechanical Energy Storage 136
3.3 Case Study: Pumped Hydropower Energy Storage 142
4 Heat Generation 146
4.1 Low-Emission Technologies 147
4.2 Case Study: Geothermal Heat Pumps 150
5 Heat Storage 153
5.1 Physical 153
5.2 Thermochemical 156
5.3 Case Studies: Commercial Concentrating Solar Power Plants 159
6 Biofuel Production 164
6.1 Biogas 166
6.2 Biomethane 169
6.3 Bioethanol 175
6.4 Biodiesel 177
6.5 Case Study: Gasification with CCUS 187
7 Hydrogen Production 195
7.1 Thermochemical with CCUS 197
7.2 Electrolysis 205
7.3 Case Study: Hybrid Thermochemical Hydrogen Production 211
8 Hydrogen Storage 220
8.1 Physical-based Storage 221
8.2 Material-based Storage 226
8.3 Case Study: Aboveground and Underground Hydrogen Storage 228
Appendix 1 Opportunities to Study or Work with the Author 234
Appendix 2 Author's Publications 238
Books, Magazines, and Contributions to Other Volumes 238
Refereed Journal Publications 238
Peer-Reviewed Conference Publications 240
Appendix 3 Self-Check Questions and Answers 243
Chapter 1 243
Chapter 2 249
Chapter 3 260
Chapter 4 265
Chapter 5 267
Chapter 6 271
Chapter 7 277
Chapter 8 281
Glossary 285
Index 287
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near zero power; net zero power; solar power; wind power; hydropower power; geothermal power; hydrogen power; marine power; battery power storage; heat storage; thermochemical processes; biofuels production; biogas; biomethane
About the Author x
Acknowledgments xii
Acronyms xiii
List of Figures xv
List of Tables xx
Introduction xxii
1 Power Generation (Net-Zero Solutions) 1
1.1 Solar 3
1.2 Wind 28
1.3 Hydropower 38
1.4 Geothermal 41
1.5 Hydrogen 51
1.6 Marine 58
1.7 Case Study: Solar Hybrid Energy Systems 68
1.8 Denmark Case Study 71
2 Power Generation (Low-Carbon Solutions) 83
2.1 Nuclear 83
2.2 Coal 94
2.3 Natural Gas 105
2.4 Biomass 109
2.5 Ammonia 113
2.6 Case Study: CCUS-Hybrid Energy Systems 119
3 Power Storage 130
3.1 Battery 131
3.2 Mechanical Energy Storage 136
3.3 Case Study: Pumped Hydropower Energy Storage 142
4 Heat Generation 146
4.1 Low-Emission Technologies 147
4.2 Case Study: Geothermal Heat Pumps 150
5 Heat Storage 153
5.1 Physical 153
5.2 Thermochemical 156
5.3 Case Studies: Commercial Concentrating Solar Power Plants 159
6 Biofuel Production 164
6.1 Biogas 166
6.2 Biomethane 169
6.3 Bioethanol 175
6.4 Biodiesel 177
6.5 Case Study: Gasification with CCUS 187
7 Hydrogen Production 195
7.1 Thermochemical with CCUS 197
7.2 Electrolysis 205
7.3 Case Study: Hybrid Thermochemical Hydrogen Production 211
8 Hydrogen Storage 220
8.1 Physical-based Storage 221
8.2 Material-based Storage 226
8.3 Case Study: Aboveground and Underground Hydrogen Storage 228
Appendix 1 Opportunities to Study or Work with the Author 234
Appendix 2 Author's Publications 238
Books, Magazines, and Contributions to Other Volumes 238
Refereed Journal Publications 238
Peer-Reviewed Conference Publications 240
Appendix 3 Self-Check Questions and Answers 243
Chapter 1 243
Chapter 2 249
Chapter 3 260
Chapter 4 265
Chapter 5 267
Chapter 6 271
Chapter 7 277
Chapter 8 281
Glossary 285
Index 287
Acknowledgments xii
Acronyms xiii
List of Figures xv
List of Tables xx
Introduction xxii
1 Power Generation (Net-Zero Solutions) 1
1.1 Solar 3
1.2 Wind 28
1.3 Hydropower 38
1.4 Geothermal 41
1.5 Hydrogen 51
1.6 Marine 58
1.7 Case Study: Solar Hybrid Energy Systems 68
1.8 Denmark Case Study 71
2 Power Generation (Low-Carbon Solutions) 83
2.1 Nuclear 83
2.2 Coal 94
2.3 Natural Gas 105
2.4 Biomass 109
2.5 Ammonia 113
2.6 Case Study: CCUS-Hybrid Energy Systems 119
3 Power Storage 130
3.1 Battery 131
3.2 Mechanical Energy Storage 136
3.3 Case Study: Pumped Hydropower Energy Storage 142
4 Heat Generation 146
4.1 Low-Emission Technologies 147
4.2 Case Study: Geothermal Heat Pumps 150
5 Heat Storage 153
5.1 Physical 153
5.2 Thermochemical 156
5.3 Case Studies: Commercial Concentrating Solar Power Plants 159
6 Biofuel Production 164
6.1 Biogas 166
6.2 Biomethane 169
6.3 Bioethanol 175
6.4 Biodiesel 177
6.5 Case Study: Gasification with CCUS 187
7 Hydrogen Production 195
7.1 Thermochemical with CCUS 197
7.2 Electrolysis 205
7.3 Case Study: Hybrid Thermochemical Hydrogen Production 211
8 Hydrogen Storage 220
8.1 Physical-based Storage 221
8.2 Material-based Storage 226
8.3 Case Study: Aboveground and Underground Hydrogen Storage 228
Appendix 1 Opportunities to Study or Work with the Author 234
Appendix 2 Author's Publications 238
Books, Magazines, and Contributions to Other Volumes 238
Refereed Journal Publications 238
Peer-Reviewed Conference Publications 240
Appendix 3 Self-Check Questions and Answers 243
Chapter 1 243
Chapter 2 249
Chapter 3 260
Chapter 4 265
Chapter 5 267
Chapter 6 271
Chapter 7 277
Chapter 8 281
Glossary 285
Index 287
Este título pertence ao(s) assunto(s) indicados(s). Para ver outros títulos clique no assunto desejado.
