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Ultra-Deep Supercritical Geothermal Engineering: Volume – III : Power Cycles, Digital Twins, Economics, and Industrial Deployment: 3 (Frontiers in Advanced Energy Engineering) - Softcover
Book 3 of 3: Frontiers in Advanced Energy Engineering
Synopsis
Ultra-Deep Supercritical Geothermal Engineering
Volume III : Power Cycles, Digital Twins, Economics, and Industrial Deployment
Accessing Earth's deepest heat is only the beginning. The true engineering challenge lies in converting that energy into reliable, efficient, and economically sustainable power systems.
Ultra-Deep Supercritical Geothermal Engineering – Volume III completes the trilogy by exploring the design, optimization, and deployment of next-generation geothermal energy systems. Building upon the scientific foundations of Volume I and the drilling and reservoir engineering of Volume II, this volume presents a comprehensive treatment of geothermal power conversion, intelligent plant operation, digital engineering, economic evaluation, and large-scale industrial implementation.
Integrating thermodynamics, power engineering, systems engineering, digital twins, artificial intelligence, predictive maintenance, lifecycle analysis, and techno-economic optimization, the book demonstrates how modern geothermal facilities evolve from isolated power plants into intelligent, data-driven energy infrastructures capable of delivering reliable baseload electricity for decades.
Inside this volume, readers will explore:
- Advanced geothermal power cycles, including Organic Rankine Cycle (ORC), flash steam, binary, and supercritical systems
- Heat exchangers, turbines, condensers, and plant design
- Digital twins and real-time geothermal plant monitoring
- Artificial intelligence for predictive maintenance and operational optimization
- Reservoir management and long-term performance assessment
- Techno-economic analysis, Levelized Cost of Energy (LCOE), and investment evaluation
- Environmental assessment, lifecycle sustainability, and regulatory considerations
- Industrial deployment strategies for utility-scale geothermal energy systems
As the concluding volume of the Frontiers in Advanced Energy Engineering series, this book brings together physics, engineering, computational intelligence, and systems optimization into a unified framework for transforming one of Earth's most abundant natural resources into resilient, sustainable energy systems.
From understanding the Earth's heat… to engineering access… to building the power systems of tomorrow.
"synopsis" may belong to another edition of this title.
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Ultra-Deep Supercritical Geothermal Engineering: Volume - III : Power Cycles, Digital Twins, Economics, and Industrial Deployment (Frontiers in Advanced Energy Engineering)
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Paperback. Condition: new. Paperback. Ultra-Deep Supercritical Geothermal EngineeringVolume III: Power Cycles, Digital Twins, Economics, and Industrial DeploymentAccessing Earth's deepest heat is only the beginning. The true engineering challenge lies in converting that energy into reliable, efficient, and economically sustainable power systems.Ultra-Deep Supercritical Geothermal Engineering - Volume III completes the trilogy by exploring the design, optimization, and deployment of next-generation geothermal energy systems. Building upon the scientific foundations of Volume I and the drilling and reservoir engineering of Volume II, this volume presents a comprehensive treatment of geothermal power conversion, intelligent plant operation, digital engineering, economic evaluation, and large-scale industrial implementation.Integrating thermodynamics, power engineering, systems engineering, digital twins, artificial intelligence, predictive maintenance, lifecycle analysis, and techno-economic optimization, the book demonstrates how modern geothermal facilities evolve from isolated power plants into intelligent, data-driven energy infrastructures capable of delivering reliable baseload electricity for decades.Inside this volume, readers will explore: Advanced geothermal power cycles, including Organic Rankine Cycle (ORC), flash steam, binary, and supercritical systemsHeat exchangers, turbines, condensers, and plant designDigital twins and real-time geothermal plant monitoringArtificial intelligence for predictive maintenance and operational optimizationReservoir management and long-term performance assessmentTechno-economic analysis, Levelized Cost of Energy (LCOE), and investment evaluationEnvironmental assessment, lifecycle sustainability, and regulatory considerationsIndustrial deployment strategies for utility-scale geothermal energy systemsWritten for graduate students, researchers, geothermal engineers, power plant designers, mechanical engineers, energy-system specialists, consultants, and industry professionals, this volume combines rigorous engineering principles with practical implementation strategies to provide a comprehensive reference for the next generation of geothermal power infrastructure.As the concluding volume of the Frontiers in Advanced Energy Engineering series, this book brings together physics, engineering, computational intelligence, and systems optimization into a unified framework for transforming one of Earth's most abundant natural resources into resilient, sustainable energy systems.From understanding the Earth's heat. to engineering access. to building the power systems of tomorrow. This item is printed on demand. Shipping may be from our UK warehouse or from our Australian or US warehouses, depending on stock availability. Seller Inventory # 9798187410798
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Ultra-Deep Supercritical Geothermal Engineering : Volume - III : Power Cycles, Digital Twins, Economics, and Industrial Deployment
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Taschenbuch. Condition: Neu. Neuware - Ultra-Deep Supercritical Geothermal EngineeringVolume III: Power Cycles, Digital Twins, Economics, and Industrial DeploymentAccessing Earth's deepest heat is only the beginning. The true engineering challenge lies in converting that energy into reliable, efficient, and economically sustainable power systems.Ultra-Deep Supercritical Geothermal Engineering - Volume III completes the trilogy by exploring the design, optimization, and deployment of next-generation geothermal energy systems. Building upon the scientific foundations of Volume I and the drilling and reservoir engineering of Volume II, this volume presents a comprehensive treatment of geothermal power conversion, intelligent plant operation, digital engineering, economic evaluation, and large-scale industrial implementation.Integrating thermodynamics, power engineering, systems engineering, digital twins, artificial intelligence, predictive maintenance, lifecycle analysis, and techno-economic optimization, the book demonstrates how modern geothermal facilities evolve from isolated power plants into intelligent, data-driven energy infrastructures capable of delivering reliable baseload electricity for decades.Inside this volume, readers will explore: - Advanced geothermal power cycles, including Organic Rankine Cycle (ORC), flash steam, binary, and supercritical systems- Heat exchangers, turbines, condensers, and plant design- Digital twins and real-time geothermal plant monitoring- Artificial intelligence for predictive maintenance and operational optimization- Reservoir management and long-term performance assessment- Techno-economic analysis, Levelized Cost of Energy (LCOE), and investment evaluation- Environmental assessment, lifecycle sustainability, and regulatory considerations- Industrial deployment strategies for utility-scale geothermal energy systemsWritten for graduate students, researchers, geothermal engineers, power plant designers, mechanical engineers, energy-system specialists, consultants, and industry professionals, this volume combines rigorous engineering principles with practical implementation strategies to provide a comprehensive reference for the next generation of geothermal power infrastructure.As the concluding volume of the Frontiers in Advanced Energy Engineering series, this book brings together physics, engineering, computational intelligence, and systems optimization into a unified framework for transforming one of Earth's most abundant natural resources into resilient, sustainable energy systems.From understanding the Earth's heat. to engineering access. to building the power systems of tomorrow. Seller Inventory # 9798187410798