Geothermal Energy: Engineering Fundamentals, Principles, and Applications

Louis Theodore, R. Ryan Dupont, Walter Matystik, Marybeth Reynolds

ISBN: 9781041130352

Published: August 3, 2026

Format: Hardcover

Language: English

Publisher: CRC Press

Description

Geothermal Energy: Engineering Fundamentals, Principles, and Applications offers a timely, practical, and comprehensive treatment of geothermal energy from the perspective of engineers and applied scientists. Bridging the gap between academic theory and real-world application, the book serves as a technology-transfer tool, providing essential technical information, design methodologies, and illustrative examples for students and professionals alike. Covering topics from basic thermodynamic principles to advanced geothermal applications and environmental considerations, the book supports both learning and on-the-job training, with an emphasis on pragmatic, calculation-based content in a clear, accessible style.

Key Features

• Provides calculation-based design methods and predictive algorithms for geothermal system design and analysis, not just theoretical treatment
• Reviews the environmental, economic, legal, and regulatory considerations specific to geothermal energy technologies
• Examines the potential role of artificial intelligence in future geothermal exploration and exploitation, plus investment opportunities in the sector

Coverage

Energy history and U.S. energy regulation; fossil fuel and renewable energy resources; engineering fundamentals including thermodynamics, heat exchangers, prime movers, steam systems, and power plant cycle analysis; geothermal-specific applications covering deep well construction, geothermal energy conversion processes, and environmental impacts; and a forward-looking review of the future of geothermal energy, including AI's role and illustrative design examples.

About the Authors

Louis Theodore was a Full Professor of Chemical Engineering at Manhattan College for over 50 years, an internationally recognized lecturer, and the author of more than 130 text/reference books; he currently consults on air pollution control, geothermal energy, and desalination.

R. Ryan Dupont has more than 40 years of experience teaching and conducting environmental engineering research at Utah State University's Water Research Laboratory, and is an endowed Cazier Professor of Civil and Environmental Engineering.

Walter Matystik, M.E., J.D., combines a 45-year academic career in chemical and environmental engineering with a law degree, having taught Legal Aspects of Engineering and Environmental Law at Manhattan College.

Marybeth Reynolds is a researcher and author specializing in clean energy and climate solutions, with more than 20 years of experience integrating engineering, public policy, and technical communication, including prior work at the Natural Resources Defense Council.

Table of Contents

Part 1: Prologue — Energy History; U.S. Department of Energy; U.S. Energy Regulations; Energy Resources: Fossil Fuels; Energy Resources: Renewables
Part 2: Energy Fundamentals and Principles — Introduction to Engineering Fundamentals and Principles; Conservation Laws; Thermodynamics; Heat Exchangers; Prime Movers; Steam: The Quintessential Medium in Energy Applications; Air Conditioning, Refrigeration, and Cryogenics; Power Plant Thermodynamic Cycle Analysis
Part 3: Geothermal Energy Applications — Deep Well Construction Technologies; Geothermal Energy: The Quintessential Energy Resource; Geothermal Energy Conversion Processes; Geothermal Energy Environmental Impacts and Considerations
Part 4: Epilogue — The Future of Geothermal Energy; Geothermal Energy Applications and Illustrative Examples

Why buy this book?

For engineers, energy consultants, and academic libraries evaluating geothermal energy as a viable, grid-stable renewable resource, this book bridges academic theory with real-world engineering practice, offering calculation-based design tools rather than purely theoretical treatment. It's particularly relevant given renewed institutional and investor interest in geothermal as a non-intermittent complement to solar and wind.

Keywords

geothermal energy, geothermal engineering, renewable energy engineering, geothermal power plant design, energy conversion processes, sustainable energy systems

Target Audience

Energy engineers, geothermal industry professionals, academic libraries in energy engineering, energy investors and policy analysts

Genre

Renewable Energy, Geothermal Energy

Q&A

Where can I buy Geothermal Energy: Engineering Fundamentals, Principles, and Applications?
You can order it directly from CLNZ Books, with worldwide shipping included in the price.

What does this book cover?
Engineering fundamentals and design methods for geothermal energy, from thermodynamics and heat exchangers through deep well construction, energy conversion processes, and environmental and regulatory considerations.

Who wrote this book?
Louis Theodore, R. Ryan Dupont, Walter Matystik, and Marybeth Reynolds, combining decades of chemical, environmental, and energy engineering experience.

Does the book address the economics and regulation of geothermal energy?
Yes, including a review of legal and regulatory concerns, environmental impact considerations, and potential investment opportunities in the sector.

Does it cover the role of artificial intelligence in geothermal energy?
Yes, the book examines the potential role of AI in future geothermal exploration and exploitation.

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