Geothermal energy is one of the most reliable, clean, and underutilized renewable resources on Earth. Unlike solar and wind, it provides continuous baseload power—day and night, regardless of weather conditions.
Geothermal Energy: Feasible Applications, Technologies & Future Potential delivers a comprehensive, practical, and engineering-focused exploration of how Earth’s internal heat can be harnessed for electricity generation, district heating, industrial processing, agriculture, aquaculture, and hybrid renewable systems.
This book moves beyond theory. It focuses on feasibility, cost structures, deployment models, and policy frameworks required to implement geothermal systems at regional and national scales.
Inside this book, you will discover:
✔ Scientific foundations of geothermal systems
✔ Types of geothermal power plants (Dry Steam, Flash, Binary Cycle, EGS)
✔ Direct heat applications for industry and agriculture
✔ Geothermal heat pumps for urban infrastructure
✔ Global case studies from leading geothermal nations
✔ Economic analysis including LCOE, IRR & payback models
✔ Environmental impacts and sustainability considerations
✔ Feasibility models for emerging economies
✔ Future technologies including supercritical and closed-loop systems
Whether you are an engineering student, renewable energy professional, infrastructure planner, entrepreneur, or civil services aspirant, this book provides both technical depth and practical insight.
Geothermal energy is not just an alternative—it is the missing pillar of global clean energy transition.
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