About this course…
Welcome to our comprehensive course on Enhanced Geothermal Systems (EGS), where we embark on an enlightening journey through the world of geothermal energy harnessed at its best. Geothermal power, a clean and sustainable energy source, holds immense potential in mitigating our global energy challenges. In this course, we will explore the essential aspects of EGS, beginning with an understanding of geothermal energy and EGS fundamentals. We’ll explore the intricacies of site selection, geological and geophysical characterization, drilling techniques, reservoir stimulation, and heat extraction methods. Environmental and social considerations, as well as the regulatory landscape, will be addressed to ensure responsible and sustainable development. Engaging case studies and practical laboratory applications will bring these concepts to life, equipping you with practical guidelines from site selection to reservoir operation. Join us in uncovering the incredible potential of EGS and contributing to a cleaner, more sustainable energy future.
Who should attend?
Geologists and geoscientists seeking deeper insights into geothermal reservoirs, Petroleum engineers and technicians involved in drilling and power generation, energy and environmental consultants advising on sustainable projects, policymakers and regulators shaping energy policies, project developers and investors evaluating opportunities, academics and researchers exploring the latest advancements, environmentalists keen on sustainable energy, community engagement specialists, and renewable energy enthusiasts — all will find value in this course. It offers a comprehensive understanding of EGS, making it accessible and beneficial to a wide range of professionals and enthusiasts eager to explore the realm of geothermal energy.
What you will learn
In this course you will learn:
- The fundamental concepts and potential of geothermal energy within the renewable energy sector.
- In-depth insights into EGS principles, methodologies, and advanced technologies.
- Advanced geological and geophysical techniques crucial for EGS site assessment.
- Hands-on laboratory tests and activities related to EGS.
- Guidelines for the successful development of EGS projects, covering site selection and reservoir operation.
- The importance of responsible reservoir management, environmental considerations, and social responsibilities in EGS projects.
- Bridging theoretical knowledge with real-world case studies for practical application.
Course Agenda
A listing of the topics covered in the course is available. Learn more…
Continuing education credit
Colorado School of Mines will award 2.7 Continuing Education Credits (CEUs) to participants who complete this course.
Location
The course will be taught on the campus of Colorado School of Mines in Golden, Colorado USA. Learn more…
Course directors and instructors
Instructors:
Course instructors include faculties at Colorado School of Mines and industry experts.
Directors:
The course is organized by the Petroleum Engineering Department at Colorado School of Mines and is directed by:
Omid Moradian
Research Associate Professor
Department of Petroleum Engineering
Department of Civil & Environmental Engineering
Colorado School of Mines, Coolbaugh Hall 248
1012 14th St., Golden, CO 80401, USA
moradian@mines.edu
https://petroleum.mines.edu/project/omid-moradian/
Travel and accommodations
Registrants are responsible for their own travel arrangements, transportation, lodging, and meals. Additional information is available through the links below.
Further technical information
For more information about the course content, please contact:
Omid Moradian
Research Associate Professor
Department of Petroleum Engineering
Department of Civil & Environmental Engineering
Colorado School of Mines, Coolbaugh Hall 248
1012 14th St., Golden, CO 80401, USA
moradian@mines.edu
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