Deep Geothermal Heat Research

Provided by: Cornell University |Published on: October 2, 2023

Articles/Websites

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Synopsis

This resource describes the work being done at Cornell University to research the feasibility of using deep geothermal heat to locally provide an alternative energy source on campus and achieve their carbon neutrality goals.
There are text, videos, and links to research papers that provide information about the Cornell University Borehole Observatory (CUBO), including the methods and results of the continuing project to drill a two-mile deep hole to research the potential for harnessing deep geothermal heat.
The videos describe how deep geothermal heat energy is a non-carbon based energy source that results from water being pumped deep into Earth's crust, heated, and then returned to the surface to be used for energy.

Subjects: Physics, Earth and Space Sciences, Engineering

Authors: Cornell University

Region: North America, USA - Northeast, United States, New York, Central & Western NY

Languages: English

Positives

This project shows how students, professors, scientists, and engineers can collaborate to find solutions for the climate crisis.
The video definitively states that non-carbon-based energy sources are imperative for a sustainable future and to combat climate change.
There are excellent visualizations in the video to help students understand how deep geothermal energy is explored and could be utilized.

Additional Prerequisites

Students should be familiar with renewable and non-carbon energy sources.
Students should be familiar with the following terms: geothermal, carbon neutrality, carbon emissions, and fossil fuels.

Differentiation

Before reviewing this webpage and videos, ask students what they know about renewable energy and what they think could be the best energy solutions for the future.
It may be helpful to have a graphic organizer for students on which they draw a diagram of the infrastructure and process for extracting and using deep geothermal heat as shown in the video.
After watching the video, have students research other projects that are exploring the potential of deep geothermal energy throughout the United States.
Have students explore the importance of science communication by analyzing how the university students are communicating this research through videos on the website.

Scientist Notes

Teaching Tips

Standards

Resource Type and Format

All resources can be used for your educational purposes with proper attribution to the content provider.