Geothermal District Systems can provide an efficient, cost-effective, carbon-free approach to heating one or more buildings. Before investing in a detailed engineering design study, however, a high-level benefits and costs analysis can be performed to assess how a geothermal heat pump system might compare to alternatives. As there are many potential ways to modernize energy systems to achieve net-zero emissions goals and reduce costs, an up-front estimate regarding which decarbonization projects are the best options from environmental, economic, social, and financial perspectives can avoid a potentially costly path forward.

This article, the second in a series of two, focuses on how to assess alternative energy options for maintaining climate control in buildings. Read more in Power Grid International.

Installing Geothermal Systems

View the pictures below on how these systems are installed.

Drilling Equipment. Subterra equipment creating boreholes at its Oberlin College geothermal project in Oberlin, Ohio
Subterra equipment creating boreholes at its Oberlin College geothermal project in Oberlin, Ohio. Photo Courtesy: Subterra Renewables

 

Grout installation in boreholes at Subterra’s Oberlin College geothermal project in Oberlin, Ohio.
Grout installation in boreholes at Subterra’s Oberlin College geothermal project in Oberlin, Ohio. Photo courtesy: Subterra Renewables

 

Geothermal pipe on reel ready for installation at Subterra’s Oberlin College project in Oberlin, Ohio.
Geothermal pipe on reel ready for installation at Subterra’s Oberlin College project in Oberlin, Ohio. Photo courtesy: Subterra Renewables

 

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About the Authors

Gil Rodgers

Gil Rodgers

Dr. Gil Rodgers, a Senior Adviser with StoneTurn, has more than 40 years of experience in the energy industry and has held senior-level positions both in the private sector and […]

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