National Grid initiates geothermal well project in Riverfront Park for building heating and cooling

A groundbreaking geothermal heating and cooling project is set to transform Riverfront Park in Troy, NY, as the Zoning Board of Appeals discussed plans to install underground wells that will significantly enhance energy efficiency for local buildings. The project, which involves drilling approximately 200 wells, aims to utilize a closed-loop system that draws heat from the ground, providing a sustainable alternative to traditional heating and cooling methods.

During the June 4 meeting, officials explained that the wells will be located in the parking lot of Riverfront Park but will remain completely underground, ensuring the park's aesthetics are preserved. "You will not see the wells, wellheads, or any appurtenances above ground," one official stated, emphasizing the project's minimal visual impact.

The geothermal system will utilize a glycol solution to transfer heat, making it an environmentally friendly option with zero emissions. This innovative approach not only promises to lower heating and cooling costs for buildings in the area but also aligns with broader goals of reducing carbon footprints. "It's more efficient, and it's gonna cost less money to those people," an official noted, highlighting the potential benefits for local residents and businesses.

The project is part of a pilot initiative by National Grid, which is collaborating with government funding to support the installation. This partnership aims to demonstrate the viability of geothermal systems on a commercial scale, a concept that has gained traction in residential applications but is now being explored for larger developments.

As the project moves forward, the Zoning Board of Appeals will continue to oversee the necessary approvals and funding stages, paving the way for a greener future in Troy. The anticipated outcome is not only a more sustainable energy solution but also an enhancement of the Riverfront Park area, which will eventually see restoration and expansion once the wells are operational.