University of Virginia (UVA), Thermal Energy Study, Charlottesville, VA
“Size:
14 Million SF
Highlights:
Thermal Energy study
Carbon Neutralization
Zero Fossil Energy”
The University of Virginia's Thermal Energy Study , sets the stage for a sustainable future, aligning with UVA's goal of achieving carbon neutral by 2030 & zero fossil fuel usage by 2050.
The University of Virginia (UVA) has set a goal to achieve carbon neutralization by 2030 and zero fossil energy usage by 2050. To realize this vision, UVA has initiated a comprehensive Thermal Energy Study. The study aims to provide a strategic framework and pathway for transitioning to renewable and sustainable energy sources. As part of the project team with FVB, SETTY services include mechanical and electrical support on-site in, assisting with data collection, verification, and local coordination.
The Thermal Energy Study aims to develop a long-term Strategic Framework Plan to achieve UVA's carbon neutral by 2030 & fossil fuel-free goal by 2050. Key objective of the plan include Transitioning from the current heating infrastructure to electrification as new technologies emerge; Enhancing sustainability, operational reliability, and resiliency and Reducing operating costs while maintaining or improving services.
Proposed Recommendations:
SETTY has recommended a series of transformative projects to help the University of Virginia (UVA) achieve its carbon neutrality goals. These projects include the conversion of fuel sources at the Main Heat Plant to more sustainable alternatives, aiming to reduce the carbon emissions associated with the university's heating system. Additionally, the existing chemistry chillers are proposed to be replaced with more efficient heat recovery chillers, which would contribute to energy savings and improved sustainability.
Another key recommendation is to establish a geothermal backbone between the Academic zones and Massie Thermal Loops, allowing for the integration of additional heat recovery chillers and seasonal storage bore fields. This integration would enhance the efficiency of the heating system and provide further opportunities for utilizing renewable energy sources. Lastly, the Massie Road plant is suggested to undergo an upgrade that includes the installation of heat recovery chillers and geothermal technology, promoting sustainable practices and reducing the environmental impact of the plant's operations. By implementing these projects, UVA aims to advance its commitment to carbon neutrality and contribute to a greener future.
Decarbonization Capital Plan
A comprehensive 10-year decarbonization capital plan has been proposed, emphasizing three key projects to drive the University of Virginia's (UVA) transition to a more sustainable future. The first project focuses on upgrading the chemistry chillers with heat recovery technology, ensuring increased energy efficiency and reduced waste. The second project aims to transition the Main Heat Plant, which serves as a central heating source, to alternative fuel sources, thereby reducing reliance on fossil fuels and minimizing carbon emissions. Lastly, the plan includes the installation of heat recovery chillers in the Newcomb building, enhancing energy recovery and conservation efforts.
Upon the successful implementation of these projects, the team anticipates significant benefits. The university stands to achieve operational energy savings of up to $63 million between 2028 and 2050, all without the need for new fossil fuel-fired assets. Additionally, there would be a remarkable reduction of 700 million MBH in fossil fuel production at key UVA plants, resulting in an annual decrease of 37,000 metric tons of carbon emissions. The plan also emphasizes the preservation of 60 million gallons of cooling tower make-up water each year, promoting responsible water usage and conservation.
Furthermore, the proposed projects would contribute to the removal of chillers, pumps, and cooling towers from Bryan, Clark, and Campbell Halls, further reducing energy consumption and improving the environmental footprint of these buildings.