STV developed a comprehensive, four‑phase decarbonization roadmap to guide Bridgewater State University (BSU) toward significant reductions in operational carbon emissions over the next 25 years. The study evaluated opportunities to lower energy demand and transition campus buildings and infrastructure to low‑ or no‑carbon systems. Working closely with the Massachusetts Division of Capital Asset Management and Maintenance (DCAMM) and university stakeholders, STV analyzed a range of strategies, including all‑electric conversions, air‑source and ground‑source heat pumps, and geothermal systems, to identify the most effective pathway for long‑term, campus‑wide energy transformation.
What challenges did STV address?
BSU sought a scalable and actionable plan to modernize aging campus systems, reduce carbon emissions and align campus infrastructure with Massachusetts’ aggressive climate goals. The challenge required evaluating dozens of buildings and infrastructure systems while coordinating technical, financial and operational considerations. Minimizing disruption to campus life and aligning upgrades with funding cycles were also key priorities.
What solutions did STV deliver?
STV led a collaborative planning process to assess alternative energy technologies, ultimately recommending a full conversion of existing hydronic systems to low‑temperature hot water and the installation of ground‑source bore fields serving most campus buildings. The plan integrates new and existing infrastructure into a cohesive district‑energy strategy that reduces energy use, increases efficiency and supports long‑term carbon reduction. The resulting phased roadmap –from 2025 through 2050 – outlines clear implementation steps that align with capital planning and allow gradual upgrades with minimal campus disruptions.
How does this project benefit the community?
The decarbonization roadmap positions BSU as a leader in sustainable campus operations, supporting healthier indoor environments, reducing greenhouse gas emissions and lowering long‑term energy costs. By creating a scalable, phased plan, the study enables the university to invest intelligently, modernize infrastructure responsibly and contribute to regional climate goals, enhancing resilience for future generations of students, faculty and the local community.
Key stats and accolades
- 25‑year, four‑phase decarbonization roadmap
- Evaluated all‑electric, air‑source, ground‑source and geothermal options
- Recommended low‑temperature hot water conversion and ground‑source bore fields
- District‑energy strategy integrating new and existing systems
- Phased plan implemented from 2025–2050
