Project
Paul J. DiMare Center - UMass Chan Medical School
Laboratory / Tech / Science
Worcester, MA | 2024
- 335K GSF
- 2 Companies
- 4 Professionals
About
A new state-of-the-art biomedical research building at the UMass Chan Medical School supports the development of therapeutics for some of the world’s most challenging diseases in a high-performance, aggressively sustainable environment. The nine-story Paul J. DiMare Center was programmed and designed by ZGF in association with ARC/Architectural Resources Cambridge. Opened in June 2024, the building responds to demands across the Commonwealth and the nation for more health professionals and life science researchers and will help attract top scientists and students to Worcester.
The Paul J. DiMare Center is the most energy-efficient building on the UMass Chan campus and one of the most energy-efficient research laboratories in all of Massachusetts. The facility is designed to accommodate more than 70 principal investigators with their teams and is the new home for the Horae Gene Therapy Center and the departments of molecular medicine, neurology, neurobiology, neurological surgery, and psychiatry. As the new center of UMass Chan’s Worcester campus, it serves as a new symbol of promise for an institution committed to discovery, learning, and healing.
Is the project Net Zero Energy or Net Zero Energy Ready?
Net Zero Ready
Project Size in GSF
335K
Category of height
Mid-Rise
How is the building all-electric for heating?
Ground-source Heat Pump
Is the service hot water all-electric?
No
What is the primary system type for domestic hot water?
Unspecified
On-site renewable energy
0%
Is the owner purchasing off-site renewable energy to offset all electricity consumption?
No
The construction cost difference from "conventional" to being net zero "ready" (including incentives) for this building is
-1% to 1%
Certifications related to Energy / Carbon
LEED, LEED ZERO
Site EUI Energy Use Intensity is the amount of energy a project uses per square foot over the course of a year. Site EUI = Annual Energy Use (kBtus) / Building(s) Area (ft²) / One Year (yr)
132.0 kBtu/sf/year
Net Site EUI
132.0 kBtu/sf/year
The EUI is
Modeled
What is the climate zone for this project?
5A Cool Humid