Healy and Copley Lawn Utilities Project

Toward a More Sustainable Future

Healy and Copley Lawn Utilities Enhancement Project Fencing

Project Overview

In June 2024, Georgetown launched a renovation project on Healy and Copley Lawn. This utilities project is a multi-year project to replace aging underground utilities with more energy-efficient infrastructure. The renovation is occurring over multiple phases through spring 2027 and will have portions of the lawn open at all times.

We recognize that this project will have impacts on our campus community, and we encourage you to explore this landing page for the project plan and the upcoming site improvements. The utility project on Healy and Copley Lawn is part of Georgetown’s long-term commitment to environmental stewardship and advancing sustainability on campus, in our local community, and in our broader world. More information on the technical aspects of this project will be posted on Georgetown Energy Partner’s site.

Est. CompletionSpring 2027
Project TypeSite Utility Improvements
CampusHilltop Campus

Project Team

Contact construction@georgetown.edu for more information about this project or others at Georgetown University. Members of the media should contact media@georgetown.edu.

Project PartnersGeorgetown Energy Partners, ENGIE
ContractorRiggs Distler
Project ManagerAlex Berley

Project Benefits

As Georgetown invests in a sustainable future, the university is committed to preserving this historic space and progressing toward a more sustainable environment for future generations.

Reduction in greenhouse gas emissions

Savings in energy usage and operational costs

Improved safety and equipment longevity

Enhanced reliability of heating and cooling systems

Improved drainage and reduced lawn flooding after heavy rains

Recent Messages

Project Phases

See Phases 1-3 below. Proposed closures are indicated in pink. Stay tuned for updates on Phases 3-5. Please note that information is subject to change.

Expanded Phase 1: Healy Circle & Copley Lawn

Completed

Phase 2: Copley Lawn & Old North Way

Completed

Phase 3 

illustrated map showing zones A-D, detailed in pink.

Following Reunion Weekend, we will begin Phase III of the project, which entails work in multiple zones, including into off-campus space east of the Hilltop campus. Please find descriptions of each of the zones below. 

  • June 2025 – September 2025: Healy Circle and Partial Copley Lawn (Zone A)
    • This zone surrounds the John Carroll statue, taking up much of Healy Circle, and covers the south portion of Copley Lawn. During this time, the John Carroll statue will be fenced off. 
  • June 2025 – September 2026: Old North Way (Zone B)
    • The construction fencing on Old North Way between Healy Hall and Copley Hall will remain in place until late 2026. The pedestrian pathway will continue to be available through Old North Way. 
  • June 2025 – October 2025: Lane Closure of 37th St. from O St. to Prospect St. (Zone C)
    • Starting June 30, for approximately 12 weeks, this section of 37th St. will be reduced to a single lane heading southbound. Parking in this area will be out of service during this time. Traffic delays are expected as a result of this single lane closure.
  • September 2025 – November 2025: Copley Lawn (Zone D)
    • During this time, the fencing previously installed on Copley Lawn during spring 2025 will return, in addition to fencing at the east corner of Red Square.

Construction Impacts

Construction Hours and Noise

Construction hours are Monday through Saturday, 7 a.m. to 7 p.m. Construction will adhere to quiet periods of reduced noise during the hours of 7-8 a.m., Monday through Friday, 7-9 a.m. on Saturdays, and during study days and final exams. Noise may be heard during construction hours in nearby buildings.

Construction Vehicles

Construction vehicles will access the work area from the main entrance at 37th and O St. for on-campus work.  

G2 Bus Pick-up/Drop-off Location Change

Due to the construction on 37th St., the G2 Metro Bus will be changing its pick-up and drop-off location to 37th and Prospect St., directly in front of Lauinger Library. 

Capital Bike Share Location

The  37th and O St. NW Georgetown Station for Capital Bike Share will remain accessible in its current location.

Pedestrian Impacts

Pedestrian and ADA access between buildings will be maintained with modified pathways. These pathways can be found on the campus map. Measures will continue to be taken to promote pedestrian safety.

Tree Removal

Between June and October 2025, we will be removing four trees in support of Phase III. These removals are being performed under the close supervision of a professional arborist. New trees will be planted during the site improvements phase of the project. 

Events

Construction will be paused during major Healy Lawn events, such as Spring Commencement, Reunion Weekend, Fall Convocation, and New Student Orientation.

Alternative Community Spaces

We encourage community members to take advantage of alternative outdoor community spaces on campus.

Site Improvements

Upon utility project completion, the following site improvements are expected as part of a restoration project:

  • Replace paving with consistent materials 
  • Restrict vehicular traffic while maintaining emergency vehicle access
  • Unite the sub-spaces with a clear and consistent landscape palette
  • Improve site lighting
  • Improve accessibility
aerial image rendering of Healy Lawn with improved features and trees
Concept Design (subject to change)

Frequently Asked Questions

Georgetown currently relies on a complex underground distribution network to supply the buildings on the Hilltop with heating, cooling, power, and water. The Central Utility Plant uses gas and electricity to produce high-pressure steam and chilled water across campus. The new system will convert existing steam equipment and distribution in the affected area to a hot water network that has less distribution and production losses, requires less energy, and can take advantage of sustainable technologies like heat recovery systems.

Existing buildings use steam directly to heat and humidify buildings and produce domestic hot water. This project will replace that steam infrastructure and energy conversion equipment and alternative humidification technology with a lower operating carbon footprint and less maintenance than the existing steam system.

The existing pipes and associated infrastructure in the affected area range from 40-100 years of age. In addition to replacing this aged infrastructure, the project will install modern pipes that feature state-of-the-art leak detection systems and insulation.

Project Location

Visit our interactive map to locate the project.