Opportunity
University of Washington Workday #209176
University of Washington Seeks Design-Build Teams for Campus Hot Water Loop Energy Project
Posted
April 29, 2026
Respond By
May 30, 2026
Identifier
209176
NAICS
237130, 237990
The University of Washington is seeking qualified design-build teams to deliver the Pivot – Hot Water Loop Phase 1 energy infrastructure project: - Government Buyer: - University of Washington, Project Delivery Group - Project Scope: - Design and construction of a 6MW electrode steam boiler at the UW Power Plant - Installation of a thermal energy transfer station and associated pumps - Direct bury installation of supply and return hot water piping from the Power Plant to the Chemical Sciences Building - Infrastructure sized for future expansion to connect up to 15 additional campus buildings - Products/Services Requested: - 6MW electrode steam boiler (1 unit) - Thermal energy transfer station (1 unit) - Pumps for hot water distribution (quantity not specified) - Supply and return hot water piping (quantity not specified) - Comprehensive design-build services for the above systems - Notable Requirements: - Demonstrated experience with district energy systems and electrode steam boilers - Hydraulic modeling and complex civil construction in urban campus environments - Progressive design-build delivery model with robust safety, insurance, and bonding requirements - Emphasis on reducing greenhouse gas emissions and supporting future clean energy initiatives - OEMs/Vendors: - No specific OEMs or vendors are named; solicitation is open to qualified design-build teams - Estimated Contract Value: - Project budget is $47.5 million, with $35.5 million targeted for design-build work - Place of Performance: - University of Washington campus, Seattle, WA
Description
The University of Washington is soliciting Statements of Qualifications from qualified design-build teams to design and construct the Pivot – Hot Water Loop Phase 1 project. The project involves transitioning the University's energy system from fossil fuel-based steam generation to a low-carbon hot water distribution network, including the design and construction of a 6MW electrode steam boiler, thermal energy transfer station, pumps, and direct bury installation of hot water piping. The system is designed to accommodate future campus expansion with 15 additional connections. A pre-submission meeting is scheduled for May 5, 2026, and the bid submission deadline is May 29, 2026.