|
Subscribe / Renew |
|
|
Contact Us |
|
| ► Subscribe to our Free Weekly Newsletter | |
| home | Welcome, sign in or click here to subscribe. | login |
| |
October 1, 2024
Plans are moving ahead to consolidate the city of Tukwila's Public Works operations onto a single 10.8 acre campus.
Last week, the city issued a determination of non-significance for the Tukwila Maintenance and Engineering East Campus Project, which will unify five adjacent parcels, generally referred to as the West Campus and the East Campus, located at 11210 Tukwila International Blvd. and 11231 East Marginal Way S.
Construction is planned to begin in summer 2025. Cost is estimated at about $80 million.
The project includes a new 35,000-square-foot, three-story maintenance and engineering building with shops, offices, meeting rooms and support spaces. There will also be new 5,000-square-foot tool storage building with drive-through truck loading, and a new 2,600-square-foot decant facility.
Other site elements including covered and uncovered parking; covered spoils, covered salt, sand and gravel bins; covered brine tanks; covered equipment and parts storage; covered outdoor space for staff break area; and a variety of uncovered storage areas that support public works operations.
An existing fleet and facilities building on the West Campus site will remain, while an existing UPS freight center will be removed.
A shoreline restoration project along the bank of the Duwamish River is also included.
BNBuilders Inc. is the general contractor/construction manager. Other members of the project team include: Shiels Obletz Johnsen, owner's project manager; Miller Hayashi Architects, architect; Cannon Engineers, civil; Herrera Environmental Consultants, landscape architect and environmental engineer; PCS Structural Solutions, structural engineer; P2S, mechanical engineer; Tres West Engineers, electrical; RC Cost Group, cost estimator; Vanir Construction Management, equity advisor; A3 Acoustics, acoustical consultant; and UW Integrated Design Lab, building performance simulation.