Oregon Buys #S-KE0010-00018167

Lincoln Street roadway, stormwater, pedestrian, signal, and streetscape construction

The City of Eugene is seeking a construction contractor for roadway and streetscape improvements along Lincoln Street in Eugene. - Government buyer: City of Eugene, Public Works Department, Engineering Division; the notice also identifies Interim City Engineer Doug Singer. - Project: Lincoln Street improvements from 5th Avenue to 13th Avenue, including stormwater, roadway, pedestrian, signal, lighting, signage, and landscaping work. - Estimated value: $900,000–$1,100,000. - Major quantities: 67 feet of 10-inch storm sewer pipe; 2,850 square feet of concrete walks and ramps; 341 square yards of dowelled concrete pavement; 8,050 feet of thermoplastic pavement markings; 4,910 square feet of green bicycle-lane markings; signal modifications at three intersections; and 500 hours of training. - Notable requirements: Buy America and Build America, Buy America provisions apply. The contractor must perform at least 30% of the awarded amount using its own organization. The project also includes ADA-compliant pedestrian access, archaeological monitoring at specified locations, and prevailing-wage/Davis-Bacon requirements. Qualified training hours are reimbursed at $20 per hour, subject to the contract’s training provisions. - OEMs and vendors: No product manufacturers, OEMs, or construction vendors are named. OregonBuys is identified as the bid-submission portal, not as a supplier. - Procurement focus: This is a civil construction project rather than a purchase of branded equipment; the listed part numbers are bid-schedule item codes, not manufacturer part numbers.

Description

The City of Eugene is seeking bids for construction of Lincoln Street from 5th Avenue to 13th Avenue in Eugene. Work includes stormwater structure modifications and pipe installation, pedestrian and traffic control, concrete sidewalks and ramps, pavement markings and signage, signal modifications and detection, illumination, and erosion control. The project is identified as Federal Aid Project 2385(123), ODOT Key No. 21567, and the estimated project cost range is $900,000 to $1,100,000. The work must be completed by April 30, 2027.

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