Site work and paving for a civil project in Salt Lake City, Utah. Completed plans call for site work for a bridge / tunnel; for paving for a bridge / tunnel; road / highway; and road / highway.

Question Submission Close Date 7/26/2023 1:00 PM MDT Salt Lake County Contracts and Procurement, on behalf of Salt Lake County Parks and Recreation invites you to bid on the Jordan River Trail- Millcreek Trail and Bridge Phase 1 project located at approximately 833 W 4060 S Salt Lake City, UT. per the attached specifications. This project is to construct approximately 825 lineal feet of a 12-foot-wide asphalt multipurpose trail, and a 120-foot-long bridge and its abutments, along with retaining walls for the realignment of an existing section of the Jordan River Trail, landscape restoration, and trail signage per the attached specifications. Bonding Range $425,000.00 - $525,000.00 If a question/answer changes the solicitation document, the change will be released in an amendment. Do NOT contact the Architect, Project Manager, Agency, Division, Department, or other County officers or employees for information. y explanation desired by a Bidder regarding the meaning or interpretation of the Project documents shall be submitted through the Online Solicitation System at https://solutions.sciquest.com/apps/Router/SupplierLoginCustorg=StateOfUtah prior to the question date and time deadline specified. Phase-1 A. Phase-1 shall include installation of the following: 1. Asphalt path (822 LF; 10-12-ft wide,see plans for widths) 2. Pedestrian Bridge (120ftx 10ft) 3. Related site preparation, grading, fencing, retaining walls, and landscaping improvements. Phase-2 A. Phase-2 shall include installation of the following: 1. Timber Fencing along Property Line: Include installation of Timber Fencing (1,412 LF) and related site preparation along length of SLCO property adjacent to the following parcels (refer to Survey): Fairborn TR LRA Investments, LLC Medrano 1 Medrano 2 2. Trail Connection to 4060 South: install 12-ft wide asphalt trail connection (590 LF) and related improvements