FY 2026 Slurry Seal Project

The City of American Fork in Utah is seeking competitive bids for the FY 2026 Slurry Seal Project (ST2026002), a comprehensive roadway surface treatment initiative covering approximately 400,000 square feet. The project, scheduled for bid submission by October 1, 2025, with substantial completion targeted for October 1, 2026, encompasses multiple technical requirements including public notice, sweeping, surface cleaning and treatment, slurry seal application, valve and manhole protection, and pavement re-striping. Contractors must possess a valid Utah State Contractors License and submit detailed qualifications demonstrating relevant project experience. The bid will be evaluated based on technical capabilities, insurance compliance, and ability to meet stringent quality control measures, with specific technical specifications outlined for asphalt emulsion slurry seal materials, mixing, and application techniques. Bidders are required to provide comprehensive documentation, including insurance certificates showing at least $2,000,000 in general liability coverage, and will be subject to performance bonds and rigorous quality assurance protocols.

The procurement appears to be open to all qualified contractors without specific set-aside designations for disadvantaged enterprises. The project will be funded through the city's capital improvement program, with payment structured on unit prices and actual work quantities completed. While no incumbent vendors are explicitly mentioned, the contract documents indicate work will be concentrated in the Stone Creek Drive area, excluding 700 South and 910 South streets. The bid schedule includes line items for mobilization, traffic control, erosion control, surface cleaning, asphalt slurry application, and pavement marking, suggesting a comprehensive and detailed scope of work. Though a precise budget range is not specified, the project's scale of 400,000 square feet of roadway treatment implies a significant municipal infrastructure investment, likely in the range of $200,000 to $500,000 depending on specific surface conditions and material costs.