East Regional Force Main & May Creek Gravity Sewer

The state and local contract opportunity involves the construction of the East Regional Force Main & May Creek Gravity Sewer project for the City of Kingsland in Candler County, Georgia. The procurement is a public works infrastructure project seeking sealed bids for comprehensive sewer infrastructure development. The specific scope includes installing approximately 8,900 feet of 18" and 20" HDPE sewer force main, with 2,420 feet requiring horizontal directional drilling under wetlands and Interstate 95, and 640 feet of jack and bore crossing under roadways. Additionally, the project encompasses 980 feet of gravity sewer line, including 9 sewer manholes, jack and bore installations, and service line connections along May Creek Road. Sealed bids must be submitted by December 19, 2024, at 1:30 PM to the City Hall Council Room located at 107 S Lee Street in Kingsland, GA. Bidders are required to access complete digital specifications and contract documents through www.cartersloope.com/outforbid by creating a Quest account and entering project number 9422112.

The procurement appears to have no specific set-aside designations or restrictions on potential bidders. The project is funded directly by the City of Kingsland, with the owner reserving the right to reject any bids deemed not in the project's best interest. While no specific budget range is explicitly stated, the comprehensive infrastructure nature of the project suggests a substantial municipal investment. The procurement does not indicate preferences for disadvantaged business enterprises or list any incumbent vendors. Potential bidders should be prepared to demonstrate significant civil engineering and municipal infrastructure construction capabilities, with specific expertise in sewer main installation, horizontal directional drilling, jack and bore techniques, and complex roadway and wetland crossing implementations. Interested contractors should carefully review the digital specifications to ensure comprehensive understanding of technical requirements and project complexity.