University Park Sewer Rehabilitation

Prince George's County, Maryland is seeking bids for a critical sewer infrastructure rehabilitation project located in the Northeast Branch Basin. The contract opportunity, identified by the ID 67f129cb49afbdbd89043a44, involves comprehensive repair, rehabilitation, and replacement of existing sewer infrastructure. Specifically, the project encompasses repairing 11,787 linear feet (2.23 miles) of defective sewer mains and 2,015 linear feet (0.41 miles) of defective sewer laterals, along with rehabilitation of thirty-six specific sewer segments. The procurement is scheduled with a posting date of April 4, 2025, and proposals are due by April 25, 2025. Potential contractors will need to demonstrate technical expertise in municipal infrastructure rehabilitation, including advanced sewer system repair techniques, condition assessment capabilities, and comprehensive project management skills. Successful bidders must provide detailed technical proposals demonstrating their ability to complete the extensive infrastructure improvements with minimal disruption to existing municipal services.

While specific set-aside designations are not explicitly detailed in the provided documentation, municipal infrastructure projects like this typically encourage participation from local and small businesses, potentially including disadvantaged business enterprises. The project's scope suggests a substantial infrastructure investment, though precise budget ranges are not specified in the available information. Contractors will likely need to provide comprehensive evidence of previous municipal infrastructure rehabilitation experience, appropriate licensing, bonding capabilities, and technical qualifications specific to complex sewer system restoration projects. The project's location in Prince George's County, with its FIPS code 24033, indicates a localized but significant municipal infrastructure improvement initiative. Interested contractors should carefully review all technical specifications and be prepared to demonstrate advanced capabilities in underground utility rehabilitation and municipal infrastructure restoration techniques.