Dallas Floodway Hampton Three Pump Station

The U.S. Army Corps of Engineers Fort Worth District is seeking a contractor for the Dallas Floodway Hampton Three Pump Station project, which involves constructing a comprehensive new pump station infrastructure. The proposed acquisition strategy is a best-value trade-off, competitive, firm-fixed price design-bid-build contract to be procured under FAR Part 15. Key contract requirements include installing five concrete volute pumps with 84-inch steel discharge pipes, constructing a loading dock, monitoring station, trash grates, and mechanical and electrical rooms. The evaluation will focus on technical capability, past performance, and overall value to the government, with responsiveness contingent upon proper SAM.gov registration and a compliant NIST score in the Supplier Performance Risk System. Interested offerors must submit their responses by March 21, 2025, with the solicitation encouraging participation from various small business categories including 8(a), HUBZone, Service-Disabled Veteran-Owned, and Women-Owned Small Business enterprises.

The project has no specific small business set-aside designation and represents a significant infrastructure investment with an estimated construction value between $100-150 million. The total performance period is projected at 1,457 calendar days, during which the contractor will complete extensive civil engineering work including utility relocations, channel relocation, levee construction, and comprehensive infrastructure installation. The project's scope extends beyond the pump station itself, encompassing substantial structural concrete work and associated mechanical and electrical systems. No incumbent contractor information is provided in the sources sought notice. The procurement approach emphasizes competitive bidding and seeks to attract qualified engineering and construction firms capable of executing a complex, multi-phase infrastructure project in the Dallas Floodway area. The Corps of Engineers will evaluate potential contractors based on their technical expertise, past performance, and ability to meet the stringent engineering and construction requirements of this critical flood management infrastructure project.