Opportunity
Virginia's eProcurement Marketplace #IFB 124446
Pedestrian Bridge Replacement and Stream Stabilization at NOVA Manassas Campus
Posted
July 15, 2026
Respond By
August 17, 2026
Identifier
IFB 124446
NAICS
237310, 237990, 238990
Northern Virginia Community College (Manassas Campus) is seeking bids for a construction project focused on pedestrian bridge replacement and stream stabilization. - Government Buyer: - Northern Virginia Community College (Manassas Campus) - OEMs and Vendors: - No specific OEMs or vendors are named in the solicitation - Products/Services Requested: - Demolition of the existing pedestrian bridge - Construction of a new bridge for pedestrian and maintenance access - Installation of grade control features (constructed riffles, step pools, log/stone structures) - Stream bank regrading and stabilization using matting and native vegetation - Erosion and sediment control measures - Temporary stream diversion and restoration of disturbed areas - Unique or Notable Requirements: - Coordination between bridge construction and stream restoration to ensure long-term stability and hydraulic performance - Compliance with erosion and sediment control standards - Restoration of all areas disturbed during construction
Description
The project involves replacing the existing pedestrian bridge and performing stream stabilization in the surrounding channel according to the plans. Work includes installation of grade control features such as constructed riffles, step pools, and log/stone structures to stabilize the stream bed and banks, reduce erosion, and restore natural channel function. Stream banks will be regraded and stabilized with matting and native vegetation, with all in-stream work complying with erosion and sediment control requirements. Civil work includes site grading, demolition of the existing structure, installation of erosion and sediment controls, temporary stream diversion, and restoration of disturbed areas. The new bridge will accommodate pedestrian and maintenance access and will be coordinated with the stream restoration to ensure long-term stability and hydraulic performance.