Opportunity
Virginia James City Civic Plus #20270411
Stream Restoration Services for Landing Circle Tributaries in James City County
Posted
September 23, 2026
Respond By
October 21, 2026
Identifier
20270411
NAICS
237990, 562910
James City County is seeking qualified contractors for the Landing Circle Stream Restoration project to stabilize tributaries and improve water quality. - Government Buyer: - James City County (local government) - OEMs and Vendors: - No specific OEMs or vendors are named in the solicitation - Products/Services Requested: - Stream restoration services for unnamed tributaries to Taskinas Creek - Priority 2 & 3 restoration techniques, including: - Reconnection of flood-prone areas - Channel width/depth ratio improvements - Installation of small wood debris structures for sediment and debris collection - In-channel structures and reinforced substrates for grade control, energy dissipation, sediment retention, and aquatic habitat enhancement - Hydrologic and hydraulic modeling, geomorphic assessments - Replanting disturbed areas with native vegetation - Unique/Notable Requirements: - Restoration must support MS4 (Municipal Separate Storm Sewer System) water quality requirements - Use of natural channel design principles - Emphasis on nutrient and sediment reduction to protect downstream waters - All work must ensure long-term stabilization and ecological benefits
Description
The solicitation is for the Landing Circle Stream Restoration project aimed at stabilizing unnamed tributaries to Taskinas Creek to improve water quality and support James City County's MS4 requirements. The project involves using priority 2 & 3 restoration techniques, natural channel design principles, hydrologic and hydraulic modeling, and installation of in-channel structures to control grade, dissipate energy, and retain sediment. The restoration will also enhance habitats for aquatic life and include planting native vegetation for stabilization and water quality benefits. The overall goal is to reduce nutrients and sediment from erosion to downstream waters.