Maryland Procurement Portal #BPM058608

Design-Build Drainage Improvement Project for MD 249, Saint George Island

This opportunity from the Maryland Department of Transportation (MDOT) State Highway Administration (SHA) seeks a contractor for a Design-Build drainage improvement project on MD 249, Saint George Island, Maryland. - Government Buyer: - Maryland Department of Transportation (MDOT), State Highway Administration (SHA) - Scope of Work: - Design-Build contract for drainage improvements along approximately 2 miles of MD 249 (Piney Point Road) between Thomas Road and Stark Drive - Engineering and construction services to address tidal inundation, wave action, and shoreline erosion - Project aims to protect roadway integrity, residential access, and emergency response capabilities - Products/Services Requested: - Drainage improvement engineering and construction services (no specific part numbers or quantities beyond the single project scope) - Unique/Notable Requirements: - Participation in a virtual informational meeting for interested contractors and engineering firms - Socio-economic participation criteria considered in evaluation - Competitive Sealed Proposals procurement process - OEMs and Vendors: - No specific OEMs or vendors are named in the solicitation - Technical and environmental challenges are central to the project, with future projections indicating frequent inundation of the area.

Description

The Maryland State Highway Administration (SHA) is soliciting proposals for a design-build project to improve drainage along MD 249 from Thomas Road to Stark Drive on Saint George Island in Saint Mary’s County, Maryland. The project covers approximately 2 miles of roadway that is vulnerable to tidal inundation, wave action, and shoreline erosion, with projections indicating frequent inundation by 2045. The solicitation involves a competitive sealed proposals process and includes a virtual informational meeting for interested contractors and engineering firms. The goal is to address roadway integrity, residential access, and emergency response risks due to environmental challenges.

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