Consortium selected for Maryland LRT project

The Purple Line Transit Partner consortium, comprising Fluor Enterprises, Meridiam Infrastructure Purple Line and Star America Purple Line has been selected preferred team to design, build, finance, operate and maintain the Purple Line project for the Maryland Department of Transportation (MDOT) and the Maryland Transit Administration (MTA). Located in the Washington Metropolitan Region, the project includes 21 stations along a 16-mile alignment through Montgomery and Prince George’s counties. The U
March 3, 2016 Read time: 2 mins
The Purple Line Transit Partner consortium, comprising 2248 Fluor Enterprises, 7905 Meridiam Infrastructure Purple Line and Star America Purple Line has been selected preferred team to design, build, finance, operate and maintain the Purple Line project for the 5629 Maryland Department of Transportation (MDOT) and the Maryland Transit Administration (MTA).

Located in the Washington Metropolitan Region, the project includes 21 stations along a 16-mile alignment through Montgomery and Prince George’s counties.

The US$2 billion project will extend from Bethesda, Maryland in Montgomery County to New Carrollton, Maryland in Prince George’s County. This new line will provide connections to several existing transit providers and improve mobility to major economic and job centres, as well as the University of Maryland in College Park. The project is intended to support community revitalisation and transit-oriented development along the corridor.  

The Fluor-led design-build team, Purple Line Transit Constructors, comprises Fluor Enterprises, the Lane Construction Corporation and Traylor Bros and includes subcontractor 1677 Atkins North America as the lead designer. The team will begin design and construction later this year with passenger service scheduled for early 2022. Following construction, Purple Line Transit Operators, a Fluor-led team comprising Fluor Enterprises, Alternate Concept, and CAF USA will provide 30 years of operations and maintenance services.

For more information on companies in this article

Related Content

  • Telvent to implement tolling system in three Washington State projects
    July 24, 2012
    Telvent GIT has been selected by the Washington State Department of Transportation (WSDoT) to implement tolling systems through the Washington State Roadway Toll Systems Project. The project includes the implementation, maintenance and operation of three all-electronic tolling systems in the Puget Sound area: the SR-99 bored tunnel in Seattle scheduled to open in 2015, the new SR 520 floating bridge targeted to open in 2014, and the planned I-405 express toll lanes between Bellevue and Lynnwood.
    Read More
  • Singapore extends real time message signs
    September 16, 2013
    Motorists in Singapore can look forward to improved real-time traffic information and better traffic flow as the country’s Land Transport Authority (LTA) begins works to enhance existing electronic signboards along the expressways. The 380 existing island-wide expressway motoring advisory system (EMAS) electronic signs will be replaced with thirteen new signs. The new signs will be more readable, as they can display text and simple graphics in up to seven colours, including green, cyan and purple. The first
    Read More
  • Strabag consortium to build section of D3 motorway in Slovakia
    November 25, 2016
    A Strabag construction consortium is to build a 5.6 km section of the D3 motorway in northern Slovakia on behalf of the state motorway company NDS. The US$253 million (€ 239 million) contract is scheduled to be completed after 48 months of construction.
    Read More
  • Iteris awarded transit performance initiative project by San Francisco transit company
    May 31, 2017
    Iteris has been awarded a US$934,000 contract for design services by Alameda-Contra Costa Transit (AC Transit) for a corridor travel time improvement project. The project includes the implementation of transit signal priority (TSP), bus stop improvements, real-time passenger information system, and deployment of an adaptive signal control technology system.
    Read More

Highlighted Content