Skip to main content

Royal HaskoningDHV scoops public transport project

A joint venture comprising Dutch consultancy and engineering company Royal HaskoningDHV and Saudi Arabian Mshari Al-Shathri engineering consultant has been appointed by the Saudi Arabia Ministry of Transport to prepare a feasibility study and preliminary design for a first public transport system for Dammam. The objective of the system is to alleviate congestion in the area, which has seen significant growth in recent years. Increasing use of private cars has led to congestion and at current growth rates,
July 26, 2013 Read time: 2 mins
A joint venture comprising Dutch consultancy and engineering company 6132 Royal HaskoningDHV and Saudi Arabian Mshari Al-Shathri engineering consultant has been appointed by the Saudi Arabia Ministry of Transport to prepare a feasibility study and preliminary design for a first public transport system for Dammam.

The objective of the system is to alleviate congestion in the area, which has seen significant growth in recent years.  Increasing use of private cars has led to congestion and at current growth rates, experts are forecasting gridlock across the Dammam urban road network within a few years.
 
The project entails a feasibility study and preliminary design for a combination of 50 km of light rail, 110 km of bus rapid transit system and 350 km of feeder buses in Dammam Metropolitan Area, including King Fahd International Airport.  The approach will be multidisciplinary and include public transport planning, infrastructure design, urban integration, operation planning, business case preparation, and procurement strategy.

Undersecretary for Transport Affairs, Dr Abdul Aziz Al-Ohaly said: “In order to improve mobility and to alleviate urban congestion, reduce noise and air pollution we realise that we need to encourage people to use public transport.”

Nils den Hartog, project manager for Royal HaskoningDHV said: “Public transport is currently almost non-existent in this car-dominated city where petrol costs no more than 15 cents per litre. A key challenge of this project will be the successful introduction of such a system.”

For more information on companies in this article

Related Content

  • Mounting benefits of dynamic tolling project
    January 30, 2012
    Wisconsin's four-year HOT lanes pilot project, launched in May 2008, cost US$18.8 million to construct. Halfway into the project, which uses variably priced, or dynamic, tolling to improve highway efficiency, the benefits are mounting. The problem was obvious, and frustrating, to anyone who ever sat in bumper-to-bumper traffic on State Route 167 and watched a lone car whiz by every 20 seconds or so in the carpool lane. But for planners at the Washington State Department of Transportation, the conundrum was
  • Lagos would welcome careful drivers
    June 30, 2020
    An index has revealed the most dangerous parts of the world for car crashes, with cities in Africa, the US, India and Russia particularly challenging – although the rest of us might head to Calgary in Canada.
  • ITS-NY Announces 2012 Project of the Year Award Winners
    June 13, 2012
    The Intelligent Transportation Society of New York (ITS-NY) has announced the 2012 ITS-NY Project of the Year Winners at its Nineteenth Annual Meeting and Technology Exhibition in Saratoga Springs, NY. “These winning projects feature ITS and technologies at work in New York State to improve traveller mobility and safety, as well as the efficiency of New York State’s transportation system across all modes of travel,” said Dr Isaac Takyi, ITS-NY president. Winning Projects were announced in the following ITS
  • Smoothing the path to reducing traffic pollution
    October 22, 2014
    David Crawford reviews a new approach to traffic smoothing. A key objective for the Californian city of Bakersfield’s upgraded traffic operations centre (TOC), which opened in June 2014, is to help improve living conditions in a region with one of the worst air quality problems in the US. The TOC is speeding up the smoothing of traffic flows by delivering faster and better-informed traffic signal retiming and synchronisation.