Skip to main content

Israel's complex infrastructure project

The last two tenders for Israel’s Road 531 project are now being published by the Israel National Roads Company. The tenders will form part of one of the largest single infrastructure projects ever planned in Israel. These two are for a complex series of works including a three storey interchange, underground crossings for railways and roads and relocation of the coastal line for Israel Railways. Also included in the works are the construction of two large water pumping stations and a series of paths for pe
April 25, 2012 Read time: 2 mins
The last two tenders for Israel’s Road 531 project are now being published by the 2602 Israel National Roads Company.

The tenders will form part of one of the largest single infrastructure projects ever planned in Israel. These two are for a complex series of works including a three storey interchange, underground crossings for railways and roads and relocation of the coastal line for Israel Railways. Also included in the works are the construction of two large water pumping stations and a series of paths for pedestrians and cyclists. Road 531 is a central east-west link and connects the Northern part of Tel Aviv with Israel's north-south roads. The aim of the project is to tackle congestion and construction of three sections of the road has already begun. The vast project is for work to both roads and railways, with 11 interchanges and 36 bridges and tunnels in all. The road will feature four to six lanes in each direction, with a total cost of some US$985 million (3.7 billion NIS). Construction will take four years and is for a multi-lane suburban highway with railway tracks and passenger stations running alongside. Work on the road network is being integrated with the construction of the rail connections. The project is complex as the ground conditions and topography provide engineering challenges. Further complexities are added by the need to build the road and rail links in cuttings, requiring the construction of a network of protective retaining walls. These will prevent the ingress of water into the road area and the work requires the construction of two of massive water pumping stations. One of the major features will be the innovative, three level interchange design that will include both road and railway connections. This will also include several underground crossings.

Related Content

  • Doka’s fine form
    June 18, 2012
    Doka’s SKE50 automatic climbing formwork are being used on two suspension towers for a new multi-lane cable-stayed bridge alongside an older viaduct in Zaporozhye, south-east Ukraine. On completion, this large-scale infrastructure project is set to massively reduce the traffic burden on the existing bridge and significantly improve the daily traffic situation at what is a major river crossing. The two separate roadway slabs are cable-stayed off twin H-shaped suspension towers 150metres high. Lead project co
  • Qatar’s Lusail tunnel project
    March 24, 2017
    Qatar’s Lusail Tunnel is forming part of a new US$30 billion integrated transportation system The tunnel, and troughs to be constructed from Spring 2017, will carry both road traffic and light rail. Stirling Lloyd’s Integrating system has been used to waterproof 77,416m2 of the new tunnel. The cut and cover tunnel will open in Spring 2017 and will ensure easy access to the new Lusail City Development from the heart of Doha and will be a vital transport link for the planned 2022 FIFA World Cup tourname
  • A new highway for northern Colombia
    July 17, 2023
    The Pamplona-Cúcuta highway is playing an important role for the development of northern Colombia
  • Underground expansion pushes tunnelling market
    June 13, 2012
    Infrastructure investment means that the road tunnel construction sector is healthy due to demand for new links – Mike Woof reports With many emergent nations investing heavily in infrastructure, the tunnelling sector is seeing extensive business at present. Tunnels provide key links in mountainous areas or in congested cities where building roads on the surface may not be practical. In Asia and Latin America, many key road connections are now being built underground to pass challenging terrain or provide