Skip to main content

Malaysian bridge project in Sarawak

Work is now starting on a new bridge in Sarawak, Malaysia and is expected to take three years to complete.
December 4, 2019 Read time: 1 min

The two lane Rambungan Bridge is costing US$23.75 million to build and is one of nine bridges being constructed in Sarawak to link with the coastal road system. The 3491 Malaysian Government has sourced a series of loans to fund the work from the Development Bank of Sarawak (Debos). The new Rambungan Bridge is being built by a joint venture comprised of Precious Credence and Ghezhouba. The consultancy firms 1523 Opus Consultant and Jurutera Minsar Consult are also involved with the project.

For more information on companies in this article

Related Content

  • New bridge for Vietnam
    January 24, 2014
    Construction work is underway on a key bridge connection in Vietnam. The Cao Lanh Bridge is located in Vietnam’s Dong Thap Province and its construction is costing an estimated US$145 million.
  • Paraguayan projects proposed
    May 9, 2019
    Transport infrastructure projects in Paraguay are gathering pace. The country’s Ministry for Public Works and Communications says that work for the first two stretches of the Transchaco road upgrade project will commence in the third quarter of 2019. The work is being carried out in eight stretches and is expected to cost a total of US$605 million in all. Funding for the widening work is being provided jointly by the Development Bank of Latin America (CAF) and the IADB. The CAF is providing a package worth
  • Sri Lanka's new highway - on track
    February 14, 2012
    Work is progressing on-track on Sri Lanka's Southern Expressway project. This will be the country's first expressway and is expected to be completed by 2012, removing the bulk of traffic from the existing coastal road that is highly congested and also has serious safety issues.
  • Major bridge widening project going to plan
    May 2, 2012
    When built it was determined that a vital US road/rail bridge would always be widened.