Skip to main content

Tender call for US$940mn phase I of Chile’s Américo Vespucio Oriente highway

A tender call for the first, US$940 million stretch of the Américo Vespucio Oriente underground expressway (AVO) in Chile’s capital Santiago Chile's has been issued by the public works ministry (MOP). The prized 40-year concession entails building and operating a 9.3km underground expressway running from El Salto avenue to Príncipe de Gales avenue. The tunnel will stretch over two different levels, each one hosting a one-way, three-lane expressway. Road capacity along the route will increase to 8,000 vehicl
August 1, 2013 Read time: 2 mins
A tender call for the first, US$940 million stretch of the Américo Vespucio Oriente underground expressway (AVO) in Chile’s capital Santiago Chile's has been issued by the public works ministry (MOP).

The prized 40-year concession entails building and operating a 9.3km underground expressway running from El Salto avenue to Príncipe de Gales avenue. The tunnel will stretch over two different levels, each one hosting a one-way, three-lane expressway.

Road capacity along the route will increase to 8,000 vehicles per hour from a current 3,000 vehicles per hour, in a push to mitigate the city increasing traffic jams.

The AVO project was originally conceived of to be the missing link in a beltway that runs around Santiago. As such, it was originally earmarked to span underground north to south for 13km, joining El Salto with the Rotonda Grecia.

However, opposition from inhabitants of the La Reina and Peñalolén districts to the last 4km-stretch of the tunnel pushed the government, which is leaving office in March 2014, to split the project and call a tender only for the first 9.3km stretch.

The responsibility for the AVO's final stretch will pass on to the new elected president. The current government led by Sebastian Piñera will leave office four months after the presidential election takes place in November 2013.

Parties interested in bidding for the first stretch have until November 22 to submit their offers.

Related Content

  • Increasing costs of highways project delays
    May 15, 2012
    Costs are climbing for Catalonia’s Eix de la Conreria highway project in Spain. The B-500 project is now expected to cost €400 million, a jump of €30 million from the previous estimate made just six months ago. The new link will connect Barcelona with Baix Maresme and Valles and the start of work on the project is also now expected to be delayed until 2012. The project requires the construction of four lanes with two running in either direction and is at present in the design and environmental assessment s
  • Korea strategy
    February 6, 2012
    South Korea is setting an ambitious transport and infrastructure budget for 2010. The country intends to invest US$52.51 billion on projects for new roads and highways, as well as rail and port developments.
  • US$4.36bn to be spent on 11 expressway projects in Haikou, China
    April 23, 2013
    A total of US$ 4.36 billion (CNY 27bn) is to be invested in 11 expressway projects in China's Haikou city. They include the around 15km Jiangdong No 27 expressway and the 9km Linggui expressway. Meanwhile, Qiongshan Avenue-Airport North Road-Xindazhou Avenue expressway will stretch over 14km; Longkun Road over 15km; a distance of 9km will be covered on Qiuhai Avenue; with another expressway being the 11km Green Corridor. Yuehai Avenue will have a planned speed of 80 km/hour and a length of around 15km. Th
  • Czech road plans call for major construction
    January 31, 2018
    The Czech Republic is setting out its programme to develop its road infrastructure network. The plans call for work to build 360km of roads and highways as well as maintaining existing stretches. The construction plans include work on the Prerov section of the D1 highway, a stretch of the D40 from Hulin to Frystak, the Hodejovice section of the D3 highway and the Frydek-Mistek by-pass. They also include work to two sections each of the D35 highway and D11 highway as well as a number of bypasses for the D6