New EBRD investment in Albania’s road network

By EBRD  Press Office
@ebrd

 

The EBRD is supporting the further development of the Albanian road network and boosting economic integration in the country with a €53 million sovereign loan to co-finance the construction of two bypass roads in south-western Albania.

The proceeds of the EBRD loan, structured in two tranches, will be used by the Albanian Road Authority to build a 22-kilometre bypass in the city of Fier and a 29-kilometre bypass in the city of Vlore. The project is co-financed by the European Investment Bank (EIB) and the European Union. 

The two bypasses are key sections of Albania’s national road network which will connect important roads previously financed by the EBRD and EIB. The project will considerably reduce congestion in the two cities, facilitate economic integration in the region, and underpin the development of tourism in southern Albania.

“The EBRD is one of the main investors in Albania’s infrastructure and through this latest project we support further modernisation of Albanian roads. This project will help improve the quality and safety of transport in the cities of Fier and Vlore, bringing benefits to people and businesses, and the country’s economy overall,” said Jean-Marc Peterschmitt, EBRD Managing Director for Central and South Eastern Europe.

The EBRD loan is complemented by grant financing worth a total of €5.95 million, which will be used for technical assistance in the preparation of detailed designs for the two bypass roads, as well to support project implementation. In addition a Road Tolling Strategy for Albania and a study on sustainable transport policies in the country will be developed as part of this financing.

The grants are provided by the Italian government, the European Union and the Western Balkans Investment Framework.

Since the beginning of its operations in Albania, the EBRD has invested over €665 million in various sectors of the country’s economy, mobilising additional investments of more than €1.3 billion.