New electric tramway in Rio de Janeiro
Mobility

Mobility

18 million fewer car journeys

A new electric-powered tram system in Rio de Janeiro links various forms of transport, integrating previously under-developed neighbourhoods and significantly reducing carbon dioxide levels in the Brazilian city. Construction is almost complete; the KfW project is on the home straight.

New electric tramway in Rio de Janeiro
The VLT Carioca

The lines of the new electrically powered tram transport around 65,000 people a day.

The first line in the “VLT Carioca” tram network, as it is known, started operation in June 2016, just before the opening of the Summer Olympic Games in Rio de Janeiro. It runs from the historic port in the north-west of the city to its centre. The route also covers the long-distance bus and ferry terminals and Santos Dumont national airport. The tram therefore brings together various forms of transport and traffic hubs.

The second line was gradually added between February and December 2017. This route runs from the ferry terminal with links to the suburb of Niterói via the trains station and long-distance bus station, thereby incorporating other forms of transport.

Together, the two VLT Carioca lines cover a length of 28 kilometres. They currently transport around 65,000 people a day. Over the medium to long term, forecasts predict that 315,000 people will use the trams on an average working day. The trams run at a frequency of up to one tram every three minutes between six in the morning and midnight. When used at full capacity, this will help to avoid at least 5.6 million car journeys a year. “Over a usage period of 25 years, CO₂ emissions will fall by over 300,000 tonnes as a result,” says the responsible Senior Project Manager at KfW, Martin Kores.

“The impact on the climate was a clear focus in this project.”

Martin Kores, Senior Project Manager at KfW

The construction of the tram system cost around 500 million euros, 200 million euros of which came from the Brazilian development bank BNDES. The rest came from the Brazilian government and private banks. On behalf of the German Federal Government, KfW contributed 133 million euros to the BNDES loan. The financing package for VLT Carioca was part of a credit line with the partner bank with the aim of promoting particularly climate friendly investments in public transport in Brazil. “The same amount again has been invested in the underground network in Salvador de Bahia,” explains Kores. “The final supplementary construction work is due to be finished soon for both projects,” he adds.

Source
Cover FZ

This article appeared in FC – The Financial Cooperation magazine with the title ”Cities in flux“.

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As part of the promotion, a tool has also been developed to calculate more accurate CO₂ savings and a guideline has been drawn up for decision-makers in medium-sized Brazilian cities, helping them to select suitable means of transport for the local public transport networks in their cities.

The rail-based systems in Rio de Janeiro and Salvador de Bahia will lead to at least 18 million fewer car journeys a year. “The impact on the climate was a clear focus in this project,” explains Kores. However, the new rail-based systems, both of which are cutting-edge and barrier free, also offer additional benefits for aspects such as urban development. For instance, the VLT Carioca connects the old port region to the centre, generating long-term improvements. These links provide incentives for companies and businesses to settle in these areas and encourage property development, in turn promoting the creation of local jobs. “This also benefits the poorer members of society who live in these areas,” emphasises the Senior Project Manager.

Published on KfW Stories: Thursday, 6 December 2018

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All United Nations member states adopted the 2030 Agenda in 2015. At its heart is a list of 17 goals for sustainable development, known as the Sustainable Development Goals (SDGs). Our world should become a place where people are able to live in peace with each other in ways that are ecologically compatible, socially just, and economically effective.