Skip to main content

EU offers $82 million for greener freight transport

The European Commission's (EC's) second Marco Polo funding programme for projects which shift freight transport from the road to sea, rail and inland waterways, has launched a call for proposals to reduce road congestion and also the impact of freight transportation upon the environment. The call for proposals is worth US$82 million. Companies who are able to transfer their freight from the roads, and use alternative transportation methods such as by sea, rail and inland waterways will receive grants under
June 25, 2012 Read time: 2 mins
The 1690 European Commission's (EC's) second Marco Polo funding programme for projects which shift freight transport from the road to sea, rail and inland waterways, has launched a call for proposals to reduce road congestion and also the impact of freight transportation upon the environment. The call for proposals is worth US$82 million. Companies who are able to transfer their freight from the roads, and use alternative transportation methods such as by sea, rail and inland waterways will receive grants under the scheme. Companies and entrepreneurs from both inside and outside the European Union (EU) have until the 21 September 2012 to submit their proposals.

%$Linker: External 0 0 0 oLinkExternal Marco Polo Marco Polo false http://ec.europa.eu/transport/marcopolo false false%> aims to free Europe's roads of an annual volume of 20 billion tonne-kilometres of freight, the equivalent of more than 700,000 trucks a year travelling between Paris and Berlin. However, alternative forms of transport may well be greener, cleaner and even cheaper over time, but producers, manufacturers and hauliers can be reluctant to invest in change in what is a very competitive sector of the economy. The programme’s incentives are designed to make a difference by providing grants for eligible schemes.

For more information on companies in this article

Related Content

  • CTS extends contactless payments to Sydney's trains
    November 28, 2018
    Cubic Transportation Systems (CTS) is extending Sydney’s contactless payment system beyond light rail and ferries to include the Australian city’s train network. The technology allows commuters to pay for ticketing via credit cards, smart watches and other electronic devices, alongside the Opal card. CTS’s Asia-Pacific team and Transport for New South Wales initially made the contactless system available for the city’s Manly ferry service in 2017. In March this year, the contactless system was ext
  • Automatic incident detection and traffic data collection training
    March 8, 2017
    The Flir Traficon Academy is offering training on automatic incident detection and traffic data collection in Bruges, Belgium on 22 and 23 March. The training focuses on the solutions and applications Flir Intelligent Transportation Systems (FLIR ITS) offers for fast detection of incidents on highways and bridges, detecting incidents and fire in tunnels and accurate traffic data collection on highways and bridges. After this interactive and hands-on training, participants will be able to select the righ
  • Ticket buying easier with Budapest transport
    July 24, 2014
    Budapest transport operator BKK Centre for Budapest Transport has introduced new ticket vending machines which accept both cash and card payments, enabling all passengers to buy tickets round the clock. The company has added an English language instructional video and interactive demo to its website (link www.bkk.hu/tvm) and the vending machine menus are available in Hungarian and English, with German, French, Spanish, Romanian, Slovak, Chinese and Russian to follow shortly.
  • Tampa Hillsborough Expressway seeks drivers for connected vehicle pilot
    November 15, 2017
    The Tampa Hillsborough Expressway Authority (THEA) is recruiting volunteer drivers and pedestrians for the Tampa Connected Vehicle Pilot. The $21 million (£16 million) project aims to demonstrate the safety, mobility and environmental benefits of connected vehicle technology (CVP). THEA plans to equip 1,600 privately owned automobiles with this technology by mid-2018.