Trial of renewable diesel for Rio buses

Amyris Brasil, a subsidiary of Amyris, has announced that it will supply renewable diesel during a 12-month fleet test involving 20 city buses in Rio de Janeiro, Brazil. The renewable fuel derived from sugarcane, known locally as Diesel de Cana, will be blended at a 30 per cent rate with petroleum-derived diesel and used in Mercedes-Benz buses operated by Viação Saens Peña, a Rio-based bus operator. The Rio transportation federation, Fetranspor, will use the data collected during this fleet test to evaluate
March 23, 2012 Read time: 2 mins

Amyris Brasil, a subsidiary of 4229 Amyris, has announced that it will supply renewable diesel during a 12-month fleet test involving 20 city buses in Rio de Janeiro, Brazil. The renewable fuel derived from sugarcane, known locally as Diesel de Cana, will be blended at a 30 per cent rate with petroleum-derived diesel and used in 1685 Mercedes-Benz buses operated by Viação Saens Peña, a Rio-based bus operator. The Rio transportation federation, Fetranspor, will use the data collected during this fleet test to evaluate the engine and environmental benefits of Amyris’s renewable diesel. The results of the fleet test will be presented at the United Nations Conference on Sustainable Development (Rio+20) taking place in Rio in June 2012.

The city of Rio de Janeiro has more than 8,000 buses consuming about 280 million litres of diesel per year. The Rio fleet test is expected to validate the significant reduction of nitrogen oxide and particulate matter emissions evidenced in recent Mercedes-Benz engine tests with a 30 per cent blend of Amyris’s renewable diesel.

For more information on companies in this article

Related Content

  • Hong Kong implements emission reduction
    January 30, 2015
    Manufacturer of emissions reduction systems, Eminox, is to take part in a US$4.5 million project to reduce NOx pollution in Hong Kong. The scheme will see buses retrofitted with the latest in emission control technology to help make Hong Kong a safer environment to live and work. Hong Kong’s Environmental Protection Department (EPD) aims to upgrade 1,400 buses with retrofit selective catalytic reduction (SCR) technology to dramatically reduce NOx. A pre-qualification programme is currently taking place,
    Read More
  • Dutch Regional Authorities sign Letter of Intent for up-scaling of fuel cell electric buses
    June 28, 2016
    The Dutch provinces of Groningen, South-Holland and the Metropolitan Region Rotterdam-The Hague have signed a Letter of Intent during the TEN-T Days in Rotterdam and expressed their commitment for the up-scaling of fuel cell electric buses in their region. For these public transport authorities (PTOs), the signing marks a milestone in the roadmap towards clean buses in public transport. The collaboration between the PTOs is in line with the agreement signed in April this year between the Dutch government
    Read More
  • Keolis deploys shared mobility service in Bordeaux
    December 6, 2018
    Keolis has launched an on-demand shared mobility service in Bordeaux, France, in a bid to reduce congestion and the impact on the local environment. The Ke’op service operates in a 50km2 area and provides connections to the public transport network of the metropole, including tram lines A and B. Jean-Pierre Farandou, executive chairman of Keolis, says the service should enable the company to meet the needs of transport authorities in areas where density does not justify the installation of major transpor
    Read More
  • Benefits of Florida's traffic signal retiming
    November 7, 2012
    Lee County in Florida has consolidated dramatic results of a major traffic signal retiming with installation of advanced monitoring and management technology for generating further benefits. The Lee County Department of Transportation (DOT), in the US State of Florida, has completed retiming of traffic signals for over 50 intersections in the cities of Fort Myers and Bonita Springs. The project aimed to evaluate existing operations and enable adjustments to optimise flows, and has produced dramatic results
    Read More

Highlighted Content