Skip to main content

Innovate UK awards funding for real-time NOx emissions estimation project

Connected vehicle technology company Tantalum Corporation has been awarded US$1.2 million (£1 million) of funding by Innovate UK to develop real-time NOx emissions estimation capability, which it says will give local authorities the ability to implement dynamic road charging based on actual vehicle emissions. Tantalum already has real-time CO2 emissions estimation capabilities and will work with Imperial College London in developing and verifying its ability to accurately estimate NOx emissions as part of i
April 11, 2017 Read time: 2 mins
Connected vehicle technology company 8615 Tantalum Corporation has been awarded US$1.2 million (£1 million) of funding by Innovate UK to develop real-time NOx emissions estimation capability, which it says will give local authorities the ability to implement dynamic road charging based on actual vehicle emissions.

Tantalum already has real-time CO2 emissions estimation capabilities and will work with Imperial College London in developing and verifying its ability to accurately estimate NOx emissions as part of its Air.Car project.

Tantalum’s solution can be connected to any vehicle’s on-board computer. Combining the emissions data streams with the vehicle’s location and driver behaviour will inform drivers and public authorities of the real environmental impact of individual vehicles.

A major part of Tantalum’s Air.Car project is a 1,000 vehicle trial starting in autumn 2017 to test and fine tune the solution. Tantalum is recruiting fleets from the public and commercial sectors as part of this trial, which will run within London and other UK cities where Clean Air Zones are to be established.

For more information on companies in this article

Related Content

  • High-speed WIM moves onto the main highway
    May 24, 2016
    High-speed weigh-in-motion is starting to make its mark on both sides of the Atlantic. As a transit country the Czech Republic experiences a large number of overloaded vehicles, which greatly increase highway maintenance costs. This prompted its Transport Ministry to trial an extension of the capabilities of the existing truck tolling system to allow the dynamic high-speed weighing of cargo vehicles. In effect the tolling enforcement gantries become weigh-in-motion (WIM) locations.
  • Using electricity to power road freight
    October 22, 2014
    Next year sees the start of the first real-life electrified road system for transporting freight. Worldwide freight transportation is predicted to double by 2050 but despite expansion of global rail infrastructure only one third of this additional freight transport can be handled by trains. This means that the largest proportion of freight transport will continue to be by road and as a result, experts expect global CO2 emissions from road freight traffic to more than double by 2050.
  • Bringing V2I and V2V communications to workzone safety
    January 26, 2012
    Imran Hayee of the University of Minnesota Duluth's Department of Electrical and Computer Engineering talks about efforts to bring V2I and V2V communications into work zones. With USDOT backing and under the auspices of the ITS Joint Program Office Connected Vehicle Research (formerly IntelliDrive) research programme, M. Imran Hayee of the University of Minnesota Duluth's Department of Electrical and Computer Engineering along with team of his students, have been conducting research into the application of
  • Michigan fosters real-world testing of workzone ITS
    September 19, 2017
    Turning a ‘problem’ into ‘an opportunity’ is the mantra of just about every business book and Michigan Department of Transportation (MDoT) looks set to achieve that aim in Oakland County, where 29km (18 miles) of the I-75 needs to be reconstructed. Running north-northwest from Detroit, the I-75 carries around 170,000 vehicles per day but, being built in the 1970s, it now requires an additional lane in each direction and upgrading to the latest design and safety standards. Upgrading will be carried out in