Skip to main content

New UK study trials effectiveness of low-emission HGVs

Cenex, the UK’s Centre of Excellence for low carbon technologies is to partner with logistics provider Kuehne + Nagel to trial the effectiveness of low-emissions heavy-goods vehicles (HGVs) operating as parts of large fleets with demanding-duty cycles. Funded in part by Innovate UK’s Low-Emission Freight and Logistics Project, the Reduced-Emission Logistics (RED-E-LOG) trial will see one of the UK’s largest fleet operators trial the effectiveness of dedicated (spark-ignited) gas and dual-fuel direct injecti
July 25, 2017 Read time: 2 mins
Cenex, the UK’s Centre of Excellence for low carbon technologies is to partner with logistics provider Kuehne + Nagel to trial the effectiveness of low-emissions heavy-goods vehicles (HGVs) operating as parts of large fleets with demanding-duty cycles.


Funded in part by Innovate UK’s Low-Emission Freight and Logistics Project, the Reduced-Emission Logistics (RED-E-LOG) trial will see one of the UK’s largest fleet operators trial the effectiveness of dedicated (spark-ignited) gas and dual-fuel direct injection methane-diesel trucks in completing demanding-duty cycles for consumer brands such as Whitbread, owner of Costa Coffee, Premier Inn and Virgin.

Kuehne + Nagel will trial 29 dedicated gas and direct-injection, dual-fuel methane/diesel trucks, which will refuel with liquid biomethane from a depot-based liquefied biomethane (LBM) station. Liquefied biomethane is a sustainable and renewable fuel derived from waste.

The project aims to reduce total cost of ownership and deliver emissions savings. Producing less CO2, NOX and particulate matter (PM), gas-powered trucks are particularly attractive to fleets operating in urban areas, as seven UK cities will introduce air-quality zones by 2020.
 
The project aims to prove the reliability, emission savings, cost savings, and practical use of low-emissions HGVs in the UK’s most demanding logistics operations. Currently, the logistics industry accounts for 17 per cent of all UK road-transport emissions. Working in partnership, Kuehne + Nagel will manage the trial, Microlise will manage fleet telematics to capture detailed vehicle data and Emissions Analytics will provide independent emissions testing to quantify the emissions performances of the new vehicle technologies. Cenex will share trial findings with UK logistics operators, and use them to encourage investment in low carbon solutions for demanding-duty cycles.

Related Content

  • CarConnect to harmonise home plug-in-vehicle charging
    May 17, 2016
    The CarConnect project, which aims to help the electricity industry better understand how plug-in electric vehicles (PIVs) charge at home in harmony with the electricity grid, is now under way in the UK. It is known from other projects that clusters of PIVs will have an impact on local electricity networks; analysis from the recently completed My Electric Avenue project indicates that by 2050 the electricity industry in Great Britain may have to invest an additional US$3.6 billion (£2.2 billion) to upgra
  • Positive incentives an alternative to road user charging?
    February 1, 2012
    The Netherlands has been looking at incentivising rush-hour avoidance. The intention is to better understand road users' motivations and find alternatives to congestion charging. Something significant needs to happen if we are to adequately address the traffic congestion and other issues caused by the ever-rising numbers of vehicles on our roads. Congestion or distance-based charging is seen as one way of managing demand and raising revenue for improvements to transport infrastructure. However, charging is
  • Launch of UK wind hydrogen refuelling station
    September 22, 2015
    Energy storage and clean fuel company ITM Power has launched its first public access hydrogen refuelling station at the Advanced Manufacturing Park, just off the M1, Junction 33 in South Yorkshire, funded by InnovateUK. The site, which as a public access refuelling station is the first of its kind in the UK, consists of a 225kW wind turbine coupled directly to an electrolyser, 220kg of hydrogen storage, a hydrogen dispensing unit and a 30kW fuel cell system capable of providing backup power generation fo
  • Low speed AEB technology ‘reduces rear-end crashes’
    May 14, 2015
    The findings of Euro NCAP and ANCAP, the independent safety bodies for Europe and Australasia, on the effectiveness of low speed autonomous emergency braking in real-world rear-end crashes have concluded that low speed autonomous emergency braking (AEB) technology needs widespread fitment for maximum benefits. Published in the online edition of the Accident Analysis & Prevention journal, the publication says that AEB is one of the more promising safety technologies that are becoming increasingly common o