Skip to main content

LowCVP Conference highlights policies needed to tackle pollution and climate challenges

With road transport in the spotlight as a key to tackling both air quality and climate challenges, the Low Carbon Vehicle Partnership is launching a new multi-faceted work programme which aims to speed the transformation to cleaner vehicles and fuels.
June 28, 2017 Read time: 2 mins
With road transport in the spotlight as a key to tackling both air quality and climate challenges, the Low Carbon Vehicle Partnership is launching a new multi-faceted work programme which aims to speed the transformation to cleaner vehicles and fuels.


The multi-stakeholder body announced its action plans for the next two years at its Annual Conference at London’s City Hall.

The LowCVP and its members have identified key ambitions and actions for the next two years. These include transforming the bus market to ensure that every new bus meets the Low Emission bus standard, policy and information for low emission cars and making low emission commercial vehicles the obvious choice – at least 5 per cent of new commercial vehicle to be ULEVs.

Other proposals include low carbon fuels and infrastructure fit for the future and delivery of the Renewable Energy Directive with maximum greenhouse gas reduction, along with creation of a vibrant UK supply chain and ULEV ‘L-Category’ (micro vehicles) market.

Speaking in preparation for the Conference, LowCVP’s managing director Andy Eastlake said: “Cities of the future need clear and effective policies to drive a rapid move to the most efficient mobility solutions possible while providing a range of options for every user.

“The urgent challenge of tackling air pollution has created a new dynamic in our attempts to deal with the longer-term threat of climate change. We need to ramp-up efforts to develop effective technologies that meet both challenges as well as implementing the right mix of policies to speed their introduction to the market.”

Related Content

  • Funding boost for London’s electric vehicle charging infrastructure
    August 4, 2017
    Transport for London (TfL), London Councils and the Greater London Authority (GLA) have announced funding of almost US$6 million (£4.5 million) to London boroughs to install electric vehicle charging infrastructure on London’s streets. A total of 25 boroughs, each receiving up to US$394,000 (£300,000), will install up to 1,500 standard-speed on-street charging points in residential areas, as part of Mayor of London Sadiq Khan’s long-term vision for zero-carbon transport in the Capital another step closer.
  • Qualcomm: How Connected Driving Will Reduce Emissions in the EU
    September 14, 2023
    In an era marked by climate change and an urgent need for greener mobility solutions, the advent of connected driving has emerged as a promising frontier in the realm of transportation.
  • Venkat Sumantran: ‘Smart cities are more hype than reality’
    November 23, 2018
    For all the talk of smart cities, investment in systems lags significantly behind organic expansion in most places. Andrew Stone talks to Venkat Sumantran, who has been looking at how to create a coherent framework which could help authorities answer multiple mobility questions Two megatrends are posing unprecedented challenges to those trying to keep people moving around the world’s urban areas now - and in the years and decades to come. The first is rapid urbanisation. One in six of us lived in urban a
  • London more than twice over air pollution limit, says ClientEarth
    October 14, 2019
    Greater London is more than twice over the legal limit for air pollution levels in the UK, according to a study. Charity ClientEarth says the UK is failing to meet the legal limits of nitrogen dioxide pollution, where the annual average concentration level is 40µg/m3 (micrograms per cubic metre of air). Findings show London’s annual mean concentration of 89 µg/m3 is followed by South Wales (62 µg/m3), West Midlands Urban Area (58 µg/m3), Glasgow Urban Area (58 µg/m3) and Tyneside (54 µg/m3). The study f