The NGVA claims that natural and biogas are the only viable routes to clean up road vehicles, especially trucks. Even if we would ignore the issue of methane leakage – and that is not a good idea – the potential for natural gas remains limited.
The EU’s policy of using biodiesel for transport is set to increase Europe’s overall transport emissions by almost 4% instead of cutting CO2 emissions, according to a new analysis of the European Commission’s latest study on biofuels. These extra emissions are equivalent to putting around 12 million additional cars on Europe’s roads in 2020, the analysis by T&E finds. These findings take into account the EU’s 7% cap on the contribution of biofuels produced from food crops.
Increasing the use of natural gas in cars and trucks would be largely ineffective in reducing greenhouse gas (GHG) emissions and air pollution, a new independent study finds. There are no GHG savings in shifting from diesel cars and trucks to compressed or liquefied natural gas (LNG) cars and trucks, while petrol-hybrid, electric and hydrogen cars deliver much greater climate benefits, the study for sustainable transport group Transport & Environment says.
In February 2016, the European Commission released a proposal to guarantee its gas supply security and is preparing another one to implement the EU’s 2030 climate targets for the transport, buildings and agriculture sectors. It is also developing a communication to decarbonise the road transport sector, to be announced this summer. To understand what role natural gas could have in achieving these objectives, T&E commissioned a study from Ricardo Energy & Environment to assess the impacts of large-scale use of natural gas in the transport sector.
Opinion by Jos Dings - T&E director
People who follow our work – and Europe’s environmental policy – a little bit will have noticed that two fuels-related draft laws keep dragging on without any apparent progress. The first one is what to do about indirect land use change effects of biofuels (key words: Iluc, biodiesel). The second is whether or not to give petrol and diesel from unconventional fossil sources a higher lifecycle greenhouse gas default value (key words: fuel quality directive, tar sands).