The biggest failure of the current regulation to reduce CO2 emissions from new cars and vans has been the inability to deliver emissions reductions on the road. Whilst new car CO2 emissions measured using the obsolete laboratory test (NEDC) have fallen by 31% since 2000, on the road the reduction is just 10%. The gap between test and real-world performance has leapt from 9% in 2000 to 42% in 2017. Had the gap remained constant there would have been 264 Mt CO2eq less cumulative emissions by 2017. The additional fuel burned to produce these emissions cost drivers an extra €150 billion EU-wide.
This is T&E's report on why Europe’s obsession with diesel cars is bad for its economy, its drivers and the environment.
The EU is negotiating trade deals with Mercosur (Argentina, Brazil, Paraguay and Uruguay), Indonesia, and soon Malaysia, These trade deals represent a risk for the EU’s sustainable transport plans. All mentioned countries are producers and exporters of crop-based biofuels, especially from palm and soybean oil that have higher overall emissions than fossil diesel. All ongoing negotiations include chapters on energy and raw materials.
This report, released on the first anniversary of the Dieselgate scandal, exposes the shocking number of dirty diesel cars on the EU’s roads and the feeble regulation of cars by national authorities that have focused on protecting their own commercial interests or those of domestic carmakers. In the US, following the disclosure that VW had cheated emissions tests, justice has been swiftly and effectively delivered. This is in stark contrast to Europe where VW claims it has not acted illegally, no penalties have been levied and no compensation has been provided to customers.
The EU has agreed to cut its greenhouse gas (GHG) emissions by at least 80-95% by 2050. Climate policy will require a shift away from petroleum which currently provides nearly all of transport’s energy needs. Apart from a transition towards zero-emission technologies such as battery electric or hydrogen, regulators and governments across Europe are considering what role gas could play in decarbonising transport. This report compiles the latest evidence on the environmental impacts of using gas as a transport fuel.
The European Union’s (EU) largest climate change mitigation tool, the Climate Action Regulation (CAR), covers almost 60% of all greenhouse gases. It establishes annual carbon budgets between 2021 and 2030 for each EU country, covering sectors like surface transport, buildings, agriculture, small industry and waste.
Electric and hydrogen cars rely on renewable electricity that the EU can produce locally. But, instead, fossil-fuelled cars are driving Europe's addiction to oil. Crude oil and petroleum products represent around a third of the EU’s total energy consumption. The EU imports around 90% of the oil it needs and this share is expected to rise in the future. Two-thirds of the EU’s oil is used in transport.
Fuelling Italy’s Future: How the transition to low-carbon mobility strengthens the economy shows that the transition to low-carbon mobility in Italy can improve the domestic economy, reduce spending on imported fuel, increase national energy security, reduce the exposure of consumers to oil price volatility, strengthen the macroeconomic resilience of the country and considerably improve the health of citizens.
This report marks the third anniversary of the Dieselgate scandal. Whilst the scandal started with US regulators exposing cheating of nitrogen oxide emissions tests by Volkswagen, it quickly spread globally to affect almost every carmaker and every market in which diesel cars are sold. Subsequent work has shown that diesel emissions tests are not the only ones being manipulated – gasoline, CO2 tests and even those affecting safety systems are manipulated.
Which comes first, electric cars or the recharging points? How to tackle this dilemma has been the subject of considerable debate. This report examines the importance and availability of public charging infrastructure and how to efficiently expand the existing network as the number of electric vehicles on the road increases.