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Demonstrates that meeting Europe's 2030 climate and energy framework goals depends on a combination of policy measures that include CO2 standards for both cars and heavy trucks, improving vehicle testing regulations, and accelerating the transition to EVs.
Emissions from the diesel engines of these two key types of non-road mobile sources are expected to be significant, and will potentially have strong negative impacts on local air quality and health in India.
This working paper details the differences in fuel specifications for commercial gasoline and diesel fuels in India and the EU, and assesses potential air pollutant emission impacts of these differences.
Surveys diesel engine technologies, costs, pollutant emissions, and efficiency improvements in a manner that can help inform India's transition to more stringent vehicle emissions standards over the next five years.
A primary analysis to estimate how improvements in engine and tire technologies will translate into fuel consumption reductions for representative HDV types in India.
Outlines the methodology used in ICCT's non-road emission inventory model; describes structure, processes, and data flows, and evaluates data collection needs for critical inputs and parameters.
Upgrades to Vietnam's first and only refinery, expected to begin production of Euro 5 diesel and gasoline in 2016, will lower the country’s reliance on imports and allow for the domestic production of clean fuel.
Describes Peru's current efforts in meeting regulatory fuel requirements and obtaining financing for refinery upgrades.
Describes a refinery expansion and upgrade to produce ultra-low sulfur fuel in Cairo, challenges in financing the project, and economic and environmental benefits.
Compares official fuel consumption values with real-world performance for 20 popular vehicle models. Officially, fuel consumption gains in these 20 models ranged from 8% to 30%. But on-road measurements indicate that 8 of the 20 showed little to no improvement in real-world fuel efficiency.