- Where We Work
- Who We Are
- Info & Tools
Presents an emissions inventory based on scenarios for growth in marine vessel traffic in the U.S. Arctic in 2025. At current fuel sulfur levels, pollutant emissions from ships in the region could increase 150%–600%.
Assesses the effect on technology innovation and deployment if mandatory CO2 standards in the EU were replaced by including road transport in the EU Emissions Trading System, as some have recently proposed.
Guidelines for assessing non-fatal health impacts from vehicle pollution, including endpoint selection, incidence rate transfer, and considerations for economic valuation.
Identifies and quantifies impacts on type-approval values of the EU's anticipated transition from the NEDC to the WLTP. Notably, the effects of the new driving cycle and the new definition of vehicle test masses result in a target of 100 g CO2/km for 2020.
An assessment of long-term prospects for increasing the energy efficiency of tanker ships used to transport liquified natural gas, based on characteristics of the 2011 in-use LNG carrier fleet and global satellite data on ship movements.
Results, methods, and underlying assumptions of an ICCT analysis conducted to support the decision-making process for updating NOM 044, demonstrating the cost-effectiveness of matching EPA 2010 or Euro VI requirements to reduce the environmental impacts of diesel heavy-duty vehicles.
Prepared for the Ministry of Environmental Protection's Vehicle Emission Control Center and the Guangdong Environmental Protection Department, highlights the cost-effectiveness of China 5/V standards in Guangdong and the long-term need for China 6/VI standards.
Este estudio muestra los resultados de un análisis costo-beneficio hasta el año 2037 de los cambios propuestos a la norma de emisiones de vehículos pesados, la NOM-044 de SEMARNAT.
Results of a cost-benefit analysis of changes proposed for Mexico’s heavy-duty diesel vehicle emissions standard, NOM 044, through 2037.