Fuels, Engines, and Emissions Research Center
FEERC
A Department of Energy User Facility: Specializing in the development and
detailed characterization of advanced fuels, engines, and emissions-control
technologies utilizing unique diagnostic and measurement tools.


 

 
 

 

R&D Projects

Diesel vehicle emissions control-sulfur effects

Principal Investigator:
C. Scott Sluder

Other collaborators (including ORNL personnel):
Brian H. West

Funding Source:
DOE Office of Advanced Automotive Technology

Project Focus:
The diesel vehicle emissions control-sulfur effects project focused on determining the potential for NOx adsorber and diesel particle filter systems to enable light-duty diesel vehicles to achieve ultra-low emissions. The research was conducted using a 1999 Mercedes A170CDI equipped with prototype emissions control devices on a chassis dynamometer. Laboratory experiments conducted for this project showed that high-90% reductions in PM and NOx are possible from a light-duty diesel vehicle and that many issues, such as the deleterious impacts of fuel borne sulfur and vehicle integration issues still remain to be solved.

This project was reported through Society of Automotive Engineers (SAE) papers 2000-01-2848, 2000-01-2912, and 2001-01-1933.