TECHNICAL PAPERS

In-Use Emissions from Non-road Equipment for EPA Emissions Inventory Modeling (MOVES)

Date Published: 2010-10-05
Paper Number: 2010-01-1952
DOI: 10.4271/2010-01-1952

Citation:

Giannelli, R., Fulper, C., Hart, C., Hawkins, D. et al., "In-Use Emissions from Non-road Equipment for EPA Emissions Inventory Modeling (MOVES)," SAE Int. J. Commer. Veh. 3(1):181-194, 2010, doi:10.4271/2010-01-1952.

Author(s):


Robert A. Giannelli - US Environmental Protection Agency
Carl Fulper - US Environmental Protection Agency
Constance Hart - US Environmental Protection Agency
David Hawkins - US Environmental Protection Agency
Jingnan Hu - US Environmental Protection Agency
James Warila - US Environmental Protection Agency
Sandeep Kishan - Eastern Research Group Inc.
Michael A. Sabisch - Eastern Research Group Inc.
Paul W. Clark - Sensors Inc.
Christopher L. Darby - Sensors Inc.
Carl Ensfield - Sensors Inc.
Don Henry - Sensors Inc.
Ron Yoder - Sensors Inc.

Abstract:

Because of U.S. EPA regulatory actions and the National Academies National Research Council suggestions for improvements in the U.S. EPA emissions inventory methods, the U.S. EPA' Office of Transportation and Air Quality (OTAQ) has made a concerted effort to develop instrumentation that can measure criteria pollutant emissions during the operation of on-road and off-road vehicles. These instruments are now being used in applications ranging from snowmobiles to on-road passenger cars to trans-Pacific container ships. For the betterment of emissions inventory estimation these on-vehicle instruments have recently been employed to measure time resolved (1hz) in-use gaseous emissions (CO 2 , CO, THC, NO x ) and particulate matter mass (with teflon membrane filter) emissions from 29 non-road construction vehicles (model years ranging from 1993 to 2007) over a three year period in various counties in Iowa, Missouri, and Kansas. In coincidence with the pollutant measurements exhaust flow, engine speed, and in a few cases engine power from the vehicle engine control module have been measured. From these exhaust and engine operation measurements pollutant mass emission rates, mass concentrations, mass per fuel use, and mass per energy (work or brake specific) emissions have been determined. The brake specific emissions were estimated from the engine speed measurements and brake specific fuel consumption (bsfc) curves. There were about 35 tests completed on these 33 vehicles ranging in time from about 10 to 600 minutes with an average test time of about 220 minutes.

File Size: 5060K

Product Status: In Stock

Included in: V119-2

See papers presented at SAE 2010 Commercial Vehicle Engineering Congress, October 2010, Chicago, IL, USA, Session: Diesel Engine System Design (Part 2 of 3)

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