Goods Movement Modeling - Heavy-Duty Truck Model and VMT Estimation

Contract Number
96027
MSRC Award
$304,000.00
Project Background

Developed a methodology and computer model component for integration into Southern California Association of Governments' (SCAG) regional model to be able to better forecast heavy-duty truck activity and its associated vehicle miles traveled within the SCAG region. A heavy-duty truck was defined as a truck with a gross vehicle weight of 8,500 pounds or greater.

Emission Tons CO Annual
0.00
Emission Tons CO Total
0.00
Emission Tons NOX Annual
0.00
Emission Tons PM Annual
0.00
Emission Tons PM Total
0.00
Emission Tons Rog Annual
0.00
Emission Tons Rog Total
0.00
Project Cost Description

488750.00

Project Implementation

SCAG covers Imperial, Los Angeles, Ventura, San Bernardino, Orange and Riverside Counties.

Project Results Description

No actual emissions were reduced by this study. The objective in developing a new heavy-duty truck forecast model was to provide a means for more accurately estimating truck emissions. Truck activity is a significant contributor to regional emissions, NOx and particulate matter especially. It is important to have accurate estimates of how regional economic changes and regional transportation plans affect truck activity and the resulting emissions.

Project Status Description

Lists of studies and data bases used by the project team, extensive inventories of data base documents and studies incorporated into the report, maps and study details.

Project Year
1997
Summary Approved
No
Total Project Cost
$488,750.00
Co Funding Amount
$0.00
Project Category
Contractor Address
818 West 7th Street
Contractor Agency
Southern California Association of Governments (SCAG)
Contractor City
Los Angeles
Contractor Contact
Kristine Leiphart
Contractor Country
United States of America
Contractor State
CA
Contractor Phone
Contractor ID
96027
Contractor Zip
90017
Co Participants
Caltrans, and Meyer, Mohaddes Associates, Inc.
Final Approval Date
Final Report Approved
No