Impact Analysis for Freight Operation Improvements

To facilitate coordinated planning and operations among stakeholders, a process that evaluates broad impacts of proposed projects will be needed. Such process should not only quantify both positive and negative impacts, but also determine the incidence of impacts for various parties including shippers, transporters, general public, and residents around the terminals and along the freight routes.

To answer such needs, a tool to evaluate the distributions of the impacts under alternative scenarios will be developed as a post-processor to the models developed by the teams from the Northwestern University. This tool will use the traffic data provided by the simulation model to quantify both positive and negative impacts including; travel time savings for both freight and passenger vehicles, miles of empty operation, truck and rolling stock operating costs, effect on environment (through noise, air pollution, and vibration), capital and maintenance costs for roadway and rail infrastructures, change in property values near terminals and freight routes, and accidents. The information can be used not only for outreach activities but also for long range planning at the Metropolitan Planning Organization (MPO) level to bring the freight into the mainstream of public sector transportation planning.

Principal Investigator(s):

Kazuya Kawamura

Participants:

Kazuya Kawamura

Status:

08/03/2004

Objective:

To develop a benefit evaluation framework using the outputs from state-of-the-art simulation programs developed by the team from Northwestern University.

Strategy:

* Identify benefit/cost factors
* Gather truck operating cost information
* Integrate economic analysis tool
* Evaluate environmental impacts
* Determine incidents of cost/benefits
* Calculate comprehensive benefits

Expected Results or Products:

A comprehensive cost/benefit evaluation tool for use in short-term as well as long-term improvements to freight transportation system.

NOTE: A report or paper from this research is not immediately available.

Contact:

Kazuya Kawamura
Urban Transportation Center
University of Illinois at Chicago
412 South Peoria Street, Suite 340
Chicago, IL 60607
Voice: (312) 413-1269
Fax: (312) 413-0006
Email: kazuya@uic.edu

Sponsors:

Northwestern University
National Science Foundation
Metropolitan Transportation Support Initiative (METSI)
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