UTC 2022 Funding - Cycle 1 Research Projects

Project No.: CY1-TSU-01
Title: Characteristics, Benefits, and Challenges of Inland Ports
Performing Institution: Texas Southern University
Principal Investigator: Carol Abel Lewis and Gwendolyn C. Goodwin, Texas Southern University
Start and Anticipated Completion Dates: 10/01/2023-09/30/2024
Project Description: The mainland US has tens of inland ports according to the World Port Association. Viewing their map and descriptions from the literature point to the lack of consensus on what constitutes an inland port. Research and conversations with industry personnel quickly led to the term dry port and identified an inland port as not residing on a waterway. Inland ports are removed from deep water and serve an intermodal distribution function. The advantages of inland ports or dry ports are to relieve congestion at nearby port facilities and facilitate distribution to inland destinations. Another goal involves moving goods to rail thereby reducing truck volumes for air quality considerations. Finally, making use of inland locations increased as container usage grew during the latter part of the 20th century and formalized during the early 2000s. Several recent situations showed how the supply chain can be disrupted, leading to congested and unexpected consequences.

In this phase of this project, the research team will establish the priority for focusing on inland port characteristics, attendant infrastructure, and the existing workforce. At least two ports will be identified as case study locations by the research team and named stakeholders; one will be Tulsa and another port to be named. All data are expected to be available through public sources: USDOT, BTS, Army Corps of Engineers, World Ports, Association of American Railroads, or solicited directly from the ports. There will be no issues because all public entities should be subject to Open Record’s requests. For this phase, Excel spreadsheets will be the primary input conduit for initial data characteristics. Additional steps in future years, with advanced study approaches and/or equations, may be applied if appropriate for subsequent research questions.
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