3.3.1 Overview of improvement schemes
Course subject(s)
Module 3. City logistics solutions
In this course, we will briefly describe some of the city logistics schemes that have been studied and implemented. We will not be able to cover them all, since they are truly many (see Table 1). The main focus will be interesting perspectives that practitioners and researchers have in solving some of the challenges of urban freight transport.
Table 1. Overview of main actions public administrators can perform and potential reactions from the private sector (adapted from Muñuzuri et al. 2005)
Main category | Approach | Specific action | Private sector reaction |
---|---|---|---|
Private/Public infrastructure |
Transfer points | City terminals | Incorporate spaces into logistics chain; consolidate deliveries/collection; shift to smaller & cleaner road vehicles or other modes. |
Outskirts logistic centers | |||
Logistic improvement of terminals | |||
Use of rail or ship terminals | |||
Use of public parking lots | |||
Modal shift | Use of the train or underground system | ||
Shuttle train | |||
Land use
management |
Parking | (smart) Load zone provision | Avoid on-street parking for loading and unloading activities; less congestion; higher reliability. |
Parking space planning | |||
Hub areas | |||
Use of other reserved spaces | |||
Building regulations | Load/unload interfaces | ||
Use of private parking lots | |||
Mini-warehouse | Consolidate delivery to only one location (per block/small walkable area) |
||
Access conditions |
Spatial restrictions | Access according to weight, volume, width, height & length |
Shift to smaller vehicles (but also MORE vehicles) |
Access to pedestrian zones | Shift to small/clean vehicles | ||
Street blocking allowance | Minimize impact of delivery activity/increase safety |
||
Closing the center to private traffic | Access given to freight vehicles during a time-window |
||
Environmental zoning restricting polluting vehicles or zero-emission zones |
Reduction of emissions | ||
Road pricing | Overall reduction in unnecessary traffic |
||
Time restrictions | Adequate rotation in load zones | Increase utilization of load zones | |
Night deliveries | Shift to off-hour delivery | ||
Double-parking short time restrictions | Minimize impact of delivery activity | ||
Access time windows | Avoid congested periods or pedestrian/shopping hours |
||
Traffic
management |
Scope of regulations | Carrier classification | Apply for appropriate classification, with best traffic permissions |
Freight zone classification | – | ||
Harmonization of regulations | – | ||
Street classification | – | ||
Information | On-line load zone reservations | Dynamic routing |
Muñuzuri, J., Larrañeta, J., Onieva, L., & Cortés, P. (2005). Solutions applicable by local administrations for urban logistics improvement. Cities. https://doi.org/10.1016/j.cities.2004.10.003
Sustainable Urban Freight Transport: a Global Perspecitive by TU Delft OpenCourseWare is licensed under a Creative Commons Attribution-NonCommercial-ShareAlike 4.0 International License.
Based on a work at https://ocw.tudelft.nl/courses/sustainable-urban-freight-transport-global-perspective/.