Teodor Gabriel Crainic - Université de Montréal© Teodor Gabriel Crainic 2013 5 Multimodal Freight...

Perspectives on City Logistics

Teodor Gabriel Crainic

TeodorGabriel.Crainic@CIRRELT.ca

Chaire CN Intermodalité des transports,

Montréal, le 4 novembre 2013

A few thoughts on multimodal & intermodal

transportation

City Logistics: an intermodal urban transportation and

logistics system

Perspectives

Multi & Inter Modal Transportation

Moving Freight (and people)

Many journeys: Single mode from origin to destination

Road (truck) based, mostly

Most use two or more modes

Multimodal transportation

Require intermodal terminals for mode-to-mode transfer

Operations on vehicles/convoys & possibly cargo

No cargo warehousing (in general)

(For another day/show: need to carefully define “modes”)

Multimodal Freight Transportation

Moving a load by a sequence of at least two

transportation modes, the transfer from one mode to the

next being performed at an intermodal terminal

E.G., door-to-door transportation of containers over long

distances

Origin “short land” transport port / rail yard

container ship / train port / rail yard

“short land” transport destination

Sometimes called “combined” or “intermodal”

Well-spread idea: container intermodality

Containers: Backbone of International Trade

Modular & Standard -Containers

Decomposi

Composi

Intermodal Transportation

Many things to many people

Freight and people

Maritime (and land) container transportation

Major policy instrument aiming to switch freight from

trucks/highways to more environment-friendly modes

(rail, water)

E.U.: condition to award development funds for

“new” members

“New” transportation systems/services

National / regional planning

Intermodal Transportation (2)

Dedicated rail services (subdivisions) moving large

volumes of containers/trailers over long distances: the

trans-continental “land bridges”

Consolidation-based carriers and terminals

Vision for the future (“the future is now”) of freight

transportation (and logistics)

City Logistics, Physical Internet & interconnected

logistics systems, synchromodality, etc.

Transportation System & Stakeholders

Production, Consumption

of Goods and Services

DEMAND

Movements of people, goods, vehicles = Traffic

Costs/profits, delays, energy, emissions, …

Economic and legal environment

Physical (Conceptual)

Infrastructure and Services

SUPPLY

Points of View on Intermodality

Shipment orders & quality criteria

Mode choice

Shipment organization

Shippers: producers, retailers …

Logistic service providers

Movements of people, goods, vehicles = Traffic

Costs/profits, delays, energy, emissions, …

Governmental institutions

The City

Economic and legal environment

Policy

System & Service design

Resource management

Operations

Carriers

Terminal operators

Issues & Challenges

Transportation systems & logistics chains are

Efficient

Freight flows around the globe supplying people,

industry, institutions

On time, low cost, making a profit …

Inefficient

System perspective & society costs

Resource utilization & duplication

Unsustainable in the long (medium?) term

Issues & Challenges (2)

Continue to make as efficient as possible the systems of

individual stakeholders

Reconcile the efficiency requirements of the various

stakeholders

Freight transportation organization and business models

that foster individual stakeholder and system efficiency

Develop “new” sustainable & smart freight

transportation and logistics (people too …) systems

Evolve/change the way things are done

The urban transportation case: City Logistics

Urban Freight – Current

Suburbs

Mid-Town

City Center

Distribution center

Major flow

City route

Logistics Platform

Freight Transportation in Cities

Essential to the life and prosperity of the city

Cities cannot survive without freight transportation

Significant part of traffic & traffic-related problems

Passenger traffic interference, congestion, parking

Negative environment impact (emissions, noise, …)

Quality of life and future generations

Energy consumption (and extraction/transport)

Safety & security

Poorly used (low vehicle loads, many empty)

General feeling: Cities are polluted and not safe …

Problem will not go away: population growth,

urbanization, globalization

Zoning Access Regulations

Access Forbidden

to Heavy Trucks

Highly

Restrictive

Access

& Parking

Regulated parking

Necessary

but NOT

Sufficient

sometimes

Detrimental

Sharing DC Resources – Last-Mile Services

Suburbs

Mid-Town

City Center

Customer

Distribution center

Major flow

City route

Logistics Platform

Violet Inc.

Prune Inc.

LogPlatForm Inc.

Red Inc.

Prune route

Violet route

Freight Transportation in Cities (2)

Go beyond “urban freight transport” to “city logistics”

A logistics system = shippers, shipments, carriers,

service providers, vehicles, and consignees

Optimize this logistics system

“Public system” view operated as best fits the local

culture, laws and regulations

To make the city a better place to experience: live, work,

visit, move within and through …

Without penalizing its economic activities

To foster an efficient transportation system

Become part of mainstream urban design and planning

The City Logistics Metaphor

Current/classic distribution: Many vehicles dedicated to

small (single) numbers of shippers / shipments / consignees

Many empty vehicles or lightly loaded

Using Proven Strategy in Logistics, Long-haul

Transportation, Passenger Transportation, …

Consolidation & coordination

City Distribution Centres (CDC)

Customer

Distribution center

Major flow

City route

City Distribution Center

Violet Inc.

Prune Inc.

CL Operator Inc.

Single-tier CL with Single CDC

2T-CL: Multi-Echelon CDC & Specific Vehicles

Violet Inc.

Prune Inc.

Navigation

Long-Haul Trucks

City Freighter

Urban Vehicle

Satellite Crossdock

Customer

Distribution center

Major flow

City route

City Distribution Center

2T-CL – Usage of Rail & Public Transport

Violet Inc.

Prune Inc.

Red & Prune Inc.

City Logistics

Several (not necessarily integrated) sub-systems

Access to some public infrastructure (light rail lines,

buses, parking lots, …) even for private initiatives

Dedicated transportation modes (underground) proposed

Use dynamically available transportation & storage

capacity

Redefine particular systems, e.g., dry ports

Dry Ports

An intermodal system of ports and inland terminals

“An Inland Freight Terminal is any facility, other than a

port or an airport, operated on a common-user basis, at

which cargo in international trade is received or

dispatched.” [Economic Commission for Europe, 1998]

“A Dry Port is an inland terminal which is directly linked

to a maritime port.” [Economic Commission for Europe, 2001]

“A Dry Port is an inland terminal directly connected to

seaport(s) with high capacity transport mean(s), where

customers can leave/pick up their standardised units as if

directly to a Seaport” [Leveque and Roso, 2002]

Dry Port-based Distribution Processes

V. ROSO, J. WOXENIUS, K. LUMSDEN (2009) “The dry port concept: Connecting container seaports with the hinterland”. Journal of Transport Geography, V. 17, N. 5, 381-98

Dry Ports (2)

To perform consolidation of goods, customs,

management services, information processing activities,

short term storage, value-added manufacturing services

Extended gates for sea ports, through which transport

flows may be better controlled and adjusted to match

conditions in the port and the city surrounding it

Need to design, plan, manage this system/network

Close Dry Ports

Distant Dry Ports

Midrange Dry Ports

Multi Port, Multi-Terminal Structures Emerging

High-capacity Transport – Rail Shuttles

Rail benefits

Increased business

Enhanced pre-blocking

System benefits

High-capacity transport, dedicated lines, reduce and

avoid congestion in the city (truck benefits too !!)

Enhanced blocking/loading of containers to

synchronize with departing ships and trains

Need to plan and operate efficiently

City Logistics

In all cases, one disconnects the actual mean of

transportation/delivery from the carrier/shipper/3PL

originally contracted

Multimodal systems that aim for intermodality

Challenges & Opportunities

Culturally and socially-aware organization and business

models, e.g., accounting for and modelling

Cultural (government ↔ people & business, business

models, taxation, etc.) impact need for somewhat

tailored solutions

Stakeholder behaviour

Demand

Partnerships & collaborations → Supply

Public policy

What CL systems for North America? For Montreal?

A dry port for Montreal?

Challenges & Opportunities (2)

Evaluation models and tools

A few proposals, pace increasing

Still limited in scope & size

Limited account (if any) of planning issues and

advanced ITS technology

Comprehensive urban transportation planning

Integration with people (private, public, alternative)

transportation

Land use, …

Challenges & Opportunities (3)

System & service & operation planning

New problems New models, algorithms, instruments

Strategic planning – System design

Multi-level location-routing, freight corridors

Fleet (resource) dimensioning, …

Tactical planning – Service network design

Schedules, time issues, multi-level routing, blocking

Operational planning, control & management

Adjustment of plans

Dynamic demand response & routing

Uncertainty, robustness, resilience

Perspectives

City Logistics is already delivering in several cities

around the world

Perspectives for better, more efficient & profitable

transportation & logistics systems and better cities

Lots of technology already here (ITS, smart boxes, …)

Obvious links to the evolution of interurban systems

Many challenges (mentality, policy, politics, …)

Extremely rich R&D field with great potential for

scientific creation/innovation and real-life impact

Long-distance

vehicle

City freighter

Bicycle

Urban vehicle

Urban hub

Interconnected City Logistics

Merci beaucoup

1,2*1,2*1,2

2,4*1,2*1,2

2,4*2,4*1,2

4,8*2,4*1,2

2,4*1,2*1,2

2,4*1,2*2,4

4,8*1,2*1,2

Destination Dimensions

Set of modular containers to be shipped

Building Container Blocks – A New Problem

Teodor Gabriel Crainic - Université de Montréal© Teodor Gabriel Crainic 2013 5 Multimodal Freight...

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