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How should the sustainability of the location of dry ports be measured?
1. Aplicación de un modelo basado en el uso de metodología DELPHI y Análisis Multicriterio
para la evaluación de la calidad de la localización de los Puertos Secos
Santander
Junio de 2014
HOW SHOULD THE SUSTAINABILITY OF THE
LOCATION OF DRY PORTS BE MEASURED?
Samir Awad Núñez
Nicoletta González Cancelas
Francisco Soler Flores
Alberto Camarero Orive
Universidad Politécnica de Madrid September 28, 2015
2. RESEARCH TEAM
• PRESENTER
Samir Awad Núñez
MSc Civil Engineering, PhD Candidate
• OTHER TEAM MEMBERS
Dr. Nicoletta González Cancelas
PhD Civil Engineering, University Assistant Lecturer
Dr. Francisco Soler Flores
PhD Computer Science-Artificial Intelligence and MSc Mathematics,
Part-time Assistant Professor
Dr. Alberto Camarero Orive
PhD Civil Engineering and BSc Economics and Business Administration,
University Lecturer
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4. INTRODUCTION
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Congestion in port operations
and routes serving terminals
Lack of open space in port areas
Environmental impact on the
coast
GROWING IMPORTANCE OF PORTS AND THEIR EFFECTS
5. WHY AND HOW DRY PORTS?
5
Sustainability of
supply chain
Sustainability of
the location
6. OBJECTIVE
Main objective: to understand the variables influencing
the sustainability of dry port location and how this
sustainability can be evaluated
Task: identify the existing relationships
between the variables
Task: establish a methodology to
measure and compare the
sustainability of each location
Task: identify the set of variables
Task: build a database of relevant
geographic information
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11. ENVIRONMETAL FACTORS
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FACTOR VARIABLE CODE VARIABLE KIND
Impact on the natural
environment
DNS Distance to natural spaces Benefit
CNE
Connectivity to natural
environment
Benefit
NIS Number of isolated spaces Cost
DFA Density of the facility area Benefit
Impact on the urban
environment
DUS Distance to urban spaces Benefit
CUE
Connectivity to urban
environment
Cost
Hydrology
DSW Distance to surface water Benefit
FL Flooding level Benefit
GP Groundwater presence Benefit
12. ECONOMIC AND SOCIAL FACTORS
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FACTOR VARIABLE CODE VARIABLE KIND
Land price LP Land price Cost
Potential growth in
demand
IPI Industrial Production Index Benefit
GDP Gross Domestic Product Benefit
ER Employment rate Cost
Hosting municipality
range
PL Population level Benefit
PD Population density Cost
13. ACCESSIBILITY FACTORS
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FACTOR VARIABLE CODE VARIABLE KIND
Accessibility to the rail
network
NRA Number of railway accesses Benefit
IRE
Importance of the railway
environment
Benefit
CD Centrality of demand Benefit
QR Quality of the railway Benefit
Accessibility to high
capacity roads network
DAHCN
Direct access to the high capacity
network
Benefit
DHCR Distance to a high capacity road Cost
NL Number of lanes Benefit
Accessibility to airports DA Distance to an airport Cost
Accessibility to ports DP Ports nearer than 400 Km Benefit
Accessibility to supplies
and services
CSS Existence of supplies and services Benefit
14. LOCATION FACTORS
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FACTOR VARIABLE CODE VARIABLE KIND
Weather
CV Climatic variety Benefit
RL Rainfall level Cost
WF Winter frosts Benefit
Orography
TC Terrain curl Benefit
SL Slope Cost
Geology
TC Terrain curl Benefit
CS Compressive strength Benefit
Relation with other
logistics platforms
NNLP Number of nearby logistic platforms Cost
NMDLP
Number of middle-distance logistic
platforms
Benefit
BICA
Belonging to an industrially
consolidated area
Benefit
Integration into the main
supply chain infrastructures
DPFC
Distance to a principal freight
corridor
Cost
Potential optimization
of the modal shift
DPPC
Distance to a principal passenger
corridor
Benefit
NPT Number of passenger trips Cost
NRADT Nearest roads' ADT Cost
DTENT
Distance to the TEN-T Core Network
Corridors
Benefit