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Transport Policies and Planning in Sri Lanka
Seminar on Energy Efficient and Environmentally Sustainable Transport System for Sri Lanka
Organized by Sri Lanka Sustainable Energy Authority
in Collaboration with University of Moratuwa, Hong Kong Polytechnic University
and Clean Air Initiatives for Asian Cities Center
BMICH, Colombo 07, Sri Lanka
Transport Policies and Planning in Sri Lanka
Amal S. Kumarage
Senior Professor,
Department of Transport & Logistics Management,
University of Moratuwa,
8th December 2011
Essence of Transport Policy Interventions
• Understand Current Demand for Mobility
• Provide for Supply of Transport to meet Current Demand
Seminar on Energy Efficient and
Environmentally Sustainable Transport
System for Sri Lanka
Sri Lanka Sustainable Energy Authority
2
• Understanding Factors Impacting Future Demand for Mobility
• Plan & Provide for Transport Supply for future Demand
Essence of Transport Policy Interventions
• Understand Current Demand for Mobility
• Provide for Supply of Transport to meet Current Demand
Seminar on Energy Efficient and
Environmentally Sustainable Transport
System for Sri Lanka
Sri Lanka Sustainable Energy Authority
3
• Understanding Factors Impacting Future Demand for Mobility
• Plan & Provide for Transport Supply for future Demand
Status Quo of Land Transport & Logistics Sector-2011
� Value of Turnover- 15% of GDP – Rs 1,000 bn
� Jobs – 1.5 million (85% informal)
� People Moved– 12+ mn motorized trips daily���� 100 bn pkm/yr
� Freight Moved – 7 bn tonne km/yr
� Vehicle Fleet : Motorized Vehicles 3.2 mn operational
� Vehicle Movement: 27 billion vehicle kms operated/yr
� Accident Deaths : 2,400+ per annum (1 in 50 deaths)
� Pollution: estimated 5,000+ pre mature deaths (1 in 25)
Vehicle km
(mn.)
% Passenger km
(mn.)
% Ton km
(mn.)
%
Buses 1,379 5 55,177 55 0
Railways 9 0 5,365 5 134.8 2
Private Vehicles 16,605 60 25,759 26 0
Para-Transit 4,841 18 11,348 11 0
Transport Activity and Modal shares: Sri Lanka (2011)
5
Source: Kumarage, A.S., Review of Transport Sector, World Bank, 2011
Para-Transit 4,841 18 11,348 11 0
Goods/Land Vehicles 4,819 17 2,585 3 6436 98
Water Transport 3 0 0 32 0
Total 27,657 100 100,236 100 6,603 100
Passenger Demand and Per Capita Income (1958-2007)
Figure A3.1: Passenger km and Per Capita Income (1958-2007)
Current Transport Sector Performance-2011
� Public Sector Expenditure – Rs 160 bn
� Private Expenditure
� Commercially provided - Rs 260 bn
� Trucks – Rs 150 bn
� Buses – Rs 70 bn
� Taxis/3W – Rs 40 bn
� Privately provided – Rs 400 bn
� Private/Social Losses
� Cost of Accidents : Rs 32 billion/py
� Cost of Congestion: Rs 40 billion/py
� Cost of Lost Time in Public Transport: Rs 30 billion/py
� Cost of Losses in Supply Chain: Rs 100 billion (??)7
Some questions ... Do we need to..
Minimize resource inputs in transport for the anticipated socioeconomic development & quality of life?
• Vehicle Ownership?
• Employment?
• Investment?
Make transport outputs efficient in terms of reducing internal losses?
• Reduce VOC/Energy
• Reduce Accidents
• Reduce Damages/Losses in Supply Chain
Minimize external losses in producing transport outcomes?
• Reduce Time Losses
• Improve Reliability
• Reduce Personal Energy Loss in Travel
Seminar on Energy Efficient and Environmentally Sustainable Transport System for Sri Lanka
Sri Lanka Sustainable Energy Authority 8
Essence of Transport Policy Interventions
• Understand Current Demand for Mobility
• Provide for Supply of Transport to meet Current Demand
Seminar on Energy Efficient and
Environmentally Sustainable Transport
System for Sri Lanka
Sri Lanka Sustainable Energy Authority
9
• Understanding Factors Impacting Future Demand for Mobility
• Plan & Provide for Transport Supply for future Demand
Figure :Growth Passenger km by Mode (1958-2007)
10
Source: Kumarage, A.S., Review of Transport Sector, World Bank, 2011
Passenger and Freight Supply Market Shares
Source: Kumarage, A.S., Review of Transport Sector, World Bank, 2011
Private Transport Providers•Railways:
•No Significant Investment/Management
•Highways
•No Significant Investment/Management
• Bus Transport:
•Ownership : SME
•Investment :Rs 4 -6 bn per annum
•Management: SME
•Revenue: Around Rs 55 bn.
12
•Revenue: Around Rs 55 bn.
•Trucking:
•Ownership : SME
•Investment :Rs 15 bn per annum
•Management: SME
•Revenue: Around Rs 150 bn Ownership: SME
•Three Wheelers:
•Ownership : SME
•Investment :Rs 2 bn per annum
•Management: SME
•Revenue: Around Rs 30 bn
Some questions ... Do we need to..
Re-position existing modes to achieve efficiency?
• Increase market share of some modes?
• Reduce external and internal losses?
• Modernize and Improve?
How can Private Sector do this better?
• Increase Investment in Existing Modes?• Increase Investment in Existing Modes?
• Change Ownership Structures?
• Improve Management?
How can State Sector do this better?
• Privatize or PPP for new Investments?
• Joint Ventures in Management with/without Investment?
• Professional and Commercial Orientation?
Seminar on Energy Efficient and Environmentally Sustainable Transport System for Sri Lanka
Sri Lanka Sustainable Energy Authority 13
Essence of Transport Policy Interventions
• Understand Current Demand for Mobility
• Provide for Supply of Transport to meet Current Demand
Seminar on Energy Efficient and
Environmentally Sustainable Transport
System for Sri Lanka
Sri Lanka Sustainable Energy Authority
14
• Understanding Factors Impacting Future Demand for Mobility
• Plan & Provide for Transport Supply for future Demand
15
Source: Shaefer, Andreas, Long-Term Trends in Global Passenger Mobility, UK, 2008
Residential Area
Centralized Commercial Development
Congestion at peak hours
Urban Transport Issues
Amal Kumarage (C) Copyright 2006
Centralized Commercial DevelopmentSatellite City Centre
Commercial Development at Suburban Centers
Improved Public Transport
Factor Determining Sustainable Vehicle Ownership Levels
Pop Density
Population Density
(persons/ha)
Roads
(m/person)
Share of Public
Transport
Car Ownership Saturation
(per 1000 p)
Restrictions
Low < 25 > 4 < 5% 600-700 Little or no restriction on ownership ownership
Moderate 25-75 1-4 15-35% 300-400 Some traffic and parking restrictions
High > 75 < 1 50-80% 200-300 Traffic and ownership restrictions
Car Ownership Vs Income
0.5
0.6
0.7
0.8
0.9
Car
Ow
ner
ship
Rate
C1 : High Growth
C2: Moderate to High
C3 : Low to Moderate
C4 : Low
U.S.A.
C1
C2
C3
Australia,,
Canada,
New Zealand,
Belgium, Denmark, Finland, France,
0
0.1
0.2
0.3
0.4
850 5,850 10,850 15,850 20,850 25,850 30,850 35,850
Per Capita Income (US $)
Car
Ow
ner
ship
Rate
C3
C4
SL
Belgium, Denmark, Finland, France,
Germany,, Japan, Switzerland, Sweden
Singaphore, Hong Kong
Some questions ... Do we need to..
Allow for Unconstrained Vehicle Ownership & Use
• Totally align to Consumer Behaviour?
• Can we use market price mechanisms such a congestion pricing?
• Use utility factors in promoting attractive modes?
How can Public Transport be promoted?
• Modernize exiting modes?• Modernize exiting modes?
• New modes attractive to higher income users?
• More Investment?
Should we promote NMT?
• Urban re-structuring?
• Social Acceptance & Promotion?
• Infrastructure?
Seminar on Energy Efficient and Environmentally Sustainable Transport System for Sri Lanka
Sri Lanka Sustainable Energy Authority 19
Essence of Transport Policy Interventions
• Understand Current Demand for Mobility
• Provide for Supply of Transport to meet Current Demand
Seminar on Energy Efficient and
Environmentally Sustainable Transport
System for Sri Lanka
Sri Lanka Sustainable Energy Authority
20
• Understanding Factors Impacting Future Demand for Mobility
• Plan & Provide for Transport Supply for future Demand
Environmental & Resource Constraints
Inputs Outputs
Economic Trade Flows
Old New
New Networks
Technology Nodes/Hubs
Inputs Outputs
Seminar on Energy Efficient and Environmentally Sustainable Transport System for Sri Lanka
Sri Lanka Sustainable Energy Authority 21
Urban Transport: Proposed BRT Network
• Proposed network
o Kadawatha to Fort
o Battaramulla to Fort
o Network Integration Link: Orugodawatta
to Borella junction
• Route Length 28km
• Estimated cost Rs. 403 Million per km.
• Total cost Rs. 11.3 Billion
• EIRR 24%
• NPV Rs 8,410 Mn ( @ 12% discount rate)
(Evaluation period 20yrs)
-BRT systems have emerged as a cost-effective
alternative with very good results in developing
countries, including China, Indonesia and Latin
American countries.
City Liner
LRT
23Railway Electrification
US
PA
SS
EN
GE
R T
ER
MIN
AL
@ B
AS
TIA
N M
AW
AT
HA
BU
S P
AS
SE
NG
ER
TE
RM
INA
L
VIEW FROM OLCOTT MAWATHA
A Future Bus..(ICT Perspective)
GPSGPRS
CCTV
Video/Audio
Systems
Smart Card
Reader
Ticket
Machine
EM
Controller/s
Institutional Capacity
Legal Implementation
Technical Support
Data & Information People
Decision Making
Investments Processes
Legal Implementation
Seminar on Energy Efficient and Environmentally Sustainable Transport System for Sri Lanka
Sri Lanka Sustainable Energy Authority 26
Current Transport Administrative Structures
2010 2011 2012 2013 2014 2015 TOTAL(2010-2015)
Government Private Total
Roads 108,200 118,800 122,100 129,100 133,300 137,000 736,300 12,200 748,500% GDP 1.8% 1.7% 1.6% 1.5% 1.4% 1.3%
Ports 32,400 38,200 53,000 64,500 70,500 77,000 190.100 145,500 335,600% GDP 0.5% 0.6% 0.7% 0.7% 0.7% 0.7%
Aviation 8,670 12,500 17,500 24,500 33,500 43,500 97,600 42,570 140,170% GDP 0.1% 0.2% 0.2% 0.3% 0.3% 0.4%
Land Transport 60,215 75,000 98,500 143,000 142,500 137,000 407.015 249,200 656,215% GDP 1.0% 1.1% 1.3% 1.7% 1.5% 1.3%
Total Government Private
Foreign 117,321 143,300 164,600 201,000 202,000 203,000 948,721 82,500 1,031,221
Transport Sector Investments: PIP 2011-2016
Domestic 92,164 101,200 126,500 160,100 177,800 191,500 482,294 366,970 849,264
Total 209,485 244,500 291,100 361,100 379,800 394,500 1,431,015 449,470 1,880,485
GDP 6,081,559 6,853,651 7,710,357 8,660,272 9,712,828 10,878,368 49,897,035 49,897,0353.4% 3.6% 3.8% 4.2% 3.9% 3.6% 2.9% 0.9%