Citywide Transit Integration in a Large City: The Case of Sao Paulo, Brazil
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Transcript of Citywide Transit Integration in a Large City: The Case of Sao Paulo, Brazil
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CITYWIDE TRANSIT INTEGRATION IN ALARGE CITY: THE CASE OF SÃO PAULO,
BRAZIL
Dario Hidalgo, PhDSenior Transport Engineer
EMBARQ, The WRI Center for Sustainable Transport
TRB Annual Meeting
Washington DC, January 2009
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Sao Paulo is a growing megacity with increasing problems in mobility and quality of life
Metropolitan Area: 39 Cities, 19 Million People
City of Sao Paulo: 10.4 Million (6% of Brazil)
Source: Sao Paulo Municipality
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Active Transport
33%
Private Vehicle
31%
Metro6%
Regional Rail2%
Buses State4%
Buses Sao Paulo19%
City Buses5%
High public transport share, but was declining
Total Trips ~ 30 Million (2001)
Public Transport Shareof Motorized Trips
1967 68%1977 61%1997 56%2001 51%
Source: Municipality of Sao Paulo
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Mega challenges in congestion, air quality, safety and security, energy consumption and GHG emissions
Photos: Municipality of Sao Paulo
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The city is transforming radial/dispersed transit into an integrated system
Source: Sao Paulo Municipality
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This is resulting in a positive shift in modal share trends
Per
cen
t M
oto
rize
d T
rip
s
Graph: Sao Paulo Municipality
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São Paulo Integrated System (formerly Interligado)
Bus Priority Treatments (BRT)
– Totally segregated busway (Expresso Tiradentes)
– Median busways (Passa-Rapido)
– Preferential buslanes (Via Livre)
Integration terminals and transfer stations; bus stops
Fleet renovation
New concession contracts by areas
Inclusion of informal operators
Single Fare, using electronic fare collection system
ITS: Control and User Information
1200 km de serviço estrutural
3300 km de serviço local
Source: Sao Paulo Municipality, 2004
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Sao Paulo reform is way beyond recent BRT Experiences in Developing Cities
Single Corridor Several CorridorsFeeder Routes
City Wide RouteReorganization
Non
Int
egra
ted
Inte
grat
ed
Metrobús – Mexico
BRT – Beijing
TransMilenio - Bogotá
Metrovía - Guayaquil
Jakarta
Quito (Trole, Ecovía, North)
Transantiago
Interligado – Sao Paulo
Megabús - Pereira
RIT - Curitiba
Metrobus - Istanbul
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Expresso Tiradentes (formerly Paulistao, Fura-Fila)
Fully segregated corridor 31,8 km
29 stops, 4 terminals, 8 transfer stations
Two elevated sections: 5 km and 1 km
350,000 passengers per day expected when completed.
Diesel-electric hybrid buses (15 m) and articulated buses.
Initial operations of the first section (8 km) started in March 2007
Photo: SPTrans
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Median Busways (Passa-Rapido)
Overhaul and expansion
Open operation, buses can feed in and out from the busway.
Bus stops on the left hand side
– Where median busways are not possible, pperation is on the curb side (buses have doors on both sides)
Enforcement with closed circuit TV cameras
Thirty one corridors, 321 km planned, 104 Km completed
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Preferential bus lanes (“Operação Via Livre”)
Curbside lanes with horizontal and vertical road markings and special traffic signals
30 corridors, 204 km planned
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Terminals
Enclosed paid areas with amenities (restrooms, stores)
Operated under concession contracts.
– Fixed amount per bus serving the terminal
– Billboards and dynamic advertisement
– Newsstands and coffee-shops.
Plan includes 32 terminals; 14 of them implemented (Many existing terminals required only overhaul)
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Transfer stations – 328 transfer stations planned, 25 completed in
the 2001-2004 period
Bus stops– 12 types with sizes between 4m of length and
1.8 m width to 38 m of length and 3.5 m width– 17,000 bus stops with an average spacing of
300m in the local network and 500 m in the structural network.
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Fleet renewal
Diesel Euro II, III and alternative technologies
13,711 low-entry vehicles (14,903 currently)
– Articulated 1,073
– Padron 5,599
– Conventional 2,423
– Microbus 3,063
– Minibus 1,553
Buses in the structural subsystem have doors on both sides
Cooperatives of self-employed van operators were required to acquire new minibuses
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Fare Integration
Smart card ticketing
Time Based Fare - Free transfers within 3 hours of the first validation
Access to 22 cities (out of 39 in Metropolitan Area) with one single payment
Flat fare ~1.05 dollar/trip
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Control system
Source: Sao Paulo Municipality
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Public InvestmentUnits USD Million
Component2001- 2004
2005-2008
Total2001- 2004
2005-2008
Total
Electronic Fare Collection System
62,66 62,66
Terminal Facilities 14 18 32 59,69 104,50 164,19
Transfer Stations 25 303 328 2,63 31,58 34,21
Passa-Rápido (31 corridors – median)
94,6km
226,1km
320,7km
117,83 210,76 328,59
Expresso Tiradentes1 (Fully Segregated)
31,8 km
31,8 km
158,62 79,60 237,89
Via-Livre (30 corridors – curbside)
77,7 km
126,0km
203,7km
7,28 22,01 29,29
Monitoring and Control
32,28 48,24 80,52
Total 440,972 496,38 937,34
Source: Sao Paulo Municipality, Exchange rate 2.85 brazilian reales per US dollar (January 2004). 1/ Formerly named Paulistão ad Fura-Fila. Initial operations started in March 20072/ Includes infrastructure built before 2001 R$ 140 million
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Main Impact – Increase in Boardings and Linked Trips
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Barrier Solution/Mitigation
Inter-agency coordination
• High level coordination group (Secretary of Transport, Director of SPTrans and Director of CET).
• Planning and implementation groups under a single coordination authority
• Designation of several professionals of the municipal agencies to the project
Coordination with other levels of government
• Initially a municipal project, expanded later to the state and other municipalities
Regulatory Regime
• Regulations were changed to allow several components: integrated fare collection system; conditions for the transport concessions, integration of informal operators, among others
Opposition from transport industry leaders
• Dialogue and information. Creation of the Municipal Council of Transport and Traffic, with broad representation.
• Negotiation process with the bus operators’ representative.
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Barrier Solution/Mitigation
Opposition from van operators (Peruveiros)
• Small operators incorporated into the new scheme through cooperatives under contract
Large scale reorganization
• Participation of a competent team of professionals • The route reorganization approach was fairly
straightforward: segmentation of services (local, structural) and elimination of redundancies. The new network is rather complex
Limited funding availability
• Use of existing right of ways, low cost solutions for bus stops, integration points and terminals;
• Loan from the Brazilian Development Bank BNDES was obtained for investments
Neighborhoods opposed busways
• Information and discussion with the community; non-intrusive design
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Launch of Integration Scheme
Problems– Distribution of credits was difficult– Many facilities were inadequate – small bus stops and transfer
stations cause bus queuing and delays – Via Livre corridors (curbside) were invaded (delivery trucks, taxi
cabs)– Incomplete user information on routes and frequencies (maps were
difficult to understand) – Delays in infrastructure deployment, including those caused by
lawsuits filed by neighbors’ organizations– Financial difficulties for small operators (cooperatives)
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Design Issues
Busways are open; no real operational control on the supply level (spatial and temporal)
Reliability of the operation is variable and limited capacity of the bus stops often leads to spillovers and reduced commercial speeds
Soft segregation; control with CCTV cameras does not seem enough to deter bus lanes invasion
Photo: Sao Paulo Municipality
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Perceived Quality of Service for Municipal Buses remains low
Percent Users Considering Transit Service Excelent/Good
75
46
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96 93
90
8067
69
50
48
66
20
30
40
50
60
70
80
90
100
1999 2000 2001 2002 2003 2004 2005 2006
Metro
S. Mateus-Jabaquara Buses
Metropolitan Buses
Regional Rail CPTM
Municipal Buses SPTrans
Vans (non regulated)
Source: ANTP
Main User Concerns
Emission Levels (99%)
Congestion (88%)
Long waiting times (82%)
Long travel times (80%)
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Receita Mensal X Remuneração
receita
remuneraçãodos operadores
139
167
187195
208
202186
190
234 244
225
250
233
180
207214
234219 227
241
229
260254
294283
260
100
150
200
250
300
350
jan.
mar.mai
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set.
nov.
jan.
mar.mai
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2004 2005 2006
Tarifa = R$ 2,00Tarifa = R$ 1,70
R$ (milhões)
A prefeitura remunera as gratuidades e os descontos dos estudantes.
O bilhete único foi implantado em maio de 2004 com a tarifa vigente na época (R$ 1,70) , que já se encontrava em vigor há mais de um ano. Em março de 2005 a tarifa foi reajustada para R$ 2,00.
Sistema I nterligado de ÔnibusMunicípio de São Paulo
Figura 6
Receita Mensal X Remuneração
receita
remuneraçãodos operadores
139
167
187195
208
202186
190
234 244
225
250
233
180
207214
234219 227
241
229
260254
294283
260
100
150
200
250
300
350
jan.
mar.mai
.jul.
set.
nov.
jan.
mar.mai
.jul.
set.
nov.
jan.
mar.mai
.jul.
2004 2005 2006
Tarifa = R$ 2,00Tarifa = R$ 1,70
R$ (milhões)
A prefeitura remunera as gratuidades e os descontos dos estudantes.
O bilhete único foi implantado em maio de 2004 com a tarifa vigente na época (R$ 1,70) , que já se encontrava em vigor há mais de um ano. Em março de 2005 a tarifa foi reajustada para R$ 2,00.
Sistema I nterligado de ÔnibusMunicípio de São Paulo
Receita Mensal X Remuneração
receita
remuneraçãodos operadores
139
167
187195
208
202186
190
234 244
225
250
233
180
207214
234219 227
241
229
260254
294283
260
100
150
200
250
300
350
jan.
mar.mai
.jul.
set.
nov.
jan.
mar.mai
.jul.
set.
nov.
jan.
mar.mai
.jul.
2004 2005 2006
Tarifa = R$ 2,00Tarifa = R$ 1,70
R$ (milhões)
A prefeitura remunera as gratuidades e os descontos dos estudantes.
O bilhete único foi implantado em maio de 2004 com a tarifa vigente na época (R$ 1,70) , que já se encontrava em vigor há mais de um ano. Em março de 2005 a tarifa foi reajustada para R$ 2,00.
Sistema I nterligado de ÔnibusMunicípio de São Paulo
Figura 6Financial Stress
Revenues
Costs
Source, Souza, A, ANTP/BNDS 2007
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Recommended Improvements*
Completion of priority corridors, transfer stations, control and monitoring devices
Enforcement of contracts
Technical definition of fares to avoid financial stress
Include high capacity BRT applications to improve commercial speeds on main corridors:
– Strong longitudinal segregation of the bus lanes
– Increased prepayment (enclosed stations, and paid areas);
– Continuous adjustment of services taking advantage of the intrinsic flexibility of buses
Inclusion of emergency response systems. ITS applied for oversight, but not to perform real time operational actions
* Many already being considered and implemented by the municipality
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Lessons Learned
The São Paulo experience can be considered a good practice in implementation of transport reform in developing cities:– Transit services became more attractive as user cost and travel time
was reduced– Fleet was renewed and several operational inefficiencies were
trimmed down– Integration efforts continue, including coordination with the Metro and
regional rail and bus
Key elements of success were political commitment, coordinated effort of several agencies, technical preparation, and inclusion of existing bus companies as well as informal operators.
Several aspects need further attention to improve service quality and user perception. Effort is underway.
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São Paulo vs. Santiago
Advantages:
– Service changes were introduced gradually (as corridors and terminals became available)
– Existing operators (formal and informal) were included
– Integration with Metro and regional rail occurred later in the process
Disadvantages:
– Transantiago was able to capture the benefits of a more open competitive tendering for bus operations and introduced stronger controls on the private operators
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São Paulo vs. BogotáAdvantages
– São Paulo achieved a citywide integration, Bogota only partial (20% of the public transport trips)
– Bogotá's transit provision still dominated by an inefficient operational scheme (“Guerra del Centavo” 80% of the trips )
TransMilenio corridors exhibit much higher capacity and commercial speeds (except Expresso Tiradentes)