Bringing Innovation to Bus Rapid Transit
Published: 12 May 2016
Lanzhou, in the People’s Republic of China, has the world's first bus rapid transit with a split station design allowing buses in the same direction to stop on both sides of the platform, easing travel time.
Lanzhou, a three million-strong city in the northwestern region of the People's Republic of China (PRC), opened its bus rapid transit (BRT) system in late December 2012. Inspired by the gold standard BRT of Guangzhou, Lanzhou built the country's second high-capacity BRT, carrying 290,000 passengers per day and with a daily peak demand of 6,200 passengers per hour per direction.
Initially, Lanzhou intended to build more roads and utility tunnels to improve access. But through the intervention of key organizations, the infrastructure project morphed into a plan pioneering high quality public transportation with modal integration and urban development. Lanzhou reimagined the city and mobility to cater to high passenger traffic, instead of more private vehicle use. The BRT system developed comprises the world's first split station concept. By customizing to local spatial conditions and operational requirements, the design is only half the usual length and only about one meter in additional width, yet enabling buses going on the same direction to stop on both sides of the platform. As a result, capacity is high and travel time is quick.
Lanzhou BRT is also a certified project under the Clean Development Mechanism of the Kyoto Protocol and exemplifies the use of an innovativ e financing model.
- March 2010: Constructed
- December 2012: Operation
- CNY24 million:Infrastructure cost per kilometer
- Lanzhou Municipal Government
- Asian Development Bank (ADB)
- Bank of Lanzhou
- Institute for Transportation and Development Policy-China (ITDP-China)
- Guangzhou Municipal Engineering Design and Research Institute (GMEDRI)
- Lanzhou Municipal Government
- Lanzhou No. 3 Bus Company
- Lanzhou BRT Management Company
Lanzhou, capital of Gansu Province, is a growing regional hub between the eastern and the western sections of the country. Heavily populated and bearing most of the economic activity in the area, Lanzhou developed an urban master plan in 2009 that would optimize land use and enhance economic and social conditions in the city.
Rapid urbanization and congestion
Similar to industrial and expanding cities, Lanzhou struggles with rapid urbanization, congestion, pollution and pedestrian safety concerns. Building more roads and utility tunnels was seen as a solution in the beginning, as well as constructing a low-grade median bus lane concept. Given the geographical area of Lanzhou, space for transport infrastructure is also limited.
Preliminary operational issues
The Lanzhou BRT system experienced some initial teething problems. BRT operations were not yet sufficiently connected to the downtown area. There was also a lack of continuity with the bike lanes, a component of the project, and there were parking intrusion on walkways along the BRT corridor. Some passenger information and station architecture issues were likewise noted and, most problematically, the BRT operator preferred to use the line primarily as a trunk-only corridor with insufficient route operation outside the corridor.
Decongest the city with quality mass transit
A high capacity, high quality BRT system was introduced as the right intervention to address the city's needs. Through the collaboration of the Asian Development Bank (ADB), Institute for Transportation and Development Policy (ITDP), and Guangzhou Municipal Engineering Design and Research Institute (GMEDRI), the BRT corridor runs through the heart of Lanzhou's Anning district and extends to the major demand concentration at Xi Zhan, which is the west railway station and one of the two biggest stations. Providing an affordable, convenient, direct-service system that covers more than 100 kilometers (km) of roadway encourages public transport use.
Identify new approaches to fit local scenario
The 9-km, 15-station, and 7-route Lanzhou BRT corridor features a variety of station types based on the corridor conditions, operational design, and passenger demand levels. A key feature of the system is the revolutionary split station design developed by Brazilian expert Pedro Szasz . It offers roughly the same capacity as that of a traditional offset BRT station but with half the station length and only about one meter in extra width. Stations from Peili Guangchang to the east are 'split' and allow use of buses that only have right-side doors. Stations west of Peili Guangchang have a single central platform ("island"), which requires buses to have doors on the left side (new BRT buses).
Ensure seamless multimodal integration
Despite some operational issues at the start, the Lanzhou city government and other organizations behind the project were keen on having a well-coordinated transportation network. Along with traffic and parking management, greenways and a bike-sharing system were put in place, including double-tier bike parking racks at major BRT stations. Sidewalks likewise improved and pedestrians noted the increased safety of the walking environment.
Part of this transit-oriented development (TOD) is another notable element of the Lanzhou BRT: a public-private partnership (PPP) financing that led to six underground shopping malls along seven BRT stations. The largest, Fifth Avenue, connects with two BRT stations, Feijiaying and Taohai Shichang. It has 16,000 square meters of operational area that includes retail and public spaces and pedestrian passageways equipped with 24-hour security cameras.
Numbers and facts
|15 BRT Stations|
|650 meters average distance between stations|
|9.1 km dedicated busway|
|7 bus routes|
|7 BRT stations with underground shopping facilities|
|Silver BRT standard score|
The Lanzhou BRT has shown a range of impressive impacts and has inspired other cities to pursue BRT as a transport option. Based on an early impact analysis survey, here is an excerpt:
- Large increase in civic pride, with those agreeing "I am proud of Lanzhou" increasing among bus passengers in the BRT corridor from 40% (before the BRT) to 70%.
- Cheaper trips for passengers: bus passenger trip costs fell by CNY0.9 per trip in the BRT corridor partly due to the free transfers allowed with in stations.
- Greatly improved perceptions of safety, from 35% to 80% after the BRT.
|290,000 average daily ridership|
|6,550 passengers per hour per direction|
|87 buses per hour past peak demand point per direction|
|7.1 minutes average waiting time savings per passenger (based on a passengers-self reported survey)|
|12,621 tons/year of CO2 reduction|
More roads is not always the answer
Building more roads is not always the solution for congestion. Assessing the context of the city and by applying transit-oriented development can reveal how integrating and maximizing different modes of transport leads to better mobility for all.
Identify local needs and characteristics
Bus rapid transit systems can be tailored to suit a specif ic area's needs. In the case of Lanzhou, while inspired by the Guangzhou BRT, considering local factors led to the innovative design of a split station concept. ITDP is currently applying this design in the planning of other BRT systems, such as Tianjin, Johor Bahru, and Kuala Lumpur.
Maximize initial operational phase to enhance service
Trial operations are a critical stage in any project. Use the time wisely to identify and iron out technical and service difficulties, whether it is the seamlessness of transfers from BRT to bicycling or the availability of passenger information.
Venture out to new financing approaches
Explore different financing options, like a public-private partnership or PPP mechanism. The PPP agreement used for constructing the undergrounds hopping malls in some stations was used to offset the BRT corridor construction cost, and the private firm also built and maintains the public facilities, including the passenger tunnels and escalators.
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