The Indian Express 21.11.2013
PCMC approves Rs 10 crore to build 26 more stations on BRTS routes
The standing committee of the Pimpri-Chinchwad Municipal Corporation
(PCMC) on Tuesday approved Rs 10 crore for construction of 26 more bus
stations for the Bus Rapid Transit System (BRTS). The stations will be
constructed on Aundh-Ravet and Dapodi-Nigdi routes, said standing
committee chairman Navnath Jagtap.
The panel had recently approved Rs 7 crore for 14 BRTS bus
stations on the Sangvi-Kivale route. PCMC officials said the proposed
Nigdi-Dapodi and Sangvi-Kivale routes will go on stream by March 2014
and the Aundh-Ravet by April 2014.
PCMC is constructing four BRTS routes in the civic limits under
the first phase of Jawaharlal Nehru National Urban Renewal Mission. The
four routes are Nigdi-Dapodi on Pune-Mumbai highway, Aundh-Ravet Road,
Kalewadi Phata-Dehu Alandi Road and Wakad-Nashik Phata. In the second
phase, PCMC has proposed Nigdi-Kivale BRTS route.
PCMC first began work on the Nigdi-Dapodi route. This was done as
the civic administration had widened the 13-km stretch on Pune-Mumbai
Highway from Nigdi to Dapodi from four to eight lanes about six years
ago. The highway has been widened to 61 metres. There are two-lane
service roads on both sides of the highway. One lane is for the BRTS
buses, while the other is for other vehicular traffic.
PCMC officials said each bus station will cost around Rs 50 lakh.
Currently, the work of constructing bus shelters is underway. In all,
civic officials said PCMC will construct 73 bus stations on the four
BRTS corridors at a cost of Rs 33 crore.
Official said 19 bus stations are coming up each on the
Pune-Mumbai Highway and the Aundh-Ravet Road, 20 on the Kalewadi
Phata-Dehu Alandi Road and 15 more on the Nashik Phata-Wakad Road.
Officials said all bus stations will be uniform in size. Each bus
station will be 53 metres long and four metres wide, with a total area
of around 2,000 sq ft. A ramp, foundation and automatic doors will also
be set up. The bus stations will be built using pre-cast structure
technology.