Delhi–Kolkata high-speed rail corridor

The Delhi–Kolkata high-speed rail corridor[1] is one of the route of the proposed high-speed rail in India. The line is part of the Diamond Quadrilateral Program, which seeks to unite the cities of New Delhi, Kolkata, Mumbai and Chennai via high speed rail. This travels along the Delhi–Howrah main line from Tundla to Howrah. The train expects to cut the journey time for the 1,500 km (930 mi) between the national capital of India, New Delhi, and the capital of the Indian state of West Bengal, the city of Kolkata, to just 5 hours 30 minutes.

Delhi–Kolkata high-speed rail corridor
w
Overview
StatusApproved
LocaleDelhi
Uttar Pradesh
Bihar
Jharkhand
West Bengal
TerminiNew Delhi
Howrah
StationsTBA
Service
TypeHigh-speed rail
Operator(s)Indian Railways
Technical
Line length1,500 km (930 mi)
Track gauge1,435 mm (4 ft 8 12 in) standard gauge
Electrification25 kV AC overhead lines
Operating speed200–320 km/h (120–200 mph)
Route map
New Delhi railway station
Agra Cantonment railway station
Kanpur Central railway station
Lucknow Charbagh railway station
Varanasi Junction railway station
Patna Junction railway station
Howrah Junction railway station

According to the British company Mott McDonald, which undertook a pre-feasibility study of the project, the estimated cost for construction will be around 5 trillion (US$70 billion). The speed expected is 200–320 km/h (120–200 mph). A second phase of the project has been already taken up to extend the corridor to the Howrah Terminus (Howrah Railway Station) in the metropolitan city of Kolkata.[2][3]

Currently, the international consortium INECO-TYPSA-ICT is carrying out the feasibility study.[4]

Status Update

Delhi-Varanasi Corridor (Phase I)

  • October 2020: Feasibility report submitted to Ministry of Railways[5]
  • December 2020: NHSRCL to conduct ground survey using LiDAR technique[6]
  • January 2021: NHSRCL starts LiDAR survey[7]

References

This article is issued from Wikipedia. The text is licensed under Creative Commons - Attribution - Sharealike. Additional terms may apply for the media files.