- Railway’s non-interlocking work at Palwal station going on
- Changed route will go via Agra, Cantt-Mathura-Ghaziabad
Chronicle Reporter, Bhopal
Due to pre-non and non-interlocking work at Palwal railway station of Northern Railway, the routes of two dozen trains including Punjab Mail, Chhattisgarh have been changed from 4 September. All these trains pass through Bhopal division. These trains will go to their destination via the changed route via Agra Cantt-Mathura-Ghaziabad.
Railway Public Relations Officer Naval Agarwal said that passengers should travel only after taking information on 139 or NTES. These trains include 12137/12138 Punjab Mail from 5th to 16th September, 12617/12618 Mangala, 12621/12622 Tamil Nadu from 4th to 15th September, 12625 Kerala from 15th September, 12647 Kongu Express from 8th and 15th September, 12688 Chandigarh-Madurai Express from 6th, 9th, 13th and 16th, 12779/12780 Goa Express from 4th to 17th September, 14319 Ujjaini Express from 5th, 11th and 12th September, 14310 Ujjaini Express from 10th, 11th and 17th September will go via diverted route. Similarly, 14317 Laxmi Bai Nagar-Yoga Nagari Rishikesh- Express will go via the diverted route on 07, 08, 14 and 15 September, 14318 Express will go via the diverted route on 06, 07, 13 and 14 September, 16031 Andaman Express will go via the diverted route on 05, 08, 11, 12 and 15 September. 16032 Andaman Express will go via the diverted route on 06, 07, 13 and 14 September. Similarly, via Rohtak-Asthal Bohar-Rewari-Alwar-Mathura, 16317 Himsagar Express will go via the diverted route on 06 and 13 September and 16318 Himsagar will go via the diverted route on 09 and 16 September. Similarly, 16787 Tirunelveli-Shri Mata Vaishno Devi Katra Express on 09 September, 16788 Mata Vaishno Devi Katra-Tirunelveli Express on 05 and 12 September, 18237/18238 Korba-Amritsar Chhattisgarh from 05 to 16 September, 20805/20806 Visakhapatnam-New Delhi Andhra Pradesh Express from 04 to 15 September will go via the diverted route via Agra Cantt-Mathura-destination.