Posted inSectors

First trial run of double stack train conducted on Rewari-Madar section of WDFC

Various industries in Rewari – Manesar, Narnaul, Phulera & Kishangarh areas of Rajasthan & Haryana to be benefitted

First trial run of double stack train conducted on Rewari-Madar section of WDFC

An inaugural Trial-Run of Indian Railways (IR) freight train on the newly built Rewari-Madar section of Western Dedicated Freight Corridor (WDFC), covering a distance of about 306 kms (Total 663 track Km) was conducted on 27th December. The trial run was flagged off from New Kishangarh Station by Station sr. executive Ravindra Sharma in the presence of Anurag Sachan, managing director, Dedicated Freight Corridor Corporation India (DFCCIL).

The Rewari-Madar section is in Haryana State (for approximately 79 Km in Mahendragarh & Rewari districts) and Rajasthan State (for approximately 227 Km in Jaipur, Ajmer, Sikar, Nagaur & Alwar districts). This section contains 16 major bridges and viaduct (1 viaduct & 15 major bridges), 270 minor bridges, 4 Rail Fly Overs, 19 Road Over Bridges (11 completed and 8 under construction) & 178 Road Under Bridges eliminating 148 Level crossings. There are 9 newly built DFC stations in this section, six crossing stations (i.e. New Dabla, New Bhagega, New Madhopur, New Pachar Malikpur, New Sakun and New Kishangarh) and three junction stations (i.e. New Rewari, New Ateli and New Phulera).

DFCCIL will run freight trains at the maximum speed of 100 Kmph hour as against the current maximum speed of 75 kmph on Indian Railway tracks whereas the average speed of freight trains will also be increased from existing speed of 26 kmph on Indian Railways lines to 70 kmph on Dedicated Freight Corridors (DFC).

Industrial Areas likely to benefit

The opening of this stretch will benefit various industries in Rewari – Manesar, Narnaul, Phulera & Kishangarh areas of Rajasthan & Haryana. In addition to this, the container depot of CONCOR at Kathwas will also come on DFC map and get advantage in terms of faster throughput.