In a continuous push toward sustainable domestic freight transport, a commercial shipment of approximately 1,400 metric tonnes (MT) of stone chips has been moved from the Multi-Modal Terminal (MMT) at Sahibganj in Jharkhand to Patna in Bihar via National Waterway-1 (NW-1) on the Ganga river network.

The shipment forms part of structured operational sailings facilitated under the Inland Waterways Authority of India (IWAI) and the Ministry of Ports, Shipping and Waterways. The cargo was loaded onto specialized river barges at the Sahibganj terminal before navigating upstream along the river corridor towards Gaighat and Simaria ghat handling terminals in Bihar.

Key Highlights of the Movement

  • Substantial Modal Shift: Transporting 1,400 MT of bulk construction material by inland water transport (IWT) effectively takes dozens of heavy freight trucks off congested regional highways, drastically curbing carbon emissions and fuel costs.

  • Terminal-to-Terminal Efficiency: The operation leverages the purpose-built infrastructure of the Sahibganj Multi-Modal Terminal a key asset under the Jal Marg Vikas Project designed to streamline the transfer of bulk cargo like stone aggregate, coal, and fertilizer between rail, road, and river networks.

  • Boosting Scheduled Cargo Services: The consignment was mobilized under ongoing national initiatives, including scheduled river transit schemes aimed at providing dependable timetables and cargo aggregation for industrial shippers along the Varanasi–Patna–Sahibganj–Haldia corridor.


The Sahibganj-to-Patna corridor is strategically vital for Eastern India’s infrastructure expansion. Sahibganj serves as a key sourcing hub for high-grade stone aggregates and quarry materials, which are in heavy demand across Bihar and neighboring states for roadbuilding, bridge construction, and urban infrastructure projects.

Demonstrating seamless barge transit for heavy bulk aggregates proves the economic and operational viability of National Waterway-1 as a cost-effective, high-capacity alternative to conventional freight modes.