National Waterways in India: Why 111 Routes Struggle for Freight Viability

Context

India's statutory expansion under the National Waterways Act, 2016 declared 111 rivers and canals as national transport corridors. However, structural hydrological deficits and heavy transshipment penalties have restricted commercially viable freight operations to a small fraction of these routes. Inland water transport offers an exceptionally low line-haul operating cost per tonne-kilometre compared to rail and road.

Yet statutory declaration alone does not resolve the physical realities of Indian monsoonal rivers. Without year-round navigable water depth, integrated river ports, and seamless intermodal connectivity, national waterways cannot achieve meaningful commercial scale. This divide exposes an ambition gap where blanket legislative reclassification outpaces both hydrological viability and cargo-handling economics.

As of October 2026, data from the Ministry of Ports, Shipping and Waterways indicates that inland water transport accounts for only around 2% of India's domestic modal freight share. This nominal share persists despite total cargo movement on National Waterways reaching an all-time high of 218 million metric tonnes in FY 2025-26.

Cargo volumes expanded from 145.84 million metric tonnes in FY 2024-25, but bulk transport remains heavily concentrated in coal, fly ash, sand, and iron ore along fewer than three dozen active channels. This modest modal share stands in sharp contrast to global freight systems, highlighting the persistent operational gap between statutory ambition and commercial fairway viability.

India's domestic freight transport network remains overwhelmingly skewed towards road and rail haulage, leaving inland water transport at a nominal 2% share of total cargo movement. According to the Ministry of Ports, Shipping and Waterways, mature industrial economies move substantially greater proportions of domestic trade across inland river corridors. China registers approximately 9%, while the European Union achieves roughly 7% inland water modal share.

This domestic lag persists despite total freight movement on national waterways hitting consecutive records of 145.84 million metric tonnes in FY 2024-25 and 218 million metric tonnes in FY 2025-26.

The core issue is uneven distribution across river basins: cargo traffic clusters along a handful of coastal and tidal corridors moving heavy bulk materials like coal, iron ore, and fly ash, rather than diversified intermodal freight across inland states.

Parliament enacted the National Waterways Act, 2016 to consolidate fragmented navigation laws and expand central jurisdiction over India's river systems. Before this legislative overhaul, the Inland Waterways Authority of India (IWAI)—established in October 1986 under the Inland Waterways Authority of India Act, 1985—managed just five standalone National Waterways.

The 2016 Act brought 20,187 kilometres of riverine and canal waterways under central jurisdiction to expedite capital dredging, fairway aids, and river terminal construction.

In 2021, Parliament complemented this framework by passing the Inland Vessels Act, 2021, repealing the colonial-era Inland Vessels Act, 1917. The new legislation introduced unified vessel survey standards, standardised crew certification, and established a digital registry across states through the centralised Jalyan and Navic portal.

The Inland Waterways Authority of India reports that out of the 111 declared National Waterways, only 32 waterways are currently operational for commercial shipping, navigation, and passenger movement. The remaining routes face severe techno-economic unviability, lacking the hydrological discharge, commercial traffic catchment, and natural depth required to sustain self-financing navigation channels.

Policy planners have shifted from blanket network expansion toward selective corridor triage:

• Prioritised Core Corridors: Heavy institutional investment focuses on proven river arteries, led by National Waterway 1 on the Ganga-Bhagirathi-Hooghly system, National Waterway 2 along the Brahmaputra, and National Waterway 3 traversing the West Coast Canal.
• Selective Phased Rollout: Official announcements in the Union Budget 2026-27 set targets to operationalise 20 additional National Waterways over a five-year horizon, concentrating on high-potential industrial and mineral routes such as National Waterway 5 in Odisha.
• Non-viable Channel De-prioritisation: Numerous seasonal peninsular rivers declared under the 2016 Act run dry for eight months of the year, rendering commercial fairway maintenance economically unjustifiable.

Line-haul transport economics strongly favour inland water transport over land-based freight alternatives. Government logistics evaluations show that moving one tonne of cargo by barge costs approximately ₹1.06 per kilometre, compared to roughly double that cost on Indian Railways and triple that amount over the national highway network.

| Transport Metric | Inland Waterways | Indian Railways | Road Transport | | :--- | :--- | :--- | | Line-haul Cost (per tonne-km) | ₹1.06 | ~₹1.40–₹2.10 (approx. 2× barge) | ~₹2.50–₹3.20 (approx. 3× barge) | | Fuel Efficiency | Highest bulk payload per unit | High volume efficiency | Low per-unit efficiency | | Terminal Transshipment | High double-handling penalty | Moderate terminal handling | Low point-to-point friction | | Door-to-Door Viability | Dependent on intermodal link | Railhead to warehouse link | Direct point-to-point service |

The cost advantage of water transport erodes rapidly outside point-to-point riverfront industries. According to freight logistics assessments by the Asian Development Bank and the Ministry of Ports, Shipping and Waterways, inland water transit suffers from severe first-and-last mile logistics friction.

River barges cannot deliver directly to inland factories or consumption centres. Cargo must be transshipped between road trucks, railway wagons, and river berths at multi-modal terminals. Consequently, the added expenses of crane handling, storage, and local cartage frequently cancel out savings gained during the water leg.

Indian river hydrology presents acute technical hurdles to reliable year-round commercial navigation. The primary physical constraint is maintaining a consistent Least Available Depth (LAD), which drops precipitously during dry, lean seasons as upstream irrigation barrages divert surface water. Barges drawing 2.5 to 3.0 metres of draught risk grounding during lean periods without massive, continuous capital dredging.

Morphological and infrastructural bottlenecks further complicate operations:

• Monsoon Siltation and Thalweg Shifts: Monsoonal runoff deposits massive silt loads that alter braided riverbed morphology, forcing IWAI to conduct recurrent hydrographic thalweg surveys across 22 operational waterways to locate shifting navigable fairways.
• Cross-River Clearance Limitations: Low vertical air draft under older road bridges, railway crossings, and seasonal pontoon bridges blocks standard container vessels and tall roll-on/roll-off (Ro-Ro) barges.
• Digital Navigation Countermeasures: To mitigate these hazards, IWAI deployed the Portal for Asset and Navigation Information (PANI), the IWAI Vessel Tracker, and Naudarshika as the National River Traffic and Navigation System to relay real-time depth measurements and fairway hazards.

Intensive fairway engineering along natural river channels generates severe environmental externalities across vulnerable freshwater ecosystems. Proceedings before the National Green Tribunal revealed that capital and maintenance dredging strips away riverbed benthic microhabitats, spikes water turbidity, and can remobilise sequestered toxic heavy metals such as arsenic into open river water.

The environmental impact is especially pronounced on the endangered Gangetic River Dolphin (Platanista gangetica), an apex freshwater mammal that inhabits segments of National Waterway 1, including the Vikramshila Gangetic Dolphin Sanctuary. The species is virtually blind and relies entirely on biosonar navigation and echolocation clicks to navigate, communicate, and forage.

Research reviewed by the IUCN Cetacean Specialist Group and the Wildlife Conservation Trust demonstrates that motorised cargo vessels and dredging rigs generate low-frequency underwater acoustic noise that jams dolphin biosonar, triggering chronic acoustic displacement and collision risks.

The Jal Marg Vikas Project (JMVP) illustrates the structural shift required to modernise inland water transport into a commercially viable, ecologically conscious logistics network. Implemented by IWAI across a 1,390-kilometre stretch of National Waterway 1 between Haldia and Varanasi with technical and financial assistance from the World Bank, JMVP modernises navigation capacity through dedicated infrastructure.

Under this project, authorities constructed three Multi-Modal Terminals at Varanasi in Uttar Pradesh, Sahibganj in Jharkhand, and Haldia in West Bengal, alongside an Intermodal Terminal at Kalughat in Bihar. A modern navigational lock at Farakka in West Bengal was built to ease transit between the upstream Ganga and downstream Hooghly channels. River Information Services (RIS) have been commissioned across three sectors—Haldia-Farakka, Farakka-Patna, and Patna-Varanasi—utilising 4 control stations and 13 base stations to orchestrate vessel traffic.

To expand beyond heavy industrial bulk cargo, development frameworks must combine large-scale connectivity with community-level freight systems:

• Multimodal Integration: The PM Gati Shakti National Master Plan maps inland river terminals directly to the Western and Eastern Dedicated Freight Corridors and national highway networks to eliminate transshipment bottlenecks.
• Local Economic Linkages: The Arth Ganga concept (JMVP-II) introduces over 50 community jetties, farmers' mandis, and small-scale Ro-Ro operations along riverbanks to connect agrarian output with national markets.
• River Basin Prioritisation: Capital expenditure should focus on year-round perennial corridors with guaranteed cargo demand, avoiding costly maintenance dredging on hydrologically unviable seasonal rivers.

• The National Waterways Act, 2016 expanded India's declared waterways from 5 to 111 across 20,187 kilometres, but only 32 waterways are commercially operational today.
• Inland water transport accounts for roughly 2% of India's domestic modal freight share, trailing global counterparts such as China (9%) and the European Union (7%).
• Waterways deliver significant line-haul savings at approximately ₹1.06 per tonne-kilometre, but first-and-last mile transshipment friction and double handling often offset these cost benefits.
• Primary operational hurdles include seasonal discharge drops, dynamic monsoon siltation, and inadequate bridge clearances, requiring regular thalweg tracking and digital monitoring tools like PANI and Naudarshika.
• River engineering and vessel noise disrupt freshwater ecosystems and impair the echolocation and biosonar navigation of the endangered Gangetic River Dolphin.
• The World Bank-assisted Jal Marg Vikas Project demonstrates that selective corridor-level modernisation—integrating multimodal terminals, modern locks, River Information Services, and PM Gati Shakti linkages—is essential to make waterways commercially viable.