Why In News?
India is rapidly modernising its river and canal networks to turn inland waterways into a sustainable, high-efficiency logistics engine.
What is Inland Water Transport (IWT)?
Inland Water Transport (IWT) uses rivers, canals, lakes, backwaters and creeks to transport passengers and cargo within a country.
The Inland Waterways Authority of India (IWAI), established under the IWAI Act, 1985 and operational since 1986, develops, regulates and maintains India's National Waterways.
The National Waterways Act, 2016 declared 111 National Waterways (NWs) covering 20,187 km across 23 States and 4 UTs.
IWT is India's most energy-efficient mode of bulk transport and forms a key pillar of multimodal logistics under PM Gati Shakti.
Status of India's Inland Waterways
111 National Waterways: India has 111 National Waterways, with 32 waterways already operational and the target of 50+ operational waterways by 2047.
Record Cargo Growth: Cargo movement increased from 18 MMT (2013–14) to 218 MMT (2025–26), registering a CAGR of about 20%, already surpassing the Maritime India Vision (MIV) 2030 target of 200 MMT. Target: 500 MMT by 2047.
Modal Share Target: Inland waterways currently account for around 2% of freight movement; the Government aims to raise this to 5% by 2047.
Modern Multimodal Terminals: Operational terminals at Varanasi, Sahibganj and Haldia on NW-1 integrate waterways with road and rail logistics.
Jalvahak Scheme: Provides up to 35% incentive on operating expenditure to encourage cargo owners to shift freight from road/rail to waterways on NW-1, NW-2 and NW-16 via the Indo-Bangladesh Protocol (IBP) Route.
River Cruise Growth: India is promoting river tourism on the Ganga, Brahmaputra and Kerala backwaters through new cruise circuits.
Digital Navigation: Deployment of River Information Services (RIS), Least Available Depth Information System (LADIS) and digital vessel tracking enhances navigation safety.
Major Challenges Facing the Sector
Seasonal Variations in River Depth: Many Indian rivers depend on monsoon rains and lose depth during dry summers, restricting heavy vessels that require a minimum draft of 2.5 to 3 meters to sail safely.
Limited Terminal Infrastructure: The sector lacks modern storage silos, mechanized cargo handling equipment, and temperature-controlled warehouses at many river ports, which slows down loading and unloading processes.
Need for Continuous Dredging: Rivers deposit silt and sand, demanding continuous and expensive dredging operations all year round to maintain clear navigational channels.
Last-Mile Connectivity Gaps: Railways and road freight depots often sit 50 to 200 km away from river terminals, increasing first-mile and last-mile transportation costs and discouraging businesses from using waterways.
Environmental Concerns: Heavy dredging, terminal construction, and vessel noise disturb fragile river ecosystems and threaten aquatic life, making environmental clearances highly complex.
Cross-border Coordination: Expansion of international routes requires stronger cooperation with Bangladesh, Nepal and Bhutan.
Measures to Accelerate Inland Waterway Development
Expand Navigational Infrastructure: Ensure a year-round navigable draft of 2.5–3 metres through scientific dredging, river training works and modern navigation locks.
Develop Modern River Terminals: Equip terminals with mechanised cranes, conveyor systems, Ro-Ro facilities, cold storage and bulk cargo silos to reduce vessel turnaround time and logistics costs.
Improve Multimodal Connectivity: Integrate inland waterways with Dedicated Freight Corridors (DFCs), National Highways, ports, industrial corridors and PM Gati Shakti to eliminate first- and last-mile bottlenecks.
Promote Green Inland Vessels: Implement the Harit Nauka Guidelines by promoting electric, LNG, hydrogen and hybrid vessels, supporting the goal of reducing carbon intensity of inland navigation.
Strengthen Digital Navigation: Scale up River Information Services (RIS), LADIS, Naudarshika, AIS-based navigation and real-time weather forecasting for safer and more predictable vessel movement.
Develop Cargo Aggregation Hubs: Expand Freight Villages, Integrated Logistics Parks and warehousing clusters near river terminals to ensure assured cargo volumes.
Expand Cross-Border Connectivity: Strengthen the Indo-Bangladesh Protocol (IBP) Route and integrate Nepal, Bhutan and Myanmar into regional waterway networks to boost BBIN and Act East connectivity.
Strengthen River Cruise & Tourism: Promote river cruise terminals, heritage circuits, eco-tourism and ferry services to diversify revenue sources and create employment.
Promote PPP-Based Financing: Encourage Viability Gap Funding (VGF), infrastructure investment trusts (InvITs), green bonds and blended finance for waterway infrastructure development.
Adopt Smart River Traffic Management: Integrate AI, GIS, satellite monitoring, IoT sensors and digital twin technologies for efficient river traffic management and predictive maintenance.
Ensure Environmental Sustainability: Adopt scientific dredging, environmental-flow management, fish passages and biodiversity monitoring to minimise ecological impacts.
Strengthen State Participation: Prepare State Inland Waterway Action Plans and incentivise States through performance-linked funding for developing regional waterways.
Conclusion
By integrating modern infrastructure, private investments, and green technologies, inland waterways will fundamentally transform India into a highly efficient, low-cost, and eco-friendly logistics powerhouse.
Source: DDNEWS
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PRACTICE QUESTION Q. "Inland Water Transport has the potential to transform the logistics sector by reducing costs, improving connectivity and promoting sustainable transportation." Discuss. 150 words |
