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In a landmark achievement for India’s freight sector, Indian Railways has recorded a staggering 170% increase in cement transportation over the past four months, directly attributed to sweeping logistics reforms introduced in November 2024. This surge marks a pivotal shift in bulk commodity supply chains, positioning rail as an increasingly competitive alternative to road transport for the construction materials industry.
The dramatic uptick follows the Ministry of Railways’ comprehensive overhaul of bulk cement transportation policy, which introduced three game-changing elements: specialized tank containers for end-to-end multimodal logistics, a simplified flat freight rate of ₹0.90 per tonne-kilometer based on Gross Tonne Kilometer (GTKM), and a new policy framework for developing dedicated bulk cement terminals nationwide.
Previously, cement logistics relied heavily on road transport due to rail’s fragmented handling, distance-based pricing slabs, and lack of seamless last-mile connectivity. The new GTKM-based flat rate eliminates distance disparities, making rail freight predictably cost-effective regardless of haul length. This pricing transparency is critical for supply chain planners managing margins in India’s competitive construction sector.
Central to the reform is the “Bulk Cement Terminal” policy, which mandates construction of terminals with direct rail connectivity, equipped with mechanized silos, hoppers, and bagging plants. These terminals enable rapid loading/unloading, reduce wagon turnaround time, and minimize material loss—key pain points in cement supply chains. By concentrating handling infrastructure near consumption centers, the Railways is creating hub-and-spoke distribution networks that mirror world-class logistics models.
The specialised tank containers are pollution-free, eliminate packaging costs, and support seamless multimodal movement from cement plants to terminals to construction sites. This end-to-end containerization reduces transshipment delays, a traditional bottleneck in rail freight.
The modal shift from road to rail carries profound implications for India's construction supply chains. Lower logistics costs will directly improve project margins in affordable housing and infrastructure as rail emits significantly less CO₂ per tonne-km than trucks, supporting ESG goals. Dedicated terminals and containerisation reduce transit variability, and infrastructure expansion supports India's target of 600Mt cement production by 2030. The Railways now aims to increase cement’s modal share to 30% by 2030, up from current levels, while also targeting the fly ash market with similar logistics reforms.
Hence, this transformation signals that rail is no longer a backup option but a primary corridor for bulk cement. The reforms demonstrate how policy intervention, infrastructure investment, and technology (tank containers) can synergize to unlock modal shift potential. As India’s Gati Shakti initiative continues integrating multimodal corridors, cement supply chains will increasingly adopt global best practices in efficiency and sustainability. This 170% surge is not just a statistical milestone, it’s proof that India’s freight logistics are maturing into a competitive, integrated supply chain ecosystem.
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Container Corporation of India (CONCOR) Chairman and Managing Director (CMD) Ajit Kumar Panda visited the Container Freight Station, Dronagiri Rail Terminal (CFS-DRT) in the Mumbai Cluster, as part of the company’s focus on strengthening terminal operations and enhancing rail-linked logistics services. The Dronagiri facility is an important cargo-handling node supporting EXIM and domestic containerised cargo flows in the Mumbai region. CONCOR’s Dronagiri Node, commissioned in March 2003, spans around 59 acres and has an annual handling capacity of approximately 200,000 TEUs. Its catchment extends across Mumbai, Pune, Aurangabad, Vapi, Gujarat and Madhya Pradesh. During the visit, Panda reviewed the terminal’s operations and interacted with the Mumbai Cluster team, with the engagement highlighting the importance of efficient terminal management, customer-focused services and stronger integration of rail-based freight movement within the wider logistics network. The Dronagiri facility also supports warehousing and a broad range of EXIM cargo. Its infrastructure includes dedicated EXIM, domestic and bonded warehousing capacity. CONCOR has also developed capabilities at Dronagiri for handling out-of-gauge (ODC) export and import flat-rack containers, supported by first- and last-mile transportation services connecting the CFS with Jawaharlal Nehru Port terminals. Panda’s visit comes amid CONCOR’s continued emphasis on operational excellence, multimodal connectivity and strengthening logistics infrastructure across key trade gateways. The company has been working to improve rail connectivity, terminal efficiency and customer-centric logistics solutions, supporting more seamless cargo movement across India’s supply chain. The visit underscores the strategic importance of the Mumbai Cluster and Dronagiri Rail Terminal in facilitating efficient containerised trade and reinforcing CONCOR’s role in India’s rail-based logistics ecosystem. 𝐒𝐭𝐚𝐲 𝐓𝐮𝐧𝐞𝐝 𝐭𝐨 CARGOCONNECT 𝐟𝐨𝐫 𝐥𝐚𝐭𝐞𝐬𝐭 𝐮𝐩𝐝𝐚𝐭𝐞𝐬!
Indore: Indian Railways is preparing to operate the country’s first hydrogen-powered train at speeds of up to 110 kmph, following successful trials at speeds of 120 kmph, Railway Board Chairman and CEO Satish Kumar said on Sunday. Prime Minister Narendra Modi had flagged off India’s first hydrogen-powered train on July 17, marking a significant step in the Railways’ efforts to introduce cleaner propulsion technologies. The train operates on the 89-km Jind–Sonipat route in Haryana. Unlike conventional electric trains that rely on overhead power lines, the hydrogen fuel-cell trainset generates electricity onboard through an electrochemical reaction between hydrogen and oxygen. The process produces water vapour and heat as by-products, eliminating combustion, smoke and tailpipe carbon emissions. The hydrogen train is part of Indian Railways’ broader efforts to explore alternative propulsion technologies and reduce emissions from rail operations. Its deployment could also offer a pathway for cleaner rail connectivity on routes where conventional electrification may be less practical. Follow CARGOCONNECT for more such updates
Indian Railways plans to expand capacity on about 11,000 km of high-density routes by developing four-track infrastructure, targeting corridors that currently carry roughly 41% of the railway network’s traffic despite accounting for only 16% of its route length. Railway Minister Ashwini Vaishnaw said the programme covers seven major corridors linking some of India’s largest industrial, commercial and population centres. The proposed expansion is intended to ease congestion and provide additional capacity for both freight and passenger services as demand increases. The seven identified routes are Delhi–Howrah, Howrah–Chennai, Chennai–Mumbai, Mumbai–Delhi, Delhi–Chennai, Mumbai–Howrah and Delhi–Guwahati. Together, they form the core of the railway network’s high-density traffic corridors. The four-laning programme would create four railway lines along the identified routes, allowing the network to accommodate more train movements and providing greater flexibility in managing passenger and freight traffic. Some sections already have four tracks, while work is under way on other stretches. According to Vaishnaw, only a relatively small portion of the identified network remains in the detailed project report approval stage, with construction expected to proceed as project clearances are completed. For freight operators, additional capacity on these trunk routes could improve the availability and reliability of train paths, particularly on sections where passenger and goods services compete for limited track capacity. It could also support the wider shift of cargo from road to rail by providing more room for freight services. The expansion would complement the Eastern and Western Dedicated Freight Corridors, which have added dedicated infrastructure for freight movement on two major national routes. Additional capacity on the conventional network could help improve connectivity between production centres, ports, distribution hubs and major consumption markets. The government has also linked greater rail capacity to its objective of reducing logistics costs. Vaishnaw has cited lower per-tonne-kilometre transport costs for rail compared with road as a reason for expanding the network, while also pointing to rail’s lower environmental impact. By concentrating investment on corridors responsible for a disproportionate share of traffic, Indian Railways is seeking to address its most significant capacity constraints while creating additional headroom for future growth in freight and passenger movement. Follow CARGOCONNECT for more such updates
