Amit Shah Flags Off India's First LNG Train From Sabarmati, Promising Annual Savings Of 23.9 Lakh Rupees India's first liquefied natural gas powered train was flagged off by Union Minister Amit Shah from Sabarmati in Gujarat. Featuring a dual-fuel system, the train reduces diesel usage by up to 40 percent and promises significant annual financial savings. Indian Railways has marked another significant milestone in its transition toward sustainable energy solutions. Union Home and Cooperation Minister Amit Shah flagged off the country's first Liquefied Natural Gas powered train from Sabarmati railway station in Gujarat. Developed under the initiative of the Ahmedabad Rail Division, the project introduces LNG-based fuel technology in the train's Driving Power Cars, allowing the locomotive to operate seamlessly on both LNG and traditional diesel based on fuel availability. Dual-Fuel Technology and Trial Success As part of this ambitious green mobility project, two Driving Power Cars with a power capacity of 1400 HP were converted into an LNG-diesel dual-fuel system. Before launching the regular service, extensive operational testing was conducted, during which the converted power cars completed more than 2000 kilometers of field trials. The deployment of this technology enables a reduction in diesel consumption by up to 40 percent. The LNG train set was manufactured by the Integral Coach Factory located in Chennai. How the Dual-Fuel Engine Operates The newly launched train does not rely solely on natural gas; instead, it utilizes a versatile dual-fuel mechanism. Based on fuel supply and operational conditions, the engine can switch dynamically between LNG and diesel. This ensures that if LNG is temporarily unavailable, the train can continue its journey uninterrupted on diesel power without impacting schedule reliability. To understand the mechanics simply, it functions similarly to a dual-fuel passenger car. Just as a CNG car can switch between CNG and petrol based on driver input or fuel levels, this locomotive can alternate between diesel and LNG while maintaining full operational capabilities on the track. Environmental Impact and Financial Savings Adopting LNG offers substantial environmental and monetary advantages over conventional diesel power. The system helps curb emissions of major atmospheric pollutants, including Carbon Dioxide, Nitrogen Oxide, and Particulate Matter, thereby contributing to cleaner air quality along rail corridors. Economically, LNG offers a lower cost alternative to standard diesel fuel. According to estimates from Indian Railways, converting a single Driving Power Car yields annual fuel savings of approximately 11.9 lakh rupees. For an 8-coach train operating with two such power cars, total annual savings are projected to reach around 23.9 lakh rupees. Tank Capacity and Operating Range From an engineering standpoint, each Driving Power Car has been fitted with a specialized LNG storage tank capable of holding nearly 2200 liters, which translates to a fuel capacity of 950 to 1000 kilograms of LNG. A single tank fill enables the train to cover an operational distance of approximately 440 kilometers. The dual-fuel system is engineered to retain the same torque output, power levels, and operational performance expected from standard diesel engines. Historical Evolution of Indian Railways Energy The introduction of LNG marks a continuing evolution in traction technology for Indian Railways. The network originally relied on steam engines powered by wood and coal, before shifting toward diesel and electric locomotives. Cleaner energy experiments began in 2015 with the launch of CNG trains, followed by the inauguration of India's first hydrogen-powered train by Prime Minister Narendra Modi on July 17, 2026, running between Jind and Sonipat in Haryana. The addition of LNG technology represents another key step in diversifying railway fuel sources and lowering operational emissions. What this means for you The rollout of India's first LNG train will bring tangible environmental and operational benefits for public transit. • Across India: Expanding dual-fuel technology reduces the national railway's dependency on diesel and lowers operational fuel expenditures. Reduced greenhouse gas emissions contribute to better regional air quality along heavily traveled train routes. • In Gujarat: Rail commuters traveling through the Sabarmati and Ahmedabad sections will experience modern green transport infrastructure. Consistent operation of dual-fuel trains will help lower localized vehicular pollution around railway corridors. Why this happened Indian Railways introduced dual-fuel LNG technology to reduce operational costs and cut emissions across its network. • Fuel Cost Efficiency: Liquefied natural gas is cheaper than diesel, providing immediate operational cost savings for passenger trains. • Environmental Imperatives: The technology helps lower harmful pollutants including CO2, NOx, and Particulate Matter along rail lines. • Progressive Modernization: Following earlier CNG adoption in 2015 and the July 2026 hydrogen train rollout, LNG offers a reliable middle ground for energy transition. Questions & Answers 1. Who flagged off India's first LNG train and from where? Union Home and Cooperation Minister Amit Shah flagged off India's first LNG train from Sabarmati in Gujarat. 2. How much diesel consumption does the LNG train reduce? The dual-fuel system reduces diesel consumption by up to 40 percent. 3. What are the estimated annual financial savings for an 8-coach train? An 8-coach LNG train is estimated to save approximately 23.9 lakh rupees in fuel costs each year. 4. What is the travel range of the train on a full LNG tank? The train can cover a distance of approximately 440 kilometers on a full tank of LNG. https://trendkia.com/en/national/amit-shah-ne-sabarmati-se-desha-ki-pahali-lng-trena-ko-di-hari-jhndi-salana-hogi-23-9-lakha-rupaye-ki-bachata-39681 TrendKia — Har trend, sabse pehle.