Kandla plans e-methanol production to supply cleaner fuel for ships
Where it stands
A planned e-methanol plant at Kandla could give ships another source of lower-emission fuel near an Indian port. The foundation was laid on 26 September 2026 for the ₹2,300 crore project. Deendayal Port Authority and Assam Petrochemicals Limited are developing the proposed 150-tonne-per-day facility in Gujarat. The project links renewable electricity, water and biogenic carbon dioxide to fuel production. Renewable power can produce hydrogen from water; combining that hydrogen with captured carbon dioxide can make methanol. The resulting liquid can supply ships equipped to use it, rather than requiring every vessel to keep relying on conventional fossil fuel. This is a construction-stage announcement, not proof that the plant is already supplying ships. The two production phases have targets in 2027. Nor does the word 'green' mean methanol releases no carbon dioxide when burned. Its climate benefit depends on how the fuel is made and used across its full life cycle.
Background
Ships need substantial energy to carry goods over long distances. Conventional marine fuels generally obtain that energy from fossil carbon. Burning them adds carbon dioxide to the atmosphere, making shipping part of the wider challenge of reducing greenhouse-gas emissions. Changing the fuel requires more than identifying a promising chemical. A ship needs suitable engines and fuel-handling systems, while ports need dependable supplies. A production facility near a port can connect these requirements by placing fuel close to the vessels that may use it. Methanol is a liquid fuel, but its name alone does not establish its environmental performance. Production using fossil inputs is different from production using renewable electricity and an appropriate carbon source. E-methanol uses electricity-derived hydrogen as an important input; the origin of that electricity therefore matters. This is why the International Maritime Organization assesses marine fuels from production through use on board. Counting only what comes out of a ship's exhaust would miss emissions created earlier in the supply chain. Kandla's proposal must be understood as an attempt to build that cleaner supply chain, with actual production and emissions still to be demonstrated.
How it developed
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26 September 2026; foundation laid at KandlaHow it started
A two-phase project aims to connect renewable inputs with port fuel demand
The first phase targets 50 tonnes of daily production by January 2027, with an investment of ₹1,200 crore. A second phase targets another 100 tonnes per day by March 2027, involving ₹1,100 crore. Together these plans account for the announced capacity and investment; neither target is a record of completed output. The project proposes using renewable power, desalinated water and carbon dioxide from biological sources. The port location is intended to help serve maritime fuel demand, including shipping routes linking Asia and Europe. That proximity can help the supply chain, but ships still need compatible equipment and a commercial reason to choose the fuel. The next meaningful milestones are construction, commissioning and sustained production. An announced capacity tells readers what the developers intend to build. It does not tell them how much fuel has already been sold or how much shipping emissions have already fallen.
Why it matters for UPSC
For GS3, connect green hydrogen, maritime decarbonisation and port infrastructure. Explain why the production pathway matters as much as the fuel name. Distinguish planned capacity, actual output and verified life-cycle emissions.
Key terms
Sources (3)
- Ministry of Ports, Shipping and Waterways / PIB · official · Foundation laid for port-based e-methanol plant at Kandla
- International Maritime Organization · official · Lifecycle greenhouse-gas intensity guidelines for marine fuels
- Business Standard / PTI · Kandla e-methanol project and planned production phases