India's First Port-based e-Methanol Production Facility to Produce and Supply Green Fuel to Ships

1. At a Glance

• India's first port-based e-methanol plant. Foundation stone laid at Deendayal Port Authority (DPA), Kandla, Gandhidham, Gujarat. [1]
• Capacity is 150 tonnes per day (TPD). It uses renewable power, water and biogenic CO2 to make e-methanol, a green shipping fuel. [1]
• Fuel is meant for vessels on the Asia-Europe International Trade Corridor, which positions India as an exporter of green fuel to global shipping. [1]
• UPSC relevance: it links green hydrogen/green molecules, maritime decarbonisation, Net Zero 2070, Atmanirbharta, and Centre-state and PSU partnership. [1]

2. Why in the News

• On 26 Sep 2026, Gujarat CM Bhupendra Patel, Union Minister of Ports, Shipping and Waterways Sarbananda Sonowal and Assam CM Dr Himanta Biswa Sarma laid the foundation stone. [1]
• The ceremony was held at the DPA Exhibition Ground, Gandhidham. [1]

3. Background & Evolution

• Rationale: cleaner shipping, India as a green-fuel exporter, Net Zero by 2070, energy self-reliance (Atmanirbharta) and Make in India, Make for the World. [1]
• Wider maritime push [1]:
• The government plans to add 100 new ships to the merchant fleet over five years.
• It aims to make India a top-five ship-owning nation by 2047.

• Maersk has begun ordering containers manufactured in India.

• Related DPA projects [1]:

• The DPA-Cochin Shipyard Ltd (CSL) shipbuilding project at Vadinar (₹1,520 crore) is underway.

• A greenfield shipbuilding and repair cluster at Kuchhadi, Porbandar has in-principle approval.

• Timeline [1]:

• Phase I is targeted for January 2027.

• Phase II is targeted for March 2027.

• Predecessors: the release cites none. A background section on earlier green-hydrogen or methanol initiatives would need further sourcing (not retrieved).

4. Core Static Facts

Item	Fact
Location	Deendayal Port Authority, Kandla (Gandhidham, Gujarat) [1]
Promoters	DPA and Assam Petro-Chemicals Ltd (APCL), based at Namrup, Assam [1]
Ministry	Ports, Shipping and Waterways (MoPSW) [1]
Capacity	150 TPD, built in phases as scalable modules [1]
Phase I	+50 TPD, ₹1,200 crore, target Jan 2027 [1]
Phase II	+100 TPD, ₹1,100 crore, target Mar 2027 [1]
Total investment	₹2,300 crore [1]
Capital ratio	76:24 (DPA:APCL) [1]
DPA contribution	Equity of ₹567.32 crore, 75 acres of land, desalinated water, and renewable energy in the form of green hydrogen [1]
Feedstock	Renewable power, water, biogenic CO2 [1]
Claimed cost	US$750/tonne vs global US$1,300/tonne [1]
Jobs	More than 3,500 direct and indirect [1]
Target route	Asia-Europe corridor; Kandla to become a green-fuel hub on the Singapore–Rotterdam route [1]

5. Multi-Dimensional Analysis

Economic

• The official cost claim is US$750/t against US$1,300/t globally. It is a claim by the promoters and government, not an independent estimate. [1]
• The ₹2,300 crore investment and 3,500+ jobs are expected to stimulate a green energy value chain covering transport, storage and supply. [1]
• The plant is framed as an export earner. [1]

Environmental

• It uses biogenic CO2 (carbon of biological origin), renewable power and green hydrogen. This supports Net Zero 2070 and cleaner shipping. [1]

Geopolitical / Strategic

• Kandla is positioned on the Singapore–Rotterdam route, one of the world's busiest trade corridors. [1]
• The project supports the aim of being a top-five ship-owning nation by 2047. [1]

Administrative / Federal

• The project is a partnership between a central major port authority and an Assam-based company. [1]
• The release presents it as an example of Ek Bharat Shreshtha Bharat, linking Assam and Gujarat. [1]
• Sonowal and Sarma both framed it as a model for other major ports and as Northeast–West cooperation. [1]

Scientific / Technological

• The plant uses a modular, phased design (50 TPD + 100 TPD). [1]
• It combines a renewable-hydrogen input with biogenic CO2. [1]

6. Recent Developments (last 12-18 months)

• 26 Sep 2026: foundation stone laid for the Kandla e-methanol plant. [1]
• Also reported in the same release [1]:
• The DPA-CSL Vadinar shipbuilding project (₹1,520 crore) is underway.
• The Kuchhadi (Porbandar) shipbuilding cluster has in-principle approval.

• Maersk has begun ordering containers made in India.

• No further developments were verified. No additional searches were run.

7. Prelims Hooks

• Kandla is the site of India's first port-based e-methanol plant. [1]
• Plant capacity is 150 TPD. [1]
• The plant is built in two phases: 50 TPD, then 100 TPD. [1]
• Total investment is ₹2,300 crore: ₹1,200 crore for Phase I and ₹1,100 crore for Phase II. [1]
• Partners are Deendayal Port Authority and Assam Petro-Chemicals Ltd (Namrup). [1]
• The equity split is 76:24, DPA:APCL. [1]
• DPA's equity is ₹567.32 crore. It also provides 75 acres, desalinated water and green hydrogen. [1]
• Feedstock is renewable power, water and biogenic CO2. [1]
• The plant targets the Asia-Europe trade corridor. [1]
• Phase I is targeted for Jan 2027 and Phase II for Mar 2027. [1]
• Net Zero target year cited is 2070. [1]
• Ship-owning ambition: top five by 2047, with 100 new ships in five years. [1]
• The DPA-CSL Vadinar shipbuilding project is worth ₹1,520 crore. [1]
• Nodal ministry is Ports, Shipping and Waterways. [1]

8. The Rule That Was Meant to Create the Buyers Is on Hold

• Ships will only pay extra for green fuel if a law forces them to
• Green methanol costs far more than the fuel oil ships burn today. No ship owner switches by choice.

• So the demand for this plant's fuel depends on the IMO Net-Zero Framework — a proposed global rule that would set a marine fuel standard (a limit on how dirty a ship's fuel can be) plus a price on greenhouse gas emissions from ships. It would be added to the MARPOL treaty and would be the first legally binding global system to cut shipping emissions [5].

• That rule was not adopted when it was supposed to be

• At a special session of the IMO's Marine Environment Protection Committee (MEPC) in London, 14-17 October 2025, countries could not agree. They voted to put the decision off for 12 months and meet again a year later [5].

• Before that, the plan was for the framework to enter into force in 2027 and to cut shipping emissions by at least 20% by 2030, 70% by 2040, and reach net zero by about 2050 [6].

• Why this matters for Kandla

• Phase I is targeted for January 2027 [1]. The rule that would make its fuel worth buying may still be unsigned by then.
• A ₹2,300 crore plant [1] that starts before its market rule exists must either sell at a loss, sit idle, or wait. This is the single biggest risk in the project, and the release does not mention it [1].

9. Where Will the Green Hydrogen and the Biogenic CO2 Actually Come From?

• e-methanol is made from two inputs, and both are hard to get in bulk
• Green hydrogen: hydrogen split out of water using renewable electricity.

• Biogenic CO2: carbon dioxide that came from plants, not from coal or oil — for example CO2 given off by ethanol plants or biogas plants.

• The green hydrogen unit already at Kandla is a pilot, not a supply line

• DPA has commissioned a megawatt-scale green hydrogen facility at Kandla costing about ₹13 crore, making close to 140 tonnes a year [3].
• The new plant is meant to make 150 tonnes of methanol a day [1]. A 140-tonne-a-year hydrogen unit cannot feed that. A much larger electrolyser plant is needed, and the release does not say who builds it or what it costs [1].

• Kandla is one of three ports MNRE has recognised as a green hydrogen hub, along with V.O. Chidambaranar (Tuticorin) and Paradip [3]. Recognition is a label; it is not an electrolyser.

• No biogenic CO2 source is named

• The release lists biogenic CO2 as a feedstock but never says which plant will supply it, how much, or at what price [1].
• If biogenic CO2 falls short, the easy shortcut is to use fossil CO2 instead. The fuel would then no longer be true e-methanol — which is exactly the difference the note's trap section warns about [1].

10. Making the Fuel and Getting It Into a Ship's Tank Are Two Different Projects

• Bunkering is the act of filling a ship's fuel tank at port. It needs its own hardware
• Storage tanks, pipelines, barges and safety systems — methanol is poisonous and catches fire at a much lower temperature than the heavy oil ports handle today, so tanks, hoses and crew training all have to be different.

• V.O. Chidambaranar Port shows the scale of this separate job: a ₹42 crore, 750 cubic metre green methanol bunkering and refuelling facility, meant to run a Coastal Green Shipping Corridor between Kandla and Tuticorin [3].

• The Kandla announcement covers production, not delivery

• The ₹2,300 crore and the 150 TPD are for making methanol [1]. No bunkering terminal, storage capacity or delivery arrangement at Kandla is announced in the release [1].

• Without it, the fuel has to be trucked or shipped elsewhere to reach a vessel. That adds cost and quietly eats into the claimed US$750 a tonne advantage [1].

• A small home market already exists and is worth using

• The Kandla-Tuticorin green corridor is an Indian-flag, Indian-rule route [3]. It can buy fuel on day one without waiting for the IMO to agree.
• Export to the Singapore-Rotterdam route is the bigger prize but the slower one [1].

11. The Honest Case for Building Before the Rules Arrive

• The strongest argument against everything above
• Green fuel plants take years. Electrolysers, land, water and CO2 supply cannot be arranged in six months. If India waits for the IMO rule to be signed, the plants get built in China, Chile or the Gulf first, and Indian ports end up buying the fuel instead of selling it.
• India already has the pieces in place: the National Green Hydrogen Mission, launched January 2023 with an outlay of ₹19,744 crore up to FY 2029-30 [4], and port land, desalinated water and renewable power at Kandla [1].

• The project was not rushed. An MoU between Assam Petro-Chemicals and DPA for a 150 TPD e-methanol plant at Kandla came first, and the foundation stone followed [2]. This is a planned sequence, not an announcement.

• What is right in this argument, and what still is not answered

• Right: building early is the only way to be a supplier rather than a buyer, and the modular design (50 TPD, then 100 TPD) lets India stop or speed up as demand becomes clear [1]. That is a sensible hedge.
• Still open: a first-mover needs a buyer who has signed something. The release names no long-term purchase agreement with any shipping line [1]. "Maersk has begun ordering containers made in India" [1] is about containers, not about buying fuel — do not use it as proof of demand in an answer.

12. Four Things That Must Be Fixed, and Who Must Do Them

• MoPSW and DPA should sign long-term fuel purchase agreements before Phase I opens
• A plant with no signed buyer carries the whole price risk itself.

• Fixed-volume, fixed-price deals with shipping lines shift that risk and let banks lend at lower rates. The release names no such deal [1].

• MNRE and MoPSW should tie the green hydrogen supply to the methanol plant, in writing

• Kandla's own hydrogen unit makes about 140 tonnes a year — nowhere near what 150 TPD of methanol needs [3].

• The National Green Hydrogen Mission has ₹19,744 crore to spend till FY 2029-30 [4]. A share of it should be committed to an electrolyser sized for this plant, with a date, instead of leaving "DPA will provide green hydrogen" as a line in a press release [1].

• DPA should build the bunkering terminal on the same timeline as the plant

• Tuticorin's ₹42 crore, 750 cubic metre green methanol bunkering facility is the working model to copy [3].

• If the terminal lags the plant, India will be making export fuel it cannot hand to a ship at its own berth.

• India should use the extra year at the IMO, not wait it out

• The MEPC deferred the Net-Zero Framework by 12 months [5]. Countries are expected to keep talking in between [5].

• India is now a fuel producer, not only a shipping user. Its negotiating position should push for the fuel standard and emission pricing that give its own e-methanol a buyer, while protecting the cost concerns of developing countries that caused the split [5].

• Create guaranteed Indian demand as a fallback

• The Kandla-Tuticorin Coastal Green Shipping Corridor is an existing policy vehicle [3].
• A blending or minimum-purchase requirement on coastal and government-chartered vessels would give the plant a floor of sales that does not depend on a treaty being signed.

13. Anchors for Answers

• Data: 150 TPD capacity, ₹2,300 crore total, 76:24 DPA:APCL equity, claimed US$750/tonne against US$1,300/tonne globally [1]
• Data: Kandla's existing green hydrogen unit — about 140 tonnes a year, ~₹13 crore [3]
• Data: National Green Hydrogen Mission — launched January 2023, outlay ₹19,744 crore till FY 2029-30 [4]
• Law/Treaty: MARPOL Annex VI amendments carrying the IMO Net-Zero Framework — a global marine fuel standard plus emission pricing; adoption deferred by 12 months at the MEPC extraordinary session, London, 14-17 October 2025 [5]
• Targets to quote: shipping emissions to fall at least 20% by 2030, 70% by 2040, net zero by around 2050; framework was expected in force in 2027 [6]
• Comparison (within India): V.O. Chidambaranar Port's ₹42 crore, 750 m³ green methanol bunkering facility — delivery infrastructure built as a separate project from production [3]
• Scheme: MNRE green hydrogen hub recognition for Deendayal (Kandla), V.O. Chidambaranar (Tuticorin) and Paradip ports; Kandla-Tuticorin Coastal Green Shipping Corridor [3]
• Predecessor step: APCL-DPA MoU for the 150 TPD Kandla e-methanol plant, signed before the foundation stone [2]

14. Mains Relevance

• GS-III: Infrastructure (ports, shipping); Energy; Environment (conservation, climate mitigation); Economy (investment, employment).
• GS-II: Centre-state and inter-state cooperation, and government policies and interventions (the Assam–Gujarat partnership).
• Likely stems: 1. Green methanol can make Indian ports hubs of maritime decarbonisation. Discuss the opportunities and challenges. 2. Examine how the Kandla e-methanol project reflects India's twin goals of Net Zero 2070 and energy self-reliance. 3. Port-led green-fuel bunkering can turn India into an exporter of clean energy. Critically analyse.

15. Related Topics to Study Next

• National Green Hydrogen Mission: it supplies the hydrogen input for e-fuels.
• Green shipping and maritime decarbonisation (IMO targets): this is the demand driver for green marine fuels.
• Major Port Authorities Act and port governance: DPA is a central major port.
• Net Zero 2070 / India's NDCs: they set the climate policy frame.
• Shipbuilding and merchant-fleet promotion: the same release links the two.
• Carbon capture, utilisation and biogenic CO2 sourcing: it is the carbon input for methanol.
• Ek Bharat Shreshtha Bharat: the release frames the project under it.
• Renewable energy in Kutch/Gujarat: it supplies the power feedstock.

16. Common Errors / Trap Areas

• e-methanol vs green vs grey methanol: here, e-methanol uses renewable power and biogenic CO2, not fossil CO2. [1]
• First: it is the first port-based e-methanol plant. The release also calls it "amongst the largest" in India, not the largest. [1]
• Partner mix-up: the partners are DPA (76%) and APCL (24%). Do not swap the ratio or mistake APCL for a Gujarat entity. [1]
• Capacity vs investment: the 150 TPD is a cumulative figure (50 + 100). The ₹2,300 crore is also cumulative (₹1,200 crore + ₹1,100 crore). [1]
• Ministry: it is MoPSW, not the Ministry of New and Renewable Energy (MNRE). [1]
• Cost figures: US$750 vs US$1,300 per tonne are official claims, not verified benchmarks. [1]