# Foundation stone laid for India’s first port-based e-methanol plant at Kandla

*A ₹2,300-crore facility at Deendayal Port Authority will produce renewable-power-based e-methanol for cleaner shipping on the Asia–Europe trade corridor.*

**Environment and Science & Technology · 27 Sep 2026 · GS: GS3, Essay · Exam yield: High**

## Why this matters

This project links India’s port infrastructure with the emerging clean-fuel economy and targets one of the hardest sectors to electrify: long-distance shipping. It can help India move from importing fossil fuels to producing and exporting cleaner marine fuel, while testing whether green industrialisation can be commercially viable.

## In plain words

The project sits at the intersection of three transitions: cleaner shipping, renewable-energy-based fuels and port-led industrial growth. At Deendayal Port in Kandla, Gujarat, a joint venture between Deendayal Port Authority and Assam Petro-Chemicals Ltd will establish India’s first port-based e-methanol plant. Its planned capacity is 150 tonnes per day, with total investment of about ₹2,300 crore. The foundation stone was laid in September 2026. ([m.economictimes.com](https://m.economictimes.com/industry/renewables/india-to-set-up-first-port-based-e-methanol-facility-at-kandla-for-rs-2300-cr/articleshow/134506894.cms))

The plant will use renewable electricity, water and biogenic carbon dioxide to make e-methanol. In simple terms, renewable electricity helps produce green hydrogen from water; that hydrogen is combined with carbon dioxide obtained from biological sources to produce methanol. Unlike conventional methanol made mainly from coal or natural gas, this route can substantially reduce climate pollution if the electricity, carbon source and entire production chain are genuinely clean. The fuel can then be stored and supplied to ships at the port.

The strategic value is location. Kandla is a major western Indian port close to international sea routes, so production, storage and ship-fuelling infrastructure can be integrated at one site. The project aims to serve vessels on the Asia–Europe trade corridor and could make India a supplier of cleaner marine fuel. It is not a complete solution: ships must be compatible with methanol, supplies of clean electricity and biological carbon must be reliable, and actual environmental gains must be verified across the full production chain.

## Key facts

- The plant is being established at Deendayal Port Authority in Kandla, Gujarat.
- It is designed to produce 150 tonnes of e-methanol per day.
- The project is a joint venture between Deendayal Port Authority and Assam Petro-Chemicals Ltd.
- Production will use renewable power, water and biogenic carbon dioxide.
- The facility aims to supply low-carbon marine fuel to vessels operating on the Asia–Europe trade corridor.

## How we got here

India’s clean-fuel push gained a national framework with the National Green Hydrogen Mission, approved in 2023. The mission seeks to develop green hydrogen and derivative fuels such as green ammonia and green methanol, reduce fossil-fuel import dependence and create export capability. It also envisages port-based hubs because ports combine land, water, storage, transport and access to international markets. ([mnre.gov.in](https://mnre.gov.in/en/national-green-hydrogen-mission/?utm_source=openai))

On 29 January 2026, Assam Petro-Chemicals Ltd and Deendayal Port Authority signed a memorandum of understanding for a 150-tonne-per-day e-methanol facility at Kandla. Under that arrangement, the port would provide pipeline connectivity, storage and fuel-handling infrastructure, while Assam Petro-Chemicals would establish the production facility. Kandla, Tuticorin and Paradip have also been recognised as green hydrogen hubs under the mission. ([nghm.mnre.gov.in](https://nghm.mnre.gov.in/admin/uploads/1225.pdf?utm_source=openai))

The present project is planned in phases: 50 tonnes per day in Phase I and another 100 tonnes per day in Phase II. The reported capital contribution ratio is 76:24 between Deendayal Port Authority and Assam Petro-Chemicals Ltd. The project reflects the global shift in shipping regulation towards lower-emission fuels, especially after the International Maritime Organization’s 2023 strategy for reducing emissions from ships. ([m.economictimes.com](https://m.economictimes.com/industry/renewables/india-to-set-up-first-port-based-e-methanol-facility-at-kandla-for-rs-2300-cr/articleshow/134506894.cms))

## The bigger picture

**Science & Tech — How e-methanol is produced**

E-methanol is made by combining hydrogen with carbon dioxide. In this project, renewable electricity is intended to support production of green hydrogen from water, while biogenic carbon dioxide provides the carbon input. The scientific advantage is that the carbon is sourced from recent biological activity rather than fossil deposits. However, the label alone does not guarantee sustainability: electricity must be demonstrably renewable, the carbon source must be traceable, water use must be responsible and emissions from transport, processing and storage must be measured. India’s proposed green-methanol standards can help establish such verification.

→ The project’s climate benefit depends on the cleanliness and traceability of every input, not merely on the word e-methanol.

**Environmental — Cleaner shipping, but not zero-impact shipping**

Shipping moves most global merchandise but relies heavily on fossil marine fuels. E-methanol can reduce climate pollution compared with conventional methanol or fossil fuel when produced through the proposed route, and it may also reduce some conventional air pollutants at ship level. Yet carbon dioxide is still released when methanol is burned; the overall benefit depends on how much carbon was absorbed by the biological source and how much energy the plant consumed. Water demand, coastal ecology, leakage risks and handling safety must therefore be assessed through environmental clearance and continuous monitoring.

→ E-methanol is a lower-emission pathway, not automatically a zero-emission fuel.

**Economic — Port-led green industrialisation**

The project combines production, storage, transport and ship-fuelling near a major port, reducing the need to move fuel long distances before export or use. The reported investment is ₹2,300 crore, with projected capacity of 150 tonnes per day and more than 3,500 direct and indirect jobs. The reported target price of about 750 US dollars per tonne, compared with 1,300 US dollars globally, could improve competitiveness if achieved. The main risks are high renewable-power costs, uncertain demand, specialised ship engines, financing and delays in completing both phases.

→ Commercial success requires dependable clean inputs, guaranteed buyers and infrastructure that converts a pilot into a scalable industry.

**International — India and the global shipping transition**

The Asia–Europe trade corridor is commercially important and passes through a dense network of ports where alternative marine fuels can be supplied. By targeting international vessels, Kandla can become more than a domestic fuel plant: it can serve as an export and refuelling node. The International Maritime Organization’s 2023 strategy seeks major reductions in shipping emissions by 2030 and near-zero emissions around 2050, creating future demand for cleaner marine fuels. International recognition of fuel quality, safety and emissions accounting will determine whether Indian e-methanol is accepted globally.

→ India’s opportunity is to become a trusted clean-fuel supplier, not merely a producer of another chemical.

## The big debate

**Will port-based e-methanol accelerate India’s clean-shipping transition or risk creating an expensive green-fuel bet?**

**For**
- It targets shipping, a difficult sector for direct electrification, where liquid fuels can use existing storage and handling systems.
- Locating production at Kandla integrates manufacturing, storage and ship supply, lowering logistics barriers for international customers.
- Domestic production can create jobs, reduce fossil-fuel dependence and position India in an emerging export market.
- The project gives Indian ports practical experience in handling alternative fuels and building cleaner maritime infrastructure.

**Against**
- E-methanol remains costly and requires ships, engines, safety systems and international standards to support widespread adoption.
- Renewable electricity and clean water used for fuel may compete with more efficient direct uses such as grid supply or electrification.
- If biogenic carbon dioxide is scarce or poorly verified, the claimed climate benefit could be overstated.
- A government-backed project may face under-utilisation if shipping companies delay fleet conversion or choose other fuels.

**The balanced take:** The project is justified as strategic infrastructure and a demonstration of India’s clean-fuel capability, but it should not be treated as proof of commercial success. Public support must be tied to transparent emissions accounting, water safeguards, competitive procurement, firm offtake agreements and periodic review against alternative fuels such as green ammonia and direct electrification.

## Answer it in Mains

**Discuss the potential of green fuels to decarbonise hard-to-abate sectors such as international shipping. Evaluate India’s e-methanol initiative.** *(GS3)*

How to attack it: Begin with shipping’s dependence on liquid fuels and the limits of direct electrification; analyse technology, environmental safeguards, economics and global standards; conclude with lifecycle verification and fuel-neutral policy.

Quote this: International Maritime Organization, 2023 Strategy on Reduction of Greenhouse Gas Emissions from Ships: 2030 emission-reduction checkpoints and near-zero emissions ambition around 2050. ([imo.org](https://www.imo.org/en/ourwork/environment/pages/2023-imo-strategy-on-reduction-of-ghg-emissions-from-ships.aspx?utm_source=openai))

**Port-led development is increasingly becoming a platform for green industrialisation. Examine with reference to the Kandla e-methanol project.** *(GS3)*

How to attack it: Use Kandla as the case study; connect port infrastructure with storage, logistics, export markets, employment and clean-energy manufacturing; assess water, safety and demand risks before proposing accountable scaling.

Quote this: National Green Hydrogen Mission recognises port-based hubs and identifies green methanol as a derivative fuel for industrial and transport applications. ([mnre.gov.in](https://mnre.gov.in/en/national-green-hydrogen-mission/?utm_source=openai))

**Energy transition requires balancing environmental sustainability, economic competitiveness and energy security. Discuss in the context of e-methanol.** *(Essay)*

How to attack it: Frame the transition as a systems challenge rather than a fuel race; examine fossil-fuel dependence, clean-input constraints, industrial jobs, global trade and just transition; conclude with technology-neutral but standards-based policy.

Quote this: The project’s reported cost target of about 750 US dollars per tonne versus 1,300 US dollars globally illustrates both India’s competitive ambition and the need for independent verification. ([m.economictimes.com](https://m.economictimes.com/industry/renewables/india-to-set-up-first-port-based-e-methanol-facility-at-kandla-for-rs-2300-cr/articleshow/134506894.cms))

## Prelims quick-fire

- **[Geography]** The Kandla facility is being established at Deendayal Port Authority in Kutch district, Gujarat, on India’s western coast. — *Do not confuse Kandla with a separate port city; Gandhidham is the nearby urban centre.*
- **[Data]** The planned plant capacity is 150 tonnes per day, implemented in phases of 50 and 100 tonnes per day. — *Capacity is daily production, not annual production.*
- **[Body/Institution]** The project is a joint venture between Deendayal Port Authority and Assam Petro-Chemicals Ltd. — *The port authority is the infrastructure partner; Assam Petro-Chemicals is the industrial partner.*
- **[Data]** The reported investment is ₹2,300 crore, divided between ₹1,200 crore for Phase I and ₹1,100 crore for Phase II. — *The ₹2,300 crore figure refers to the complete project, not merely the first phase.*
- **[Term]** Production is planned using renewable electricity, water and biogenic carbon dioxide as principal inputs. — *Biogenic carbon dioxide comes from biological sources; it is not automatically emissions-free.*
- **[Term]** E-methanol is also called electro-methanol and is made using green hydrogen and captured carbon dioxide. — *Green methanol is not identical to conventional methanol made from fossil feedstock.*
- **[Scheme]** Deendayal Port, Tuticorin and Paradip were recognised as green hydrogen hubs under the National Green Hydrogen Mission. — *Green hydrogen hubs are locations for an ecosystem, not necessarily single plants.*
- **[International]** The International Maritime Organization’s 2023 strategy seeks near-zero emissions from international shipping around 2050. — *The strategy is global maritime guidance; it is not an Indian domestic law.*

## What should happen

1. **Create a full-chain emissions and sustainability certification system covering electricity, water, carbon dioxide, production, transport and ship use.** Only verified full-chain accounting can distinguish genuinely low-emission e-methanol from fuel that merely shifts pollution to another stage. *(International Maritime Organization 2023 Strategy on Reduction of Greenhouse Gas Emissions from Ships)*
2. **Secure long-term renewable-power and biogenic-carbon supply contracts before expanding beyond the initial phase.** Stable inputs are essential for predictable prices, high plant utilisation and credible claims of environmental benefit. *(National Green Hydrogen Mission)*
3. **Develop common safety, storage, handling and ship-fuelling protocols with ports, shipowners, regulators and local communities.** Methanol is a hazardous chemical, so safe port operations and trained workers are prerequisites for public acceptance and commercial scale. *(International Maritime Organization 2023 Strategy on Reduction of Greenhouse Gas Emissions from Ships)*
4. **Use competitive offtake arrangements and transparent performance reviews instead of relying indefinitely on subsidies.** The project should demonstrate real demand, cost reduction and emissions performance before public resources support wider replication.
5. **Protect local water resources and coastal ecosystems through water budgeting, desalination safeguards and independent monitoring.** A clean-fuel project should not create hidden ecological costs through excessive water use, discharge or industrial pressure on Kutch’s fragile environment.

## Jargon, demystified

- **E-methanol or electro-methanol** — Methanol produced by combining hydrogen made with electricity and carbon dioxide, rather than relying mainly on fossil-based feedstock. *(Its environmental value depends on the source of electricity and carbon dioxide.)*
- **Green hydrogen and electrolysis** — Green hydrogen is hydrogen made using renewable electricity; electrolysis splits water into hydrogen and oxygen using electricity. *(Green hydrogen is an input to several cleaner fuels, including e-methanol and green ammonia.)*
- **Biogenic carbon dioxide** — Carbon dioxide originating from biological material or biological processes, such as biomass, rather than from fossil deposits. *(Biogenic does not automatically mean sustainable; sourcing and accounting must be verified.)*
- **Renewable electricity** — Electricity generated from naturally replenished sources such as sunlight, wind or flowing water, with much lower operating emissions. *(The plant’s claimed climate benefit depends heavily on using genuinely renewable power.)*
- **Maritime decarbonisation and carbon intensity** — Reducing climate pollution from shipping; carbon intensity measures emissions produced for a given amount of transport work or energy used. *(The International Maritime Organization uses both concepts in its shipping-emissions strategy.)*
- **Bunkering and green shipping corridor** — Bunkering means supplying fuel to ships; a green shipping corridor is a route where ports and vessels coordinate to use cleaner fuels. *(Kandla’s location is intended to support cleaner fuel supply to vessels on the Asia–Europe route.)*
- **National Green Hydrogen Mission** — India’s national programme to build green hydrogen and derivative-fuel production, domestic demand, infrastructure, skills and export capability. *(The mission supports recognition of port-based hubs and cleaner transport-fuel applications.)*

## Revise in 30 seconds

- Kandla’s planned e-methanol plant: 150 tonnes per day and ₹2,300 crore investment.
- Partners: Deendayal Port Authority and Assam Petro-Chemicals Ltd.
- Inputs: renewable electricity, water and biogenic carbon dioxide.
- Purpose: cleaner marine fuel for vessels on the Asia–Europe trade corridor.
- Core caveat: e-methanol is lower-emission, not automatically zero-emission.
- Policy link: National Green Hydrogen Mission and global shipping-emissions transition.

## Study next

**Static links:** Renewable energy and green hydrogen, Environmental pollution and climate change, Port-led development and logistics, Energy security and industrial transition

**Essay angle:** The energy transition will be judged not only by what replaces fossil fuels, but by whether the entire production chain becomes cleaner, fairer and commercially durable.

**Interview probe:** If e-methanol is cleaner but not zero-emission, what standards should India impose before calling a fuel green?

## Sources

- [India's First Port-based e-Methanol Production Facility to Produce and Supply Green Fuel to Ships](https://www.pib.gov.in/PressReleaseDetail.aspx?PRID=2199246&lang=1&reg=3)
- [India to set up first port-based e-methanol facility at Kandla for Rs 2,300 crore](https://m.economictimes.com/industry/renewables/india-to-set-up-first-port-based-e-methanol-facility-at-kandla-for-rs-2300-cr/articleshow/134506894.cms)

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