India's E20 Ethanol Push Aims for Energy Self-Reliance, Not War, Says Industry Head

India's nationwide rollout of E20 petrol is motivated by the long-term goal of energy self-reliance, not geopolitical conflicts, according to the Grains Ethanol Manufacturers Association. The industry has the production capacity and surplus feedstock to potentially increase blending levels beyond 20%. However, current ethanol plants are operating at only half capacity, raising financial stress concerns. The program has already saved the country significant import costs, with most of the economic value flowing back to farmers and the rural economy.

Key Points: India's E20 Ethanol Drive for Energy Independence, Says GEMA

  • E20 driven by energy independence
  • Blending can rise to 25-27%
  • Plants running at 40-50% capacity
  • Saved ₹40,000 crore in oil imports
  • Surplus grain feedstock available
3 min read

India's E20 ethanol push driven by energy self-reliance aim, not war: GEMA President

India's E20 ethanol blending is for long-term energy self-reliance, not geopolitics, with potential to increase blending to 25-27%, says GEMA President CK Jain.

"E20 is not based on the war; it has only one concept, self-reliance in energy - CK Jain"

New Delhi, April 4

India's rollout of 20% ethanol blending in petrol is driven by long-term energy self-reliance goals rather than geopolitical disruptions like ongoing Middle East conflict, with scope to raise blending levels further given surplus capacity and feedstock supply, said CK Jain, President, Grains Ethanol Manufacturers Association.

"E20 is not based on the war; it has only one concept, self-reliance in energy, and that is most important. Why should we depend on others when we have our own produce?" Jain told ANI.

India began full-fledged rollout of E20 from April 1, which Jain described as a checkpoint rather than the end goal, noting that both feedstock availability and investor participation have now been established.

"E-20 was a checkpoint whether the investor will come or not, whether the feedstock is available or not. Now we are in a situation where feedstock like surplus grain is available, and capacity has been created," he said.

20% should not be the last point, it should be a checkpoint to start further, he said, adding that "There is a 100% possibility that it can be increased and we can do 25-27%."

India's ethanol production capacity has reached around 2,000 crore litres and is expected to rise by about 10% more from projects in the pipeline, while the current requirement at 20% blending stands at about 1,300-1,400 crore litres, including roughly 1,200-1,250 crore litres from oil marketing companies (OMCs).

Jain said plants set up over the past three years are currently operating at only 40-50% capacity, raising concerns over financial stress.

"Production, as I told you, we can do 2,000-plus crore litres, but right now the plants are running at 40-50% capacity, and there is a threat of NPA of around 50,000 crore rupees," he said.

He said ethanol blending has already delivered significant economic benefits, helping India save about ₹40,000 crore in crude oil imports.

"In 2024-25, our country saved 40,000 crore rupees towards crude oil imports. This has directly gone to the farmers and the rural economy," Jain said, adding that nearly 75% of the value flows back into rural areas.

On feedstock, Jain said India has ample surplus even after meeting domestic food requirements.

"FCI has surplus rice of more than 200 lakh tonnes, which is equivalent to about 500 crore litres of ethanol. Apart from this, maize and other grains are also surplus after meeting PDS and other domestic needs," he said.

Currently, grain-based ethanol accounts for about 70% of the supply, while sugarcane-based ethanol contributes around 30%, he added.

Jain also dismissed concerns about the impact of higher ethanol blending on vehicles.

"Yes, there is a mileage loss, but it is minimal. Vehicles which were running at lower blending levels are now running at 20%, and there has been no major issue," he said.

He added that ethanol demand will rise meaningfully only if blending ratios increase, as petrol consumption itself grows at around 5-6% annually.

Looking ahead, Jain suggested expanding ethanol use beyond transport fuels, including ethanol-based cook stoves as a potential alternative to liquefied petroleum gas (LPG), especially in commercial segments.

"We are suggesting that the government study ethanol cook stoves. Over time, ethanol prices are coming down while LPG prices are rising, so somewhere the curves will meet," he said.

Jain also flagged risks from global supply disruptions, noting that reduced LNG availability could impact fertiliser production.

"Official indications are that there could be a 10-15% short supply. Fertiliser has priority, but supply will still be lower than earlier levels," he said, adding that there is no need to panic as farmers in the country are capable of managing the situation.

- ANI

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Reader Comments

S
Sarah B
The financial stress on the plants is concerning. Running at 40-50% capacity with a potential NPA of ₹50,000 crore is a red flag. The policy is good, but the rollout and demand generation need to be managed better to protect these investments.
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Priya S
My father is a farmer in Punjab. The extra income from selling surplus maize for ethanol has made a real difference for our family. It's good to see 75% of the value going back to rural areas. Hope they increase blending to 25% soon!
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Rohit P
Ethanol cook stoves as an alternative to LPG is an interesting idea. With LPG prices always rising, a domestic, renewable alternative could be a game-changer for hotels and dhabas. Hope the government studies this seriously.
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Vikram M
They say mileage loss is minimal, but I've noticed my car's fuel efficiency has dropped slightly since E20 started. It's a small price to pay for energy independence, but they should be transparent about the real-world impact on different vehicle models.
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Michael C
Impressive scale and ambition. Having 200 lakh tonnes of surplus rice is a massive resource. Converting that into energy security while supporting farmers is a smart circular economy model. Other countries should take note.

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