Ethanol Price in India: What Determines Ethanol Prices?

Ethanol may be supplied to India's oil marketing companies (OMCs) at government-notified rates, but the economics behind that price are far from simple. Feedstock costs, government policy, crop cycles, supply availability, ethanol blending requirements, taxation, and logistics all influence the final cost of ethanol.

For ethanol producers, buyers, investors, and anyone tracking India's growing biofuel industry, understanding how ethanol is priced in India is just as important as understanding how it is produced.

This guide explains India's ethanol pricing mechanism, why prices differ by feedstock, and the key factors that influence ethanol prices from one Ethanol Supply Year (ESY) to the next.

How is Ethanol Priced in India?

Unlike petrol and diesel, fuel ethanol supplied under India's Ethanol Blended Petrol (EBP) Programme does not follow a daily market-discovered pricing model. Instead, the government uses an administered pricing mechanism.

The process broadly works as follows:

• The Cabinet Committee on Economic Affairs (CCEA) approves ethanol procurement prices for different feedstock categories.
• Public-sector OMCs, including Indian Oil, Bharat Petroleum, and Hindustan Petroleum, procure ethanol from eligible distilleries and sugar mills.
• Prices are differentiated by feedstock, meaning ethanol made from sugarcane molasses, grains, or surplus rice each carries a different ex-mill price.
• GST and transportation costs are added to the ex-mill price, resulting in the final landed cost paid by OMCs.

This system provides greater price visibility for producers while allowing the government to influence feedstock utilisation and maintain a reliable supply of ethanol for blending with petrol.

Why Does Ethanol Price Vary by Feedstock?

There is no single ethanol price in India. The government differentiates procurement prices according to the raw material used for production.

Broadly, the pricing hierarchy reflects differences in feedstock cost, availability, production economics, and opportunity cost.

Key feedstock categories include:

1. C-Heavy Molasses

C-heavy molasses is a by-product of sugar manufacturing and generally represents one of the more cost-efficient routes to ethanol production. Its procurement price is therefore lower than several dedicated grain or sugar-based pathways.

2. Surplus Rice

Surplus rice released through government channels can also be used for ethanol production. India's growing use of broken and surplus rice as biofuel feedstock has also become an important part of the country's changing ethanol supply chain.

Its pricing reflects the cost and policy considerations associated with diverting surplus food-grain stocks toward fuel production.

3. B-Heavy Molasses

B-heavy molasses contains more fermentable sugar than C-heavy molasses. Diverting it toward ethanol production also has implications for sugar production, which is reflected in its higher procurement price.

4. Damaged Food Grains

Damaged or surplus food grains can be used as ethanol feedstock when permitted under government policy. Their availability, quality, and procurement economics can vary considerably.

5. Sugarcane Juice, Syrup and Sugar

Ethanol produced directly from sugarcane juice, syrup, or sugar involves a higher opportunity cost because these materials can otherwise contribute to sugar production. Their ethanol procurement prices therefore account for this diversion.

6. Maize

Maize has become an increasingly important feedstock for India's ethanol industry. Its price reflects cultivation and procurement costs, grain availability, and growing demand from the ethanol sector.

The feedstock-based approach is intentional: it helps maintain producer viability while encouraging the use of different raw materials to support India's expanding ethanol supply.

Ex-Mill Price vs. What OMCs Actually Pay

One of the most important distinctions when discussing ethanol prices in India is the difference between the ex-mill price and the landed procurement cost.

The ex-mill price is the government-notified amount payable to the producer for ethanol supplied from a particular feedstock category.

The OMC's actual cost can additionally include:

• Ex-mill ethanol price
• Applicable GST
• Transportation charges
• Other applicable logistics costs

Transportation can vary significantly depending on the distance between the distillery and the OMC depot.

As a result, two sources reporting an "ethanol price" may show different numbers while both are technically correct, one may be referring to the ex-mill price, while another may be referring to the delivered or landed cost.

For this reason, any analysis of ethanol pricing should clearly state which price level is being discussed. For the ESY 2025–26, the weighted average ex-mill price across all feedstocks works out to roughly ₹66–67 per litre, while the actual procurement cost incurred by OMCs after GST and transport runs upward of ₹71 per litre. That gap between the ex-mill price and landed cost is a routine part of the programme's economics, not a sign of inefficiency, but it's an important distinction for anyone comparing "ethanol price" figures from different sources.

What Determines Ethanol Price Movements Each Year?

Ethanol procurement prices are not driven by one factor. Several economic and policy considerations influence pricing decisions for each Ethanol Supply Year.

1. Feedstock Cost and Availability

Feedstock is one of the most important components of ethanol production economics.

Changes in maize, sugarcane, molasses, rice, and other raw material costs can result from weather conditions, crop yields, irrigation availability, input costs, farmer realisations, domestic demand, government procurement policies, feedstock availability.

When the underlying cost of a feedstock changes significantly, the economics of producing ethanol from that feedstock can also change.

2. Sugar vs. Ethanol Economics

Sugar mills must constantly evaluate whether available sugarcane-derived material should be converted into sugar or ethanol.

Government procurement prices therefore need to make ethanol production sufficiently attractive while maintaining a balance with domestic sugar requirements.

This balance is particularly important when sugar production, inventories, or cane availability change.

3. Changing Feedstock Mix

India's ethanol industry has gradually diversified beyond traditional sugarcane-based production.

Grain-based ethanol, particularly maize ethanol, has become increasingly important. As the national feedstock mix changes, the weighted average cost of ethanol procurement can also change.

This diversification is strategically important because it reduces dependence on a single feedstock and expands ethanol production beyond traditional sugar-producing regions.

4. Ethanol Blending Targets and Demand

Higher blending requirements mean OMCs need larger quantities of ethanol.

As India strengthens its ethanol-blending programme, the industry needs sufficient production capacity and a dependable supply of feedstock.

Changes in blending policy can therefore influence procurement requirements and the economics of new ethanol capacity.

5. Producer Viability and Investment 

Ethanol pricing also plays an important role in attracting investment into distilleries and associated infrastructure.

Regions such as Gujarat are also emerging as important locations within India's expanding ethanol manufacturing landscape, as discussed in our guide to Gujarat's ethanol manufacturing industry.

Predictable procurement economics can help producers make long-term decisions involving new distillery capacity, feedstock procurement, storage infrastructure, technology upgrades, energy efficiency, and by-product recovery.

A financially sustainable pricing structure is therefore important for maintaining ethanol supply as demand grows.

6. Taxes and Transportation

The price received by a producer is not necessarily the same as the cost incurred by an OMC.

Changes in applicable taxes, freight rates, fuel costs, transportation distance, storage, and depot logistics can all affect the final delivered cost of ethanol.

These factors become particularly important when ethanol has to travel long distances from production facilities to blending or storage locations. Proper ethanol storage, handling and transportation is therefore an important part of the overall supply-chain economics.

Why Does Ethanol Pricing Matter?

India's administered pricing model provides an element of predictability to an industry that requires significant capital investment.

• For ethanol producers, predictable procurement prices can support production planning and investment decisions.
• For farmers and feedstock suppliers, growing ethanol demand can create additional markets for agricultural commodities such as maize.
• For OMCs, differentiated procurement prices help secure ethanol from multiple feedstock sources.
• For the biofuel industry as a whole, pricing is an important policy tool for balancing fuel demand, agricultural economics, energy security, and investment in domestic production capacity.

At the same time, the economics of grain-based ethanol, feedstock prices, and the changing national feedstock mix remain important areas to watch as India's ethanol programme evolves.

Ethanol Pricing System: Built for Stability, Not Speculation

Ethanol pricing in India isn't driven by daily market sentiment. It's a deliberately administered, feedstock-differentiated system designed to balance producer viability, farmer income, and national blending targets. Understanding this structure from ex-mill pricing to landed OMC cost is essential for anyone evaluating opportunities in India's ethanol supply chain.

As feedstock mixes evolve and blending targets rise, pricing will continue to be one of the most closely watched levers in India's biofuel economy. For producers like Edhas Biofuel, staying aligned with these pricing dynamics is central to building a resilient, future-ready ethanol business.