How Milk is Priced: Understanding Modes of Payment in the Dairy Sector

Every time milk leaves a farmer’s hands and enters a dairy plant, a key question follows: how much should the farmer be paid? The answer is not as simple as measuring litres. Milk is a complex biological fluid whose value depends on what is inside it – fat, proteins, lactose, minerals – and pricing systems must capture that complexity fairly. For dairy plants, getting this right is not optional. A poorly designed pricing policy can trigger adulteration, discourage production of certain milk types, and ultimately break trust across the entire supply chain. This post explains the major milk pricing systems used in the dairy sector and how modes of payment are structured to serve producers, processors, and consumers alike.

Why milk pricing needs a structured approach 🔗

Pricing in the dairy sector serves a dual purpose: it must incentivize farmers to produce more and better-quality milk, while keeping consumer prices reasonable. A rational pricing structure must ensure that milk production is encouraged, farmers get a fair return, producers are rewarded for supplying higher quality and larger quantities, supply remains steady throughout the year, consumers get wholesome milk at reasonable rates, and processors retain a workable margin of profit.

A faulty policy, on the other hand, encourages adulteration with water or cheaper non-milk solids, discourages production of one type of milk in favour of another, promotes mixing of cow and buffalo milk for economic gain, and opens the door to malpractices in payment. In India’s organized sector, pricing is built on quantitative parameters – chiefly the percentage of fat, solids-not-fat (SNF), and protein in milk – rather than subjective judgment. In the informal sector, however, price is still largely determined by local demand and the bargaining power of the buyer.

Major milk pricing systems 🔗

1. Pricing based on fat content 🔗

This is one of the oldest and most widely used systems, especially among private dairies. Under this method, milk is paid solely on the basis of its fat percentage, with a pre-fixed rate per kilogram of fat. Its main advantage is simplicity – it discourages adulteration with water or mixing of cow and buffalo milk for economic benefit, and the accounting is straightforward.

However, pricing on fat alone has a significant drawback: it completely disregards the SNF content of milk. Under this system, cow milk containing 3.5% fat is paid at roughly half the rate of buffalo milk at 7% fat – even though the SNF content of both may be nearly identical. This makes cow milk production financially less attractive to farmers and does nothing to discourage partial skimming or adulteration with cheaper fats.

2. Pricing based on species source 🔗

Here, the price of milk is determined by whether it comes from a cow or a buffalo. A minimum fat standard is set for each species, and milk meeting that standard receives a flat price regardless of its actual composition. Such a system provides no incentive for producing richer milk. Farmers do not get any extra payment for higher fat content, particularly during the lean season when fat percentages naturally rise. It also creates a temptation to pass off cow milk as buffalo milk since buffalo milk commands a higher flat rate.

3. Pricing with a minimum fat percentage plus premium 🔗

This system sets a base price for milk meeting a minimum fat threshold. Fat content above that minimum earns a pro-rata premium. While it is more nuanced than the flat-rate species approach, it still focuses entirely on fat and similarly discourages cow milk production by undervaluing the non-fat components.

4. Pricing based on total milk solids 🔗

Traditionally used by milk traders who estimate the yield of khoa or mawa from a given quantity of milk, this system prices milk on the basis of total solids. The problem is that fat and SNF are priced at the same level, which is not scientifically rational – fat is far more valuable per kilogram than SNF constituents. This discourages the production of high-fat milk and actually encourages partial skimming and adulteration with cheaper non-milk solids to artificially inflate the total solids reading.

The two-axis pricing system: the most rational approach 🔗

In India’s organized milk market, the two-axis (or double-axis) pricing system is the standard for cooperative and large private dairy procurement. It was first recommended by the Royal Commission on Agriculture in 1919 and reaffirmed by the Milk Pricing Committee in 1972. The National Commission on Agriculture has further endorsed it as the most scientifically rational approach to milk procurement pricing.

Under this system, milk price is calculated by fixing a predetermined rate for both fat and solids-not-fat separately. SNF includes proteins, lactose, minerals, and other non-fat components that are critical for the processing of products like skim milk powder (SMP), paneer, and curd. The purchase rate for fat and SNF is determined based on ruling market prices – specifically, the market price of ghee (for the fat component) and skim milk powder (for the SNF component).

In practice, the price of SNF is generally fixed at around two-thirds of the fat price per kilogram, reflecting the natural ratio in which these components occur in milk. The formula can be expressed as:

Price of milk = (% Fat / 100 × quantity) × Fat rate + (% SNF / 100 × quantity) × SNF rate

How two-axis pricing handles cow vs. buffalo milk 🔗

One of the long-standing challenges in Indian dairy pricing is the disparity between cow milk and buffalo milk. Buffalo milk is naturally higher in fat, which meant it always commanded a higher price under fat-only systems, often at the expense of cow milk producers. The two-axis system addresses this by valuing both fat and SNF independently. Since cow milk and buffalo milk have similar SNF levels despite different fat percentages, pricing both components reduces the price gap to a more justified level. Under this approach, cow milk is paid to approximately 78% of the rate for buffalo milk – a much fairer differential than the 50% implied by fat-only pricing.

Minimum SNF standards are also enforced: cow milk must have at least 8.5% SNF and buffalo milk at least 9% SNF to be accepted at collection centres. Milk falling below the minimum is penalised or rejected, which automatically discourages adulteration with water (which lowers both fat and SNF) or with cheaper non-milk solids.

Seasonal price incentives under two-axis pricing 🔗

Milk supply in India is highly seasonal. Flush seasons (generally October to March) see high production volumes, while lean seasons (April to September) see supply fall sharply. To address this, a seasonal price premium of up to 30% above the flush season rate can be paid during lean months. This incentivises farmers to maintain supply year-round, increases plant utilisation, and helps reduce per-litre processing costs – a benefit that ultimately flows back to consumers.

Pricing of milk products for consumer sale 🔗

The procurement pricing system at the farm gate must also be consistent with what the dairy plant earns from selling processed products. The sale price of milk and its products must be set in a way that allows the organized dairy to pay remunerative prices to producers, cover procurement, processing and distribution costs, and still remain competitive in the consumer market. In government-supported milk schemes, consumer prices are often administered at lower levels as a social measure – but this creates a tension, since subsidising the consumer price reduces the headroom available to pay producers adequately.

The Committee on Pricing of Milk set up by the Government of India recommended establishing dedicated Milk Pricing Committees at each dairy plant, at the state level, and at an inter-state level to coordinate pricing across states. These committees are tasked with staying sensitive to input cost changes for farmers while keeping consumer prices from widening the producer-consumer gap unnecessarily. Reducing marketing overheads – through efficient procurement, cold chain management, and processing operations – remains the most practical way to protect both ends of this equation simultaneously.

Modes of payment to milk producers 🔗

How and when a producer is paid is just as important as how much. The timing and reliability of payment directly affect whether farmers continue to supply milk to organised channels. Dairy cooperatives give regular and remunerative prices to their member producers, with rates decided and revised periodically by the board of directors of the district cooperative union.

Immediate or daily payment 🔗

Some dairy operations, particularly in the informal sector, pay farmers at the point of delivery. This is valued by small producers who depend on daily cash flow for household expenses. The trade-off is that it leaves little room for thorough quality testing before payment is made, which can reduce pricing accuracy.

Weekly or fortnightly payment 🔗

Organised dairy plants commonly settle payments on a weekly or fortnightly basis. This cycle gives the plant time to conduct proper fat and SNF testing, compile accurate payment calculations, and manage its own cash flow. Farmers typically receive detailed payment statements showing their milk’s quality parameters, the applicable rates, and any bonuses or deductions applied.

Monthly payment 🔗

Some large dairy cooperatives and private processors operate on a monthly payment schedule. While this provides the processor with greater operational efficiency, it can strain small farmers who do not have other income sources. Cooperatives often shield farmers from price crashes during milk surpluses, converting excess milk into powder or other storable products to keep payments stable even when the fresh milk market is oversupplied.

Advance or partial payment 🔗

Many cooperative societies provide an advance payment to farmers at the time of milk delivery, with the final settlement made at the end of the week or month once testing is complete. This hybrid model balances the farmer’s need for immediate cash with the plant’s need for accurate quality-based accounting.

Payment through cooperative bonus and profit-sharing 🔗

In the cooperative model, member farmers are not just suppliers – they are owners. Beyond the base payment per litre, many cooperatives distribute an annual bonus or dividend based on the quantity of milk supplied over the year. This aligns farmer incentives with the long-term health of the cooperative and provides an additional income layer that pure private dairy relationships typically do not offer.

What makes a pricing policy effective? 🔗

Across all these systems, the effectiveness of a pricing policy depends on three things: the competitiveness of the price offered relative to what alternative buyers pay, the timeliness and reliability of payment, and the transparency of the quality testing process. A pricing system that is scientifically sound but poorly communicated – or paid late and inconsistently – will still push farmers towards informal channels. Building farmer trust through fair, consistent, and clearly explained payments is as important as the pricing formula itself.

The two-axis system, when fully implemented with proper testing infrastructure and timely settlement, addresses most of the weaknesses seen in earlier approaches. It rewards milk quality rather than just volume or fat alone, removes species bias, deters adulteration, and provides a clear, auditable formula. For India’s dairy sector – where millions of small producers supply milk twice daily from one or two animals – this kind of transparent and equitable pricing structure is not just good economics; it is a foundation for rural income stability.

What do you think? Given that the unorganised sector still handles the bulk of milk marketing in India, what barriers prevent small farmers from accessing the fairer pricing available in the organised sector? And as testing technology becomes cheaper and more portable, could real-time quality-based pricing eventually replace the current settlement cycles entirely?

References

1. http://dairy-technology.blogspot.com/2014/11/pricing-of-milk-and-modes-of-payment.html
2. http://ecoursesonline.iasri.res.in/pluginfile.php/5071/mod_resource/content/1/Lesson_24.htm
3. https://www.pashudhanpraharee.com/pricing-of-milk-and-milk-products-in-india-calculation-of-milk-payment-based-on-fat-and-two-axis-pricing-policy-of-dairy-cooperative-society-dcs/
4. http://ecoursesonline.iasri.res.in/mod/page/view.php?id=6110
5. https://www.pashudhanpraharee.com/concept-of-determination-of-dairy-milk-price-on-the-basis-of-fat-snf-in-india/
6. http://ecoursesonline.iasri.res.in/mod/page/view.php?id=4830
7. https://agricultureindia.in/what-is-the-milk-procurement-price-being-offered-to-dairy-farmers-in-different-states/
8. https://www.amolghodke.com/enhancing-milk-collection-efficiency-and-implementing-fair-pricing-policies-in-indian-dairy-eco-system/