Methods of Milk Procurement: How Milk Reaches Dairies

Milk is one of the most perishable agricultural commodities – it must move from producer to processor within hours. Yet in a country like India, where nearly 70 million rural households are engaged in milk production, most of them small and marginal farmers with just one or two milch animals, organizing that movement is a massive logistical challenge. The answer lies in structured milk procurement systems. These systems are the organized channels through which dairies collect raw milk from scattered producers, test it for quality, and transport it to processing plants – forming the very first and most critical link in the dairy supply chain.

What is milk procurement? 🔗

Milk procurement is the systematic process of collecting raw milk from producers and channeling it to dairy processing plants. The geographical region from which a dairy collects its milk supply is called the milkshed area. The size of this area depends largely on the capacity of the dairy plant – the larger the plant, the wider the milkshed, and the more complex the procurement logistics.

Unlike most other farm produce, milk cannot wait. It needs to be collected twice a day – morning and evening – and transported immediately to either a chilling center or directly to the dairy plant. This perishability, combined with wide seasonal fluctuations in production, creates unique challenges that have led to the development of multiple procurement systems, each suited to different geographic, economic, and institutional conditions.

The four main systems of milk procurement 🔗

In India, four systems of milk procurement are widely used: the direct system, the agent system, the contractor system, and the cooperative system. Organized dairies may use one or a combination of these, depending on their scale, geography, and resources.

1. Direct system 🔗

In the direct system, the dairy plant collects milk directly from producers by establishing its own village procurement centers. Producers bring their milk to these centers, where it is weighed, tested for quality, and accepted. Payment is made directly to the farmer based on the quantity and quality of milk supplied – typically on the basis of fat content or fat plus SNF (Solids-Not-Fat).

This system gives the dairy full control over the procurement process and quality standards. Because there are no intermediaries, the dairy can build direct relationships with producers and respond quickly to quality concerns. However, it requires significant capital investment in infrastructure – collection centers, testing equipment, trained staff, and a transportation fleet. It works best when producers are located relatively close to the dairy plant or when the dairy operates at a large enough scale to justify the fixed costs.

2. Agent system 🔗

In the agent system, the dairy plant appoints local agents to procure milk within a specified area. Payment for the milk is made directly to the producers, while the agent receives a commission on a pro-rata basis.

The agent acts as a field representative of the dairy – identifying producers, organizing collection, and ensuring milk reaches the plant or a chilling center on time. This system is useful when a dairy wants to extend its reach into areas where it does not have a strong presence, without the overhead of establishing its own infrastructure. Local agents bring familiarity with the terrain and existing relationships with farmers, which helps in building trust.

However, the agent system has its limitations. Quality control can be inconsistent, since agents may not always have access to proper testing equipment or adequate training. There is also the risk of disputes over quality assessments or payment, which can affect both farmer satisfaction and milk quality. The National Commission on Agriculture has flagged the weaknesses of this system and recommended transitioning to cooperative structures wherever possible.

3. Contractor system 🔗

In the contractor system, the dairy plant purchases milk from a contractor according to the terms of a contract. The contract specifies details such as quality, quantity during flush and lean seasons, price, and payment schedule.

The contractor independently collects milk from producers, often at a lower price, and supplies it to the dairy at the contracted rate. Since the contractor acts as a middleman, this typically results in lower returns for the actual milk producers, as the contractor retains a margin for his services.

From the dairy’s perspective, the contractor system offers flexibility and scalability. It allows rapid expansion of the procurement network without heavy capital investment, and contractors can adapt quickly to seasonal changes. But it is the least favorable system for producers. The absence of transparency in pricing and the presence of a profit-seeking intermediary between the farmer and the dairy can lead to exploitation, making it an approach that development planners actively discourage in favor of cooperative structures.

4. Cooperative system 🔗

The cooperative system is the most organized and farmer-friendly model of milk procurement. At the village level, farmers form a cooperative society that establishes milk collection centers. The society collects milk twice a day, where it is weighed, tested, and a price is paid to farmers based on fat content or fat plus SNF.

India’s cooperative dairy structure follows the Anand Pattern, a three-tier model. The basic unit is the village-level dairy cooperative society (DCS), above which is the district-level milk producers’ union, and at the top is the state milk marketing federation. This structure was pioneered by AMUL (Anand Milk Union Limited), which was established in 1946 in Anand, Gujarat, as a result of a farmers’ movement against exploitation by private traders.

How the cooperative system works at the village level 🔗

Every morning and evening, the village dairy cooperative society (DCS) buys surplus milk from its member-producers. Payment is made on the basis of milk quality – including fat, SNF, and bacteriological content – of milk supplied by each individual producer.

The union’s dairy plant then organizes transport from member societies to the processing facility, either directly or via a chilling center. The milk union decides the price of milk based on its pricing policy, and a standard price chart is supplied to each village society. Producers are paid daily, weekly, or after every ten days as decided by the society’s managing committee.

Beyond milk collection, the cooperative structure extends a wide range of support services to farmer-members. The union provides macro-level inputs such as compounded cattle feed, fodder seeds, and veterinary services for treatment of sick animals. At the village level, micro-level inputs including veterinary first aid and artificial insemination are organized by the society with support from the union.

Scale and reach of cooperative procurement in India 🔗

The scale at which India’s dairy cooperatives operate today reflects decades of institution-building. As of 2021-22, there are 228 dairy cooperative milk unions in India, with 2,28,374 village-level dairy cooperative societies and 18 million farmer-producer members linked to these cooperatives. Total milk procurement through cooperatives stands at 58.7 million kg per day.

India is the world’s largest producer as well as consumer of milk and milk products, and the cooperative sector has been central to that growth. The National Dairy Plan (NDP) has further expanded these systems by setting up new village-based procurement infrastructure, creating transparent transactions, and ensuring timely payment to producers.

Payment mechanism and quality-linked pricing 🔗

Across all procurement systems, the basis of payment to milk producers is the quality and quantity of milk supplied. In organized systems – particularly cooperatives – payment is linked to the fat content of milk, or to both fat and SNF. The milk union prepares a rate chart that is supplied to the village dairy society. Producers are paid on a daily, shift-wise, or cycle-wise basis – weekly, fortnightly, or every ten days – with an increasing push toward direct bank transfers to ensure accuracy and prevent manipulation.

Quality testing at the village level typically involves weighing the milk, measuring fat content using a lactometer or electronic analyzer, and checking for adulteration. In more advanced setups, automated milk analyzers calculate fat and SNF values accurately, reducing the scope for data manipulation that has historically been a concern in some procurement setups.

Choosing the right procurement system 🔗

No single procurement system is universally optimal. Each system has its own merits and demerits, and the efficiency of any system can be measured through analysis of indicators such as cost per liter, quality of milk received, regularity of payment, and coverage of producers. Large dairies often use a combination: direct procurement in core areas with high producer density, agent systems for medium-range coverage, and contractor arrangements for distant or low-density zones – while partnering with cooperatives wherever those structures exist.

What is clear, however, is that farmer welfare is best served when intermediaries are eliminated or minimized. The cooperative system, by placing ownership and governance in the hands of producers themselves, offers the most equitable and sustainable model. According to NDDB data, only about 20% of India’s total milk production is handled by the organized sector, with 34% going to the unorganized sector and 46% consumed locally – indicating that there is still significant scope to bring more producers under organized, fair procurement systems.

What do you think? With millions of small farmers still outside organized procurement channels, what would it take to bring them into cooperative or direct systems that offer fair pricing and timely payment? And as private dairies expand aggressively, how can cooperative structures compete while maintaining their core commitment to producer welfare?

References

1. https://www.nddb.coop/services/cooperative/villagendp
2. http://ecoursesonline.iasri.res.in/mod/page/view.php?id=147884
3. http://dairy-technology.blogspot.com/2014/11/milk-procurement.html
4. https://dairy.assam.gov.in/portlet-innerpage/milk-procurement
5. https://www.srpublication.com/role-and-contribution-of-dairy-cooperatives-in-development-of-india/
6. https://www.nddb.coop/sites/default/files/NDDB-Procurement-Manual.pdf
7. https://www.dairyknowledge.in/dkp/article/dairy-cooperative-society-milk-union-milk-federation-relations-and-functions
8. https://blogs.worldbank.org/en/governance/innovative-procurement-practices-help-dairy-sector-india
9. https://www.nddb.coop/sites/default/files/pdfs/guidelines/PIP_Vol_VI_Village_Milk_Procurement_Systems_through_Dairy_Cooperatives.pdf