BL Agro puts 15 billion rupees into dairy cattle genomics, selecting cows that yield 60 L a day on its own

India's leading edible oil company BL Agro announced on September 18, 2026 that it will invest INR 1,500 crore (about 150 billion rupees, roughly 24.9 billion yen at approximately ₹1 = ¥1.66 as of September 2026) in dairy cattle breeding through its subsidiary Leads Genetics. The base of operations is Bareilly, Uttar Pradesh. Combining in-vitro fertilization with whole-genome selection, the company plans to develop, in-house, dairy cattle capable of yielding 40-60 liters per day, effectively taking full control of the upstream end of dairy farming. For Japanese companies that use Indian dairy as a raw material, or food makers considering local dairy processing OEM arrangements, this move offers a window into where raw material quality and quantity will be determined.

The triggering news: BL Agro builds a breeding farm and genomics lab as one integrated facility

According to BL Agro chairman Ghanshyam Khandelwal, Leads Genetics is building, as a single integrated facility in Bareilly, its own breeding farm, an IVF-ET (in-vitro fertilization and embryo transfer) lab, MOET (multiple ovulation and embryo transfer) equipment, a pathology lab, and a genomics lab. Using a newly introduced SNP chip optimized for zebu cattle (humped cattle) together with next-generation sequencing on Illumina's NovaSeq X, the company reads the genetic traits of individual animals and selects superior breeding stock. Sex-sorted semen aimed at producing female calves is used in parallel. The target is to produce 15,000 embryos per month by the end of 2027.

Background: why bet 150 billion rupees on "cattle quality"

Although India is one of the world's largest producers of raw milk, milk yield per animal has remained low compared to advanced dairy-farming countries. Khandelwal chose genetic improvement as the means to raise per-animal productivity. Rather than simply increasing feed or herd size, the approach is to replace the herd with cattle that produce more milk from fewer animals. Controlling the quality and quantity of raw milk from the breeding stage onward also helps stabilize the raw milk that flows into processing.

How are cattle that yield 40-60 liters a day selected?

The core of the selection process is genotyping large numbers of animals cheaply with a SNP chip designed for zebu cattle, then using NovaSeq X whole-genome sequencing to pinpoint genetic traits linked to lactation and reproduction. Embryos are harvested in bulk from the most promising animals through IVF-ET and MOET, and sex-sorted semen raises the proportion of female offspring. This combination allows the company to increase the number of high-yield cows capable of producing 40-60 liters a day within a short number of generations. It is a design that replaces improvement that would otherwise take many generations of pedigree-based breeding with a laboratory-driven process to speed things up.

What does controlling the upstream bring to dairy processing?

Vertical integration that channels everything from breeding stock to raw milk to processing through a single company brings the advantage of controlling both the volume and consistency of raw material in-house. Khandelwal describes the business model as circular, positioning it as a "360-degree" design that even includes using manure for biogas. A system in which the quality of milk raw material is managed starting from the breeding stage leads to greater stability in metrics that directly affect processing yield, such as milk solids and fat content.

How it is being received locally and in the industry

Within the scope of FnB News's reporting, Khandelwal stated that "superior genetic traits raise milk yield, reproductive performance, and the long-term value of the animal." The company is reportedly also discussing expansion into Maharashtra, Bihar, and Madhya Pradesh in addition to Uttar Pradesh. The technical team includes Leads Genetics co-founder Ashish Dubey, operations lead S.K. Agarwal, and Saravanan Duraraj, who heads IVF-MOET.

Implications for Japanese companies: how to assess India-sourced dairy raw materials

When sourcing dairy raw materials in India, or setting up a dairy processing OEM arrangement, whether the supplier manages everything from breeding stock to raw milk determines how readable quality is. Among direct-from-source D2C dairy businesses, the case of Desi Farms growing revenue eightfold shows brands that bundle their own sourcing networks gaining ground. As an example of a shift in raw material composition, Kwality Wall's full elimination of palm oil in favor of dairy is also useful material for thinking through milk-solids procurement planning. For those looking to produce Japanese-style prepared foods locally, the major investment in iD Fresh Food reflecting momentum in prepared foods is worth considering alongside securing dairy raw material sources early.

Ripple effects on the market: where are the opportunities in dairy processing OEM and equipment?

As breeding-stock production scales up, demand will continue for processing equipment to absorb the growing volume of raw milk and for high-protein dairy product lines. Among D2C businesses that restructure their raw materials around traditional foods, Anveshan's sourcing strategy reflects a broader trend of marketing that emphasizes the origin of ingredients, and there is room for Japanese technology to enter contract processing of dairy-derived functional ingredients, ghee, and fermented milk. Sales channels for equipment used in milking, refrigeration, and filling are also worth pursuing in line with the timing of the breeding farm's operations.

Practical information and related links

• Growing a direct-from-source D2C dairy business: How Desi Farms grew revenue eightfold
• An example of raw material transition: Kwality Wall's shift to dairy
• Investment trends in prepared foods: The moves reflected in the investment in iD Fresh Food

Summary: trace the source of raw milk back to the breeding stock

For those handling dairy raw materials in India, the first step is to confirm with primary sources, for each prospective supplier, which breeding-stock management system the raw milk comes from. As more suppliers, like Leads Genetics, take control from the breeding stage onward, raw material traceability becomes a starting point for negotiation. Begin by tracking the progress of the Bareilly facility's operations and the discussions on expansion into other states, and update your list of sourcing candidates accordingly.

Sources

• FnB News"Leads Genetics to build 360-degree circular economy model"