# A New White Revolution From Bareilly With INR 1,500 Crore Investment For Better Cattle Breeds > Bareilly is transforming its dairy sector through a major cattle genomics summit where elite Gir calves were born using advanced technology. A massive investment of INR 1,500 crore aims to produce cattle capable of yielding up to 60 liters of milk daily. **Type:** article · **Category:** Business · **Published:** 2026-09-16 · **Source:** TrendKia **Canonical:** https://trendkia.com/en/business/a-new-white-revolution-from-bareilly-with-inr-1500-crore-investment-for-better-cattle-breeds-32578 · **Language:** English **Tags:** Animal Husbandry, Bareilly, BL Agro, Gir Breed, Milk Production, Cattle Genomics Bareilly is rapidly building a distinct reputation beyond its famous traditional ornaments and eye cosmetics, stepping into advanced agricultural and animal husbandry experiments. During a recently hosted cattle genomics summit in the city, several significant initiatives came to light aimed at improving livestock breeds and boosting milk yields through modern technology. A major highlight of the event was the birth of elite Gir calves produced with the help of cutting-edge scientific methods, marking a monumental milestone in the country's animal breed improvement sector. ## INR 1,500 Crore Investment to Revolutionize Cattle Breeding The Bareilly-based enterprise BL Agro has taken a massive leap forward by integrating animal husbandry with advanced technology. The company has officially announced an investment of approximately INR 1,500 crore into its biotechnology division, Leads Genetics. The primary objective of this ambitious initiative is to develop cattle breeds that possess significantly higher milk-yielding capacities. To achieve this, superior genetic traits in animals are carefully identified and subsequently utilized to propagate the next generation of cattle. Put simply, advanced scientific techniques are deployed to create high-quality embryos, which are then successfully transplanted into surrogate cows. The female calves born through this innovative process eventually mature into cows capable of producing far greater quantities of milk compared to standard livestock. ## Up to 60 Liters of Daily Milk Production Potential The successful genetic selection experiment in Bareilly has resulted in the birth of genetically superior elite Gir calves. According to the company, cows originating from these enhanced genetic lines hold the strong potential to produce between 40 and 60 liters of milk on a daily basis. However, the actual milk output will naturally depend upon proper animal care, optimal nutrition, and various surrounding environmental conditions. BL Agro Chairman Dr. Ghanshyam Khandelwal stated that the farmer will remain the most crucial link in this entire ecosystem. By combining superior breeds, scientific animal husbandry, and robust market linkages, new avenues will be created to substantially increase farmers' incomes. Beyond strengthening indigenous native breeds, the company is also actively working on producing elite bulls, embryos, and sexed semen domestically within the country. The upcoming Center of Excellence in Bareilly has set a target to produce around 15,000 embryos every single month by the end of the year 2027. ## What this means for you This initiative signals a major transformation for dairy farmers across the nation, promising a substantial boost to their overall incomes and commercial viability. - **Across India:** Farmers nationwide will gain access to scientific and superior cattle breeds, making the dairy business significantly more profitable and accelerating national milk production. - **In Bareilly:** Local livestock owners will receive direct access to advanced reproductive technologies, embryo transfer systems, and elite breeds, placing the region firmly on the national dairy map. - **Production Potential:** Enhanced genetic traits pave the way for individual cows to produce between 40 and 60 liters of milk daily under optimal conditions. - **Income and Livelihoods:** Integrating scientific husbandry with direct market linkages will strengthen the rural economy and elevate farmers' earnings. - **Timeline:** The establishment aims to produce 15,000 embryos monthly by the end of 2027, scaling up practical benefits for the agricultural sector. ## Why this happened This scientific step was undertaken to address the limitations of traditional cattle breeds and meet the rising domestic demand for milk through advanced biotechnology. - **Need for Genetic Improvement:** Standard livestock often exhibit limited milk production capacities, a bottleneck being actively resolved through modern genomics and embryo transfer. - **Investment and Technology:** BL Agro's substantial investment of INR 1,500 crore into Leads Genetics has provided the necessary capital for intensive research and elite cattle breeding. - **Preserving Indigenous Breeds:** The initiative focuses on strengthening native Indian breeds like the Gir rather than relying heavily on exotic alternatives, utilizing scientific selection to enhance productivity. ## Questions & Answers ### 1. What major event recently took place in Bareilly? A cattle genomics summit was hosted in Bareilly to discuss livestock breed improvement and enhancing milk production. ### 2. How much investment is being channeled into this project? BL Agro is investing approximately INR 1,500 crore into its biotechnology division for this initiative. ### 3. Which cattle breed was successfully bred using this technology? Genetically selected elite Gir calves were successfully bred using modern biotechnology methods. ### 4. How much milk can the upgraded cattle breeds potentially yield daily? Cows with enhanced genetic capabilities hold the potential to produce between 40 and 60 liters of milk daily. ### 5. What target has been set for the end of the year 2027? The upcoming Center of Excellence in Bareilly aims to produce around 15,000 embryos every month by the end of 2027. --- _TrendKia — Har trend, sabse pehle.. Machine-readable view; canonical HTML at the URL above._