The feed manufacturing industry in South Africa is undergoing significant changes driven by biosecurity risks, climate pressure, and evolving production needs. Anina Hunter, Chair of AFMA, has outlined five key areas for building a sustainable feed-to-food chain and maintaining the availability of animal protein.
Feed production plays a vital role in South Africa's food system, influencing the supply, accessibility, and safety of animal protein, agricultural competitiveness, and overall food chain resilience. However, looking ahead, growth alone will not be sufficient for the industry.
Animal diseases, changing production requirements, resource pressures, regulatory shifts, new technologies, and complex supply chains are transforming the concept of competitiveness and sustainability. The challenge is not just to increase feed production, but to strengthen the entire feed-to-food chain so that South Africans can continue to access safe, nutritious, and affordable animal protein.
1. Science-based nutrition will become increasingly important for feed efficiency
The focus of feed production is shifting from individual ingredients to the characteristics of the final product. The interaction between components, formulation, processing, and animal needs requires manufacturers to focus more on achieving stable and measurable outcomes. Central to achieving these goals is a science-based approach to diet and feed development, emphasizing precision nutrition, expert knowledge in formulations, feed conversion, animal health, and innovation.
Advances in food science and improved recipe formulation tools open up opportunities for more precise feed utilization, while enhanced performance monitoring helps producers and farmers understand how nutrition affects animal condition, health, and resource use efficiency. Feed producers must also consider downstream stages of the value chain, including the availability, safety, and sustainability of the final animal protein for consumers.
For South Africa, where accessibility remains a critical factor, the task is to balance nutritional efficiency, production efficiency, animal health, and the need to maintain the affordability of animal protein. Ultimately, the question becomes less about what is in the feed and more about what the feed delivers.
2. Technology and data will transform feed production
Artificial intelligence (AI), digitalization, and automation are creating new opportunities to enhance the intelligence and efficiency of feed production. These tools can support faster and more informed decision-making across all feed production operations, from real-time quality monitoring and predictive maintenance to improving formulation tools.
The 'factory of the future' will likely be more integrated, automated, and data-driven, with a greater emphasis on reliability, quality, traceability, and operational control. Data can also strengthen decision-making across the entire industry. Improved monitoring, reporting, and early warning systems help producers identify risks earlier and respond more effectively. Nevertheless, technology will only benefit if businesses develop the necessary skills to use it effectively; technology will not replace industry knowledge, but rather enable this knowledge to be applied with greater speed, accuracy, and consistency across the feed-to-food chain.
3. Feed safety, biosecurity, and industry assurances will become even more critical
Animal health and biosecurity have become increasingly vital aspects for South Africa's agricultural sector. Disease outbreaks can disrupt livestock movement, production, trade, and investment, with consequences extending far beyond individual farms. Feed producers play a crucial role in mitigating these risks through feed hygiene, traceability, raw material control, responsible transport practices, and adherence to proper biosecurity on production sites.
Feed safety and industry assurances will also gain increasing importance as regulatory frameworks evolve. The shift towards more scientific, risk-based, and preventative approaches strengthens the focus on traceability, proactive control, effective auditing, and accountability throughout the feed chain. For producers, these systems are more than just compliance; they help protect animal health and food safety while building trust in the integrity and professionalism of the industry.
4. Resource efficiency and sustainable value chains will become a competitive advantage
Sustainability in feed production is increasingly linked to more efficient resource use while maintaining commercial viability. Waste reduction, increased production efficiency, and more rational use of available raw materials and agricultural by-products contribute to both resource efficiency and long-term sustainability. Practical sustainability also implies more efficient use of energy and water, support for responsible sourcing, improved logistics, and contribution to more climate-resilient food systems.
However, sustainability extends beyond the factory gates. Climate variability, geopolitical uncertainty, currency fluctuations, shipping disruptions, and infrastructure limitations can rapidly alter the economics of feed and livestock production. This makes strengthening links across the entire value chain increasingly important. Feed producers, grain growers, oilseed processors, livestock farmers, veterinarians, researchers, regulators, financiers, and retailers—all play a role in building a more resilient agricultural system. No single part of the chain can solve issues of accessibility, animal health, competitiveness, and food security on its own.
Thus, for producers, resource efficiency and supply chain sustainability are moving beyond mere sustainability concerns; they are becoming key drivers of long-term competitiveness.
5. New skills will become critical for the industry's future
As feed production becomes more technologically advanced, the required skills within the industry are changing. Future employees will increasingly need to combine traditional production and technical knowledge with digital, analytical data, and project management skills. Nutritionists, engineers, millers, quality specialists, data analysts, and new industry leaders will play a vital role in building a sector that remains competitive and adaptable. Therefore, developing technical capabilities, attracting young talent, and nurturing future industry leaders are crucial for the sector's adaptation.
This means strengthening the talent pipeline and continuously developing current industry workers. Closer collaboration between the industry, universities, and professional associations can help young professionals gain practical experience in feed production while creating stronger career paths in the sector. Technology may change how feed is produced, but people will remain central to realizing this transformation.
Looking Ahead
The future of the feed industry will be defined by how effectively it integrates science, technology, feed safety, collaboration, resource efficiency, sustainability, and human capital. Feed is not just livestock feed; it connects crop producers, processors, feed manufacturers, farmers, and consumers, influencing food availability, safety, and sustainability throughout the value chain.
As South Africa works to strengthen food security, the feed industry will play an increasingly vital role in supporting efficient livestock farming, protecting feed and food safety, and helping to ensure the availability of nutritious animal protein for consumers. The opportunity lies not just in reacting to change, but in helping to shape a feed industry that is safe, competitive, innovative, sustainable, and resilient to shocks.


