"SUPPORTING TO FEED THE WORLD AND THE PATHWAY TO WELL-BEING INCLUDES IMPROVING ANIMAL HEALTH, PERFORMANCE, ENVIRONMENT AND QUALITY OF LIFE"

Feed Cost Solutions

Feed represents the largest cost component in livestock production, accounting for approximately 60–70% of total production costs. Therefore, effective feed cost management is one of the most critical factors in improving profitability within the livestock industry. Several strategies can be implemented to reduce feeding costs while maintaining optimal animal performance, including the following:

Improving Digestibility and Nutrient Absorption
Enhancing feed efficiency is a key objective in modern animal production. The use of feed enzymes is an effective approach to improving digestibility, as enzymes help break down anti-nutritional factors and release nutrients in feed ingredients, making them more readily available for absorption by animals.

Utilization of Alternative Raw Materials
Raw material prices are subject to continuous fluctuation due to market forces such as supply, demand, and competition. As a result, the strategic use of alternative raw materials—such as small grains (e.g., barley, sorghum), co-products, or by-products (e.g., DDGS, hominy feed, bakery meal)—can contribute to feed cost reduction. However, when incorporating alternative ingredients, careful consideration must be given to factors including availability, logistics, freshness, storage stability, potential toxicity, palatability, and bulk density.

Reduction of Inorganic Phosphorus Usage
Animal feeds are commonly supplemented with inorganic phosphorus sources such as dicalcium phosphate or monocalcium phosphate to meet nutritional requirements. Due to rising costs of these supplements, the use of phytase enzymes has become increasingly important. Phytase enhances the release and utilization of phosphorus naturally present in plant-based feed ingredients, thereby reducing the need for inorganic phosphorus supplementation. This approach not only lowers feed costs but also minimizes the negative environmental impacts associated with excess phosphorus excretion.