FAQ

Increasing feed moisture content improves pellet quality, reduces fines, lowers energy consumption, and enhances palatability. However, exceeding critical moisture thresholds creates conditions favorable to mold proliferation, mycotoxin synthesis, and nutrient degradation — all of which impose significant economic and biosafety penalties. This paper presents an integrated, data-driven framework for feed engineers to increase moisture safely….

Raw material variation is one of the most important sources of instability in animal feed quality. Even when the same formula name is used, the actual nutrient value, processing behavior, pellet quality, storage stability, and animal performance of the finished feed may change significantly if the incoming raw materials vary in moisture, protein, starch, fiber,…

Finished animal feed may still develop mold even when its measured moisture content meets the factory or national standard. This quality failure is common in feed mills, especially in tropical, subtropical, rainy-season, coastal, or poorly ventilated storage environments. The main reason is that moisture content (MC) measures total water, while mold growth is governed primarily…

Temperature and humidity management in feed warehouses is a critical control point for maintaining the quality, safety, shelf life, and commercial value of finished animal feed. Even when feed is correctly manufactured, pelleted, cooled, and packaged, poor warehouse environmental control can rapidly reverse production-stage quality gains. High relative humidity, elevated temperature, poor airflow, condensation, direct…

Feed quality control in tropical climates is technically more difficult than in temperate regions because high ambient temperature and relative humidity accelerate moisture re-absorption, mold growth, mycotoxin production, lipid oxidation, nutrient degradation, pellet softening, and bacterial persistence. In tropical and subtropical markets, ambient temperature commonly reaches 30–38°C, while relative humidity frequently exceeds 75–85%. Under these…