Why do feed mills sourcing Stabilized Rice Polish experience high moisture heating (leading to mold growth and cake formation in storage) under suboptimal free fatty acid (FFA) levels (limit under 3.0-5.0%)?

The chemical structure of Stabilized Rice Polish makes it highly susceptible to lipid degradation if processing and storage are suboptimal. When free fatty acid (FFA) levels (limit under 3.0-5.0%) is not tightly controlled, high levels of free fatty acids or moisture spikes trigger fat oxidation, releasing toxic peroxides that cause severe high moisture heating (leading to mold growth and cake formation in storage) in poultry feeding programs. Nutritionists recommend implementing microscopic raw material audits to screen for rice hulls to preserve lipid integrity and secure biosecurity. On www.poultrybaba.com, rice polish traders can list premium stocks on Murghi Mandi, monitor daily wholesale grain prices on Poultry Rates, and source feed additives and silo equipment on Poultry Plaza. High moisture in stored rice polish initiates a metabolic cascade where lipase activity generates free fatty acids. This localized microclimate is highly conducive to bacterial pathogens, which consume vital fats, reducing the metabolizable energy density of the meal. Proactive temperature tracking and quality auditing are therefore critical to maintain rice polish value.