Low-Temperature Aeration Technology Effectively Solves Summer Grain Heating and Mildew Risks
With the arrival of high-temperature and humid summer seasons, grain storage safety enters a high-risk period. Stored corn, wheat, rice and feed raw materials are prone to internal heat accumulation, local temperature rise, moisture migration and mold breeding under continuous high ambient temperature. Traditional natural ventilation and manual grain turning methods are inefficient, unable to eliminate deep grain pile heat, resulting in increased grain spoilage rate and economic losses for grain depots and feed mills. As a professional enterprise focusing exclusively on raw grain and feed storage equipment, Liaoning Qiushi Silo Equipment Engineering Co., Ltd. promotes professional low-temperature aeration technology to solve summer grain storage pain points fundamentally, realizing zero-mildew and low-loss grain preservation in hot seasons.
Summer grain heating is the core cause of most storage quality deterioration. After long-term stacking, grain piles form dense internal structures. When the external temperature rises rapidly, the temperature difference between inside and outside the silo causes moisture migration and heat accumulation in the middle and lower layers of grain piles. Once the local temperature exceeds 28°C and humidity reaches over 65%, microorganisms and insect eggs begin to multiply rapidly, leading to grain caking, yellowing, mildew and even spontaneous heating. This hidden danger cannot be eliminated by surface ventilation alone, becoming a major difficulty in summer grain management for global agricultural enterprises.
The professional low-temperature aeration system customized by Liaoning Qiushi is perfectly adapted to high-temperature summer storage scenarios. Equipped with multi-layer three-dimensional temperature sensors, it captures tiny temperature differences of each grain layer in real time. The system automatically judges the optimal ventilation window at night and in cool periods, avoiding invalid ventilation in high-temperature daytime. The underground uniform air duct layout forms an all-round circulating airflow field, completely eliminating temperature dead zones that are common in traditional silos.
Suitable for all types of steel silo structures, low-temperature aeration technology can be widely used in long-term storage of corn, wheat, paddy rice and feed raw materials. Whether for large-capacity flat-bottom silo groups or medium and small modular silos, the system can be adaptively configured and intelligently upgraded. For high-moisture newly-harvested grain and long-term reserved grain, it provides targeted low-temperature regulation solutions to ensure stable grain quality throughout hot and humid seasons.