Organic fertilizer dryer is a commonly used organic fertilizer equipment in agricultural production, which can convert organic fertilizer with high humidity into a suitable degree of dryness for easy storage and transportation. The efficient work of organic fertilizer dryer cannot be separated from its unique working principle. In general, the organic fertilizer dryer mainly through heating, ventilation and stirring to evaporate or eliminate the water in the organic fertilizer, so as to achieve the drying effect. Its working principle is simple and effective, and it successfully realizes the conversion process from organic fertilizer with high humidity to dry organic fertilizer.

Drying efficiency is affected by many factors. Dryer design parameters, operating parameters, material properties and the operation of the dryer itself will directly affect the efficiency of organic fertilizer drying. In addition, external factors such as ambient temperature and humidity, feed amount and hot air temperature will also have a direct impact on the drying efficiency.

Optimization design is one of the important ways to improve the drying efficiency of organic fertilizer dryer. According to the thermodynamic principle of the dryer and the nature of the material, the design parameters of the dryer can be optimized, including but not limited to improving the structure of the drum, improving the heat transfer efficiency, reducing the heat consumption and so on.

Control technology plays a crucial role in improving the efficiency of the dryer. By accurately controlling the key parameters such as temperature and humidity of the dryer, the energy utilization efficiency and drying effect of the dryer can be effectively improved. At the same time, the advanced automatic control system can be used to realize the intelligent management of the operation of the dryer and improve the efficiency and stability of the organic fertilizer production line.