Okara dryer is a more commonly used bean dregs processing equipment. Okara dryer can effectively dry high-moisture and viscous Okara. The bean dregs dryer has the advantages of strong processing capacity, high production efficiency, good drying effect, low production cost, simple and convenient operation. The specifications and models of the bean dregs dryer determine the drying efficiency of the equipment. In addition, there are many factors that affect the efficiency of the bean dregs dryer. Next, I will tell you what factors affect the drying efficiency of the okara dryer.

  1. The drying temperature of the equipment.

  After the internal temperature of the drum of the bean dregs dryer reaches a certain standard, heat transfer can be better realized and the evaporation of moisture inside the bean dregs can be accelerated. The characteristics of bean dregs are different, and the required temperature and drying time are also different. If the temperature is too high and the time is too long, it will destroy the physical and chemical properties of the dregs, change the original structure of the dregs, and affect the drying quality of the dregs. If the temperature is too low for a short time, the bean dregs drying effect will be poor.

  2. Moisture content and viscosity of bean dregs.

  The higher the moisture content of bean dregs, the greater the viscosity, and the more heat and drying time required. For the bean dregs with high moisture content and high viscosity, it is necessary to use dehydration equipment for dehydration, and the moisture content is controlled within a certain range, which can effectively reduce heat consumption and improve the drying efficiency of the equipment.

  3. The pressure of the equipment.

  The bean dregs dryer is operated under negative pressure during the drying process. Different materials require different pressures. For example, for the same bean dregs, one has a moisture content of 30% and the other has a moisture content of 25%. Using equipment to reduce the moisture content by 5% requires different energy.

  4. Air volume and wind speed.

  The air volume and wind speed will also affect the drying efficiency of the bean dregs dryer. The air volume is used in conjunction with the wind speed and drying temperature. Sometimes, the drying temperature does not meet the drying requirements, and the drying efficiency and quality of the bean dregs can be achieved by increasing the air volume and speed.

  In short, when the user uses the bean dregs dryer, he must strictly follow the manufacturer's requirements to ensure the safe production of the bean dregs dryer while ensuring the drying efficiency of the equipment.