The energy consumption control of the organic fertilizer rotary drum granualtor can be achieved through the following several ways:

1. Optimize the process flow: Through an advanced temperature and humidity control system, precisely adjust the addition amounts of steam and moisture. For instance, in the granulation of organic fertilizer, excessive moisture will prolong the drying time and increase energy consumption. However, too low moisture content will affect the forming quality of the particles. By monitoring the humidity and temperature of the materials in real time through the intelligent control system and automatically adjusting the input of steam and moisture, the granulation process can always be in the best condition, thereby reducing energy consumption.

2. Equipment design optimization: The drum granulator, through the rotating drum and special lifting plate design, guides the materials to form a continuous and uniform material curtain inside the cylinder, allowing the materials to fully contact the binder, steam, etc. This not only improves the granulation efficiency but also avoids energy loss caused by material accumulation.

3. Energy-saving measures during the production process: By optimizing process parameters such as cylinder rotational speed and inclination Angle, the pelletizing rate is increased, the amount of returned materials is reduced, and the consumption of coal and electricity during the production process is relatively lowered. By enhancing the drying efficiency of the materials after they are pelletized, the energy consumption during the drying process can be reduced.

4. Regular maintenance and optimization: Regularly inspect and maintain the organic fertilizer equipment to ensure it is in the best operating condition. Based on the actual production situation, continuously optimize process parameters, such as adjusting the addition amounts of steam and moisture, controlling the humidity and temperature of materials, etc., to further reduce energy consumption.

Through the above measures, the energy consumption of the organic fertilizer drum granulator can be effectively controlled, thereby achieving the goal of energy conservation and consumption reduction.