In order to improve the fermentation efficiency of organic fertilizer fermentation compost turning machine, the following measures can be taken:

1. Raw material pretreatment: Ensure the homogenization of raw materials to facilitate the action of microorganisms and the release of nutrients. Pretreatment of raw materials includes steps such as crushing, mixing and water content adjustment.

2. Control fermentation conditions: Through the intelligent control system of the equipment, the temperature and humidity are accurately adjusted to ensure the efficient fermentation process.

3. Regular stacking: The stacking machine is used to regularly turn the mixed materials to ensure the uniformity and ventilation of fermentation materials. Turning the pile can not only increase the permeability of the material, but also adjust the moisture of the raw material pile and promote the evaporation of water.

4. Optimize the depth and width of compost: the depth of compost is generally controlled at 0.8-1.5 meters, and the pile width is adjusted according to the process design of the fermentation pile turning machine. Too high or too low compost depth will affect the fermentation effect, and too high depth may lead to insufficient ventilation and oxygenation.

5. Adding microbial inoculants: Adding thermophilic compound microbial inoculants to raw materials can accelerate the fermentation process and improve fermentation efficiency.

6. Monitoring and regulating water: During the fermentation process, the biochemical reaction will generate new water, and the consumption of raw materials by microorganisms will also cause the water to lose its carrier and free out.

7. The use of intelligent equipment: the use of integrated intelligent aerobic fermentation equipment to automatically monitor and control the temperature, humidity and oxygen supply of the fermentation pile to ensure the efficient fermentation process.

Through the above measures, the fermentation efficiency of the organic fertilizer fermentation turning machine can be significantly improved to ensure the stable and efficient operation of the fermentation process of the organic fertilizer production line.