The fermentation process of self-propelled organic fertilizer turner is one of the key technologies in modern organic fertilizer production. It integrates mechanization, automation, and biotechnology, greatly improving the efficiency and effectiveness of organic waste treatment. The following are the main process characteristics of the self-propelled organic fertilizer turning machine for producing organic fertilizers:

1. Efficient ventilation

During the flipping process, the self-propelled stacker breaks the original material pile structure through mechanical motion, enhances air circulation, ensures sufficient oxygen supply, and is conducive to the rapid proliferation of aerobic microorganisms, accelerating the decomposition of organic matter.

2. Temperature control

Microbial activity generates a large amount of heat energy, leading to an increase in fermentation temperature. The self-propelled stacker can help regulate the internal temperature and maintain it within the ideal range of 50 ℃ to 65 ℃, which is conducive to the decomposition of most organic matter, by regularly flipping the compost, thus accelerating the fermentation rate.

3. Uniform mixing

Through mechanical stirring, the
can mix different organic raw materials, auxiliary materials, and inoculated microbial preparations evenly, forming a consistent fermentation substrate to ensure the consistency of fermentation effect.

4. Water management

During the flipping process, an appropriate amount of water is a necessary condition for the survival of microorganisms. The self-propelled flipping machine helps control the moisture content of materials by adjusting the flipping frequency and depth, avoiding situations of excessive moisture or dryness, and maintaining the optimal fermentation state.

5. Sterilization and deodorization

The high-temperature fermentation stage can naturally kill most pathogens and pest eggs, while also promoting the biodegradation of odorous substances, reducing pollutant emissions, and improving the surrounding environment.

6. Nutrient retention

Under reasonable fermentation conditions, organic matter decomposes to produce abundant nitrogen, phosphorus, potassium, and other trace elements, forming a nutritionally balanced organic fertilizer that can be used to improve soil, increase crop yield and quality.

7. Reduce costs

Compared to traditional composting methods, self-propelled turntables reduce a lot of manual operation, save time and labor costs, and have a short fermentation cycle, high efficiency, and significant economic benefits.

The above process characteristics of the self-propelled organic fertilizer turning machine make it an important means of treating organic waste and producing high-quality organic fertilizers in modern agriculture, which is of great significance for promoting ecological agriculture, protecting the environment, and promoting resource recycling.