With the increasing awareness of environmental protection and the demand for sustainable agricultural development, the role of bio organic fertilizers in agricultural production is becoming increasingly important. Biological organic fertilizer can not only effectively improve soil structure, but also enhance crop disease resistance and increase yield. Therefore, the application of bio organic fertilizer fermentation equipment in organic fertilizer production enterprises is becoming increasingly widespread.

Process flow of bio organic fertilizer production

The production of bio organic fertilizers usually includes several main steps: raw material processing, fermentation, mixing, granulation, drying, and packaging. The following is a detailed process description:

1. Raw material pretreatment

Before producing bio organic fertilizers, the raw materials need to be crushed, crushed, and screened to achieve a particle size suitable for fermentation. Raw materials usually include organic substances such as animal manure, crop straw, and sludge.

2. Fermentation

Fermentation is the core step of the entire process. Send the preprocessed raw materials into a fermentation tank or perform aerobic fermentation through a turnstile. During the fermentation process, microorganisms decompose and transform organic matter to improve fertilizer efficiency. The commonly used fermentation equipment includes trough fermentation turners, crawler turners, and fermentation tanks, which ensure the uniformity and adequacy of the fermentation process through * * stirring and flipping.

3. Mixing

After fermentation, the raw materials need to be mixed with other fertilizer components to ensure uniform nutrient distribution. Common mixing equipment includes horizontal mixers and double shaft mixers, which can uniformly mix different ingredients to ensure the nutritional value of fertilizers.

4. Granulation

Granulation is a crucial step in turning fermented organic fertilizers into granules. The commonly used equipment includes flat die extrusion granulators, rotary drum granulators, and disc granulators, which are suitable for fertilizer production of different scales and types. The shape and size of the particles can be adjusted according to different needs.

5. Drying

After granulation, particles with high humidity still need to be dried by a dryer to ensure that the fertilizer is suitable for long-term storage and transportation. Drum dryer is commonly used in large-scale production and has the advantages of large processing capacity and low energy consumption.

6. Screening and packaging

After drying, the particles need to be screened out by a drum screening machine to obtain qualified particles, and the screened finished particles can be packaged by an automatic packaging machine. The packaging process ensures the quality and convenience of the product.

Advantages of biological organic fertilizer fermentation equipment

1. High equipment stability

The fermentation equipment of Huaqiang Heavy Industry has undergone multiple tests and optimizations, and operates stably with a low failure rate. This stability can help companies reduce the cost of downtime maintenance and ensure production continuity.

2. Energy conservation and environmental protection

Our fermentation equipment has effectively reduced energy consumption through technological improvements, especially in reducing harmful gas emissions during the fermentation process, meeting environmental standards and helping enterprises achieve green production goals.

3. Customized services

According to the needs of different customers, Huaqiang Heavy Industry provides customized equipment and production line solutions. Whether it is a small or medium-sized enterprise or a large production plant, we can provide suitable fermentation equipment and supporting production lines to help enterprises optimize resource allocation and increase production capacity.

4. Easy to operate and maintain

Our equipment is designed to be simple and easy to operate, equipped with an intelligent control system, and operators can get started after simple training. In addition, equipment maintenance is also very convenient, reducing production line downtime.