Agricultural waste mainly includes livestock and poultry manure, straw, and agricultural product processing products, which are produced into organic fertilizer using organic fertilizer production line technology. Due to the continuous improvement of modern peoples living standards, there have been significant changes in both rural and urban areas. In rural and urban streets, large amounts of agricultural and household waste are stored in various places. These substances are rich in various nutrients and organic matter, which can be used as microbial culture media. Microorganisms can be used to ferment them, converting nitrogen sources, decomposing cellulose, killing pathogens, passivating heavy metals, and decomposing antibiotics, transforming waste resources into composite microbial fertilizers and achieving the recycling of agricultural waste resources. It not only solves the problems of livestock and poultry breeding and straw pollution, but also provides fertilizer resources for agriculture.

Overview of Organic Fertilizer Production Line Equipment: Organic Fertilizer Stirring Tooth Granulator High Moisture Material Organic Fertilizer Rapid Granulator, also known as Wet Stirring Tooth Granulator or Internally Rotating Stirring Tooth Granulator, is a newly developed new type of organic fertilizer granulator. Wet organic fertilizer granulator is widely used for granulation of organic fertilizers. Due to its high granulation rate, smooth operation, sturdy and durable equipment, long service life, and stable base design, it is selected as an ideal product by a large number of users for smoother operation. There are various specifications and models of wet granulation machines, including 400, 600, 800, 1000, 1200, 1500, etc., which can also be customized according to user needs.

Process of using organic fertilizer production line equipment to treat agricultural waste and produce organic fertilizers:

1. Various agricultural waste is thrown into the fermentation tank using a trough type turner for complete fermentation and composting before being discharged from the tank.

2. After being crushed by a grinder, it is transported to a screening machine for coarse and fine screening.

3. Mix and stir the required trace elements with a premix machine

4. The process of continuous stirring, collision, embedding, spheroidization, granulation, and densification of fine powder materials using an organic fertilizer compound fertilizer granulator is achieved.

5. Send it to the dryer and cooler.

6. Then send the organic fertilizer particles to the screening machine, and the larger particles are returned to the organic fertilizer stirring and granulation machine for further granulation.

7. Put the particles that meet the specifications into the coating machine.

8. The finished granular organic fertilizer can be weighed, packaged, and stored using a packaging machine.