Agricultural waste primarily includes livestock and poultry manure, straw, and by-products from agricultural processing. These materials are processed into organic fertilizers using organic fertilizer production lines. With the continuous improvement of living standards in modern society, significant changes have occurred in both rural and urban areas. In the countryside and urban streets, large quantities of agricultural waste and domestic waste are stored. These materials are rich in various nutrients and organic matter, which can serve as microbial culture media. By utilizing microbial fermentation, nitrogen sources are transformed, cellulose is decomposed, pathogens are eliminated, heavy metals are passivated, and antibiotics are broken down. This process converts waste resources into compound microbial fertilizers, achieving the recycling of agricultural waste resources. It not only addresses the pollution issues caused by livestock farming and straw but also provides valuable fertilizer resources for agriculture.

Organic Fertilizer Production Line Equipment: Overview of Organic Fertilizer Stirring Disc Granulator  The high-moisture organic fertilizer rapid granulator, also known as the wet-process stirring disc granulator or internal-rotating stirring disc granulator, is a newly developed advanced organic fertilizer granulator.  Wet-process organic fertilizer granulators are widely applicable for organic fertilizer granulation. With high granulation rates, stable operation, durable construction, and long service life, coupled with a robust base design that ensures even smoother operation, they are chosen as ideal products by a broad range of users.  Available in various specifications such as 400, 600, 800, 1000, 1200, and 1500, these granulators can also be customized according to user requirements.

Process for Producing Organic Fertilizers from Agricultural Waste Using Organic Fertilizer Production Line Equipment

Various agricultural wastes are placed in the fermentation pit and turned over using a trough-type windrow turner for fermentation, followed by complete fermentation, maturation, and removal from the pit.

2. After being crushed by the crusher, the material is conveyed to the screening machine for coarse and fine separation.

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

4. The organic fertilizer compound fertilizer granulator continuously stirs, collides, embeds, spheres, granulates, and densifies fine powder materials to achieve the granulation process.

5. Feed into the dryer and cooler.

6. The organic fertilizer particles are then sent to the screening machine, with larger particles being returned to the organic fertilizer stirring and granulating machine for further granulation.

7. Place the pellets that have been prepared and meet the specified requirements into the coating machine.

8. The finished organic fertilizer pellets can be weighed, packaged, and stored in the warehouse using a packaging machine.