High-efficiency chicken manure organic fertilizer drying production line
Bio-organic fertilizer production plants are generally used to process different fermented organic substances into bio-organic fertilizers. Using one-step molding technology. Animal manure and agricultural waste are used as the main raw materials for recycling, so manure or fecal waste not only creates economic benefits for enterprises, but also makes great contributions to human environmental protection.
Raw material for composting production line/chicken manure recycling organic fertilizer plant
1. Agricultural waste: straw, bean dregs, cotton dregs, rice bran, etc.
2. Animal manure: a mixture of poultry manure and animal manure, such as manure from slaughterhouses, fish markets, cattle,
Urine and feces of pigs, sheep, chickens, ducks, geese, goats, etc.
3. Industrial waste: distiller's grains, vinegar residue, cassava residue, sugar residue, furfural residue, etc.
4. Household waste: kitchen waste, vegetable roots, stems and leaves, etc.
5. Sludge: sludge from rivers and sewers, etc.
Production Line Features Composting/chicken manure recycling organic fertilizer production plant
1. The production line uses animal manure and agricultural waste as the main raw materials. It not only turns waste into wealth, but also protects
the environment.
2. The entire fertilizer production process is under centralized control, so this series of fertilizer machines has a high degree of automation.
Easy to operate.
3. Both the batching system and the packaging system are controlled by computers, ensuring that the batching of materials and fertilizers
Packaging precision.
4. Excellent quality, stable performance, compact process layout, advanced technology and convenient maintenance.
Process flow:
1. Fermentation process: The initial stage of the production line is the fermentation of organic matter. During the preparation phase, the compost is fed into a mixer where it is tumbled and mixed to further increase the efficiency of the fermentation rate.
2. Crushing process: In this process, the compost block is broken by the crusher to prepare for the granulation process. If the compost fermentation efficiency is good and there is no agglomeration, this step can be omitted.
3. Quantitative synthesis process: If a variety of materials need to be added during processing. In order to improve the processing efficiency and the accurate proportion of ingredients in processing. You can use an automated batch system. The system consists of multiple quantitative belt scales. On the contrary, if the production is pure organic fertilizer, this step can be omitted.
4. Granulation process: disc granulator (also known as drum granulator) is widely used in fertilizer granulation. As the core step of the production line, our equipment can automatically screen out the most suitable particle shape according to the needs of customers. After the fertilizer is granulated, it can maintain the release of fertility and greatly reduce the frequency of manual fertilization.
5. Drying process: In order to reshape the particle shape and better storage. Fertilizer humidity should not exceed 14%. Drum dryers are widely used for drying fertilizer granules.
6. Cooling process: In order to increase the hardness of fertilizer granules. We need to cool the fertilizer granules after drying. Drum coolers can meet this need.
7. Screening process: Screen out moderately sized particles through a trommel sieve. Fertilizer granules that are undersized or oversized are re-crushed and re-pelletized.
8. Coating process: Use a roller coater to coat the fertilizer granules. to prevent particle adhesion.
9. Packing process: The packing process is the final stage of the whole factory. Generally speaking, automatic packaging machines are more efficient in bag sales.
10. Dust removal system: collect the ash from the whole production line.
11. Supporting equipment: such as belt conveyors, bucket elevators, etc.
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