The process flow of the chicken manure organic fertilizer production line equipment is as follows: the organic fertilizer raw materials (animal manure, household waste, dead branches and leaves, biogas residue, waste bacterial strains, etc.) are fermented and enter the semi wet material crusher for crushing. Then, elements such as nitrogen, phosphorus, potassium (pure nitrogen, phosphorus pentoxide, potassium chloride, ammonium chloride, etc.) are added to meet the required standards of mineral elements. Then, a mixer is used for stirring, and the particles enter the granulation mechanism. After coming out, they are dried and screened by a screening machine. Qualified products are packaged, and unqualified ones are returned to the granulation machine for granulation.
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How much area does the chicken manure organic fertilizer production line require? The land area of small-scale organic fertilizer production line equipment depends on the equipment configuration. Simple configuration takes up less land area, while complete configuration takes up more land area. A simple configuration of equipment covers an area of approximately 100 square meters, and even a small fermentation site requires 100 square meters. The entire factory area also includes warehouses and expected warehouses, all of which need to be taken into account before site planning.
When many customers who are not familiar with organic fertilizer production ask, the first sentence is like this: the equipment configuration of organic fertilizer production lines varies according to the different raw materials, and suitable plans can be made according to the investment budget. The prices of organic fertilizer production lines with different yields also vary. It is recommended that customers consider the amount of organic fertilizer production they want to invest in before making further inquiries, and then inform the manufacturer of the raw materials used for processing and production. This will provide an approximate price range for everyone, and then choose the appropriate production line configuration based on the expected investment.
