Why are pellet production lines recommended in the processing of organic fertilizers

Why are pellet production lines recommended in the organic fertilizer processing process?

The organic fertilizer production line uses organic waste to produce organic fertilizer through biological fermentation, so that the treatment of organic waste is harmless and resourced. However, most of the organic fertilizer obtained by biological fermentation is coarse powder or irregular small lumps, which is very inconvenient to use, and is particularly unfavorable for large-area machine sowing.

It is the key to solve the problem of large-scale promotion of organic fertilizer by making coarse powder or irregular small pieces of organic fertilizer obtained by biological fermentation into spherical granular organic fertilizer. At the same time, in order to avoid uneven fertilizer efficiency when making granules, these Raw material crushing, mixing, adding NPK, etc. can not only increase the nutrient content of organic fertilizer, but also distribute these nutrients evenly and uniformly to each particle.

Organic fertilizer pellet production technology:

First of all, these organic fertilizers are decomposed and decomposed into small molecular substances, which can be directly absorbed and utilized by plants. During the fermentation period, it is necessary to use the organic fertilizer turning machine to continuously turn the pile to avoid insufficient internal oxygen supply, and even produce an anaerobic reaction that affects the maturity rate;

After the decomposing is completed, the organic materials and the medium and trace elements to be added are pulverized uniformly, and then transferred to the automatic batching system, and the materials are accurately fed through the pre-set material formula;

There is a conveyor belt below the batching system to transport the materials to the horizontal mixer at a uniform speed, and then enter the next granulation link after mixing evenly;

The use of fertilizer granulator to condense the chemical components and organic fertilizer together can avoid nutrient differentiation in the later transportation process. At the same time, granular fertilizer is more conducive to storage and transportation, and is suitable for mechanized fertilization;

After granulation, drying and cooling are carried out to connect packaging and transportation to realize automatic continuous production. After the granulation process is over, the new fertilizer manufacturers can carry out screening, coating and other processes according to their needs to further increase the economic value of the product.