At present, with the government’s encouragement and the various advantages of organic fertilizer to the planting industry, more and more manufacturers use organic fertilizer granulator and other organic fertilizer equipment for organic fertilizer production, organic fertilizer production line processing finished products with good granularity, and can achieve fully automated production has been praised by manufacturers. The traditional organic fertilizer processing process of farmers is basically completed by relying on natural fermentation power. Most farmers directly carry fermented crop straw or manure stored at home to the field. People have been used to this method of organic fertilizer, and many farmers still take it for granted. In fact, this application of organic fertilizer will pollute the living environment such as air and water, and we need to use organic fertilizer equipment such as extrusion granulator to make organic fertilizer to improve the efficiency and output of organic fertilizer.
It is understood that the production of organic fertilizer mainly involves the organic transformation of livestock waste, food and drug residues, and industrial sludge, ultimately returning them to the field, ensuring that the environmental protection loop does not produce pollution. Expert introduction, Crop straw and other plant residues, livestock and poultry manure, agricultural by-products, household waste, as well as biogas residue, peat, plant ash, sludge, and urban sludge, can all be used as raw materials for organic fertilizers. The use of organic fertilizers can help upstream production enterprises dispose of waste and reduce pollution to the agricultural and animal husbandry industry. On the other hand, compared to fertilizers, organic fertilizers play a crucial role in the development of ecological agriculture
The production process of the double roller granulator is simple, with low energy consumption and large output. Direct granulation of dry powder does not require subsequent drying processes, which is more conducive to the connection and transformation of existing production processes. The particle strength is high, and the increase in bulk density is more significant than other granulation methods. Especially suitable for occasions where the stacking weight of products is increased. The operation flexibility is large, the adaptability range is wide, and the extrusion pressure can be adjusted through hydraulic pressure.