The Difference between Organic Fertilizer Equipment and Inorganic Fertilizer Equipment

 Generally speaking, organic fertilizer making equipment is mainly divided into two parts, fermentation and granulation. The equipment used mainly includes pelleting equipment, livestock and poultry manure treatment system, semi moist material pulverizer, roller extrusion granulator, drying system, etc. The treatment process of organic fertilizer equipment is slightly complicated, and the main influencing factors of the fermentation part are: microorganisms, carbon-nitrogen ratio, moisture, PH value, aeration control and so on. Because one of the factors is not well controlled, it will affect the fermentation effect. Therefore, the characteristics of organic raw materials are that they are relatively light, rough, and have a relatively low bonding rate. Among them, the granulation part and the inorganic fertilizer part are also very different. Because organic materials and inorganic materials are different. The use of inorganic fertilizers is based on chemical reactions, and generally contains only one or two specific elements, which has a great effect on the improvement of crops in a short period of time. However, in the long run, it will cause certain harm to soil elements and the growth environment of plants. The raw materials used in organic fertilizers are agricultural wastes, such as straws and household garbage, which play a certain role in the sustainable development of the environment.

Organic fertilizer equipment will gradually be developed in recent years and will be widely used in the planting of green food and vegetable cultivation and municipal greening. Although the production process of organic fertilizer equipment is complicated, in general, its production cost and risk are relatively small, and the selection of its raw materials is very wide. Regarding the understanding of the difference between organic fertilizer equipment and inorganic fertilizer equipment, you can refer to factors such as annual output, fermentation method, and degree of mechanization when selecting equipment.