The bio-organic fertilizer produced by the organic fertilizer equipment improves the quality of crops. After years of field fertilizer efficiency comparison experiments, it has been proved that compared with the same matrix chemical fertilizer, the yield of grain crops and fruit trees has increased by 10% to 15%, and the average yield has increased by 12%; the yield of vegetables has increased by 10% to 15%. Up to 15% to 26%, with an average increase of 20%. Manure organic fertilizer not only strengthens many organic chemical colloidal solutions, but also dissolves many organic compounds into organic chemical colloidal solutions relying on the effect of microbial strains, which greatly increases the adsorption of the soil layer to the surface layer.
The organic fertilizer production line is therefore a complete set of equipment production equipment for producing pure natural organic chemical manure and fertilizer by using fresh manure as raw material and solving it through a series of production and processing. The manure organic fertilizer production line must have two processes to produce and process organic fertilizers: the early fermentation and solution part and the production, processing and granulation part.
The key equipment of the organic fertilizer production line is fermentation equipment and solid-liquid separation equipment. Other commonly used equipment includes npk fertilizer granulator, crushing and mixing, screening, packaging and other equipment. The organic fertilizer turning machine is widely used in the fermentation, decomposing and water removal operations in organic fertilizer plants, compound fertilizer plants and sludge and garbage plants. It is suitable for aerobic fermentation and can be used in conjunction with solar fermentation chambers, fermentation tanks and moving machines. The product is efficient, runs smoothly, is sturdy and durable, and turns evenly.
The granulator includes disc granulator machine, drum granulator, drum granulator, etc. In the organic fertilizer npk manufacturing process, the powdery raw material needs to be rolled into granules by the drum granulator. Most of the granulators in this step adopt a drum structure. The powder raw materials are placed in the drum, and the slurry or steam or water is sprayed into the drum through the spray pipe, and the liquid phase of the granulated material is increased to make the drum agglomerate into granules.