First, untreated organic fertilizer contains some bacteria and parasites that could directly contaminate soil and crops, thus indirectly endangering human and animal health. However, after processing through an organic fertilizer production line, high-temperature fermentation effectively kills bacteria, ensuring safe use and reducing the risk of soil pollution. Fermentation generally uses a fertilizer turning machine to preliminarily process the fertilizer for subsequent treatment.
At the same time, fresh fertilizer may burn plant roots and affect their growth. After processing through an organic fertilizer production line, nitrogen in the organic fertilizer can be converted into a more stable form, allowing crops to better absorb the nutrients in the fertilizer.
Secondly, undecomposed organic matter may affect the soil. Untreated fertilizer, wherein undecomposed organic matter consumes oxygen in the soil, leading to soil anoxia and affecting root growth of crops. The organic fertilizer production line allows for sufficient fermentation of the fertilizer, improving the stability of organic matter and enhancing the soil environment. At the same time, other materials can be added during the production process to enrich the organic fertilizer, for example, when using a fertilizer mixer, certain elemental substances can be added as needed to provide more abundant nutrients to the soil, aiding in better crop growth.
Finally, some untreated organic fertilizer may contain heavy metals and antibiotic residues, while the organic fertilizer production line can reduce pollution risks through microbial degradation. This better protects the environment and promotes sustainable development.
With the advancement of technology and the upgrading of various devices, it is believed that in the future, organic fertilizer production lines will play a greater role in agricultural development and economic progress.
