Taian Hongxin Environmental Protection Technology is a specialized equipment supplier for organic fertilizers. The company is committed to the research and development, production, and sales of organic fertilizer equipment. As a manufacturer of biomass specific organic fertilizer equipment, in terms of fertilizer production line equipment, there is not much difference between ordinary organic fertilizer production equipment and biomass specific organic fertilizer equipment. Below, Taian Hongxin Environmental Protection Technology will discuss the differences in biological specific organic fertilizer equipment:

Organic fertilizer equipment can be distinguished from powder organic fertilizer and granular organic fertilizer based on their appearance. Firstly, for powder fertilizers, when producing bio organic fertilizer equipment, an appropriate amount of microbial bacteria can be added during the mixing process, so that the bacteria can be fully mixed with the fertilizer and achieve uniform fertilizer efficiency. Blenders generally use horizontal mixers or double shaft mixers, both of which have their own characteristics and can be used as needed. The mixer is not a specialized organic fertilizer equipment for biology, and users also need to use it when adding other auxiliary materials or trace elements. Biological bacterial fertilizer is different from ordinary organic fertilizer equipment in that it contains beneficial bacteria that are beneficial to plant growth. During the growth and reproduction of bacterial colonies, it also brings the necessary nutrients for plant growth. Therefore, this type of fertilizer has higher fertilizer efficiency and longer lasting fertility. Of course, its production and processing process is also different from ordinary organic fertilizers. With an additional process, adjustments need to be made in the corresponding links to achieve effective attachment of bacterial colonies to the fertilizer, which can enter the soil with the fertilizer and help plant growth.

When producing granular fertilizers, consideration should be given to the presence of microorganisms. Therefore, when drying the finished product, attention should be paid to low-temperature drying to avoid killing the bacterial colonies. However, the production of ordinary organic fertilizer equipment does not need to consider this situation. Therefore, when arranging the production process, it is not only necessary to ensure that the content of each component of the fertilizer meets the standard, but also to take into account the survival rate of microbial bacteria. After all, the highlight of bio organic fertilizer equipment lies in the presence of biological bacteria, and uniformly mixing them into the fertilizer in an appropriate way has become an important step.