Microbial fertilizer is a product derived from the life activities of microorganisms, which provides specific fertilization effects to crops. It is a type of fertilizer used in complete organic fertilizer production line equipment, playing a significant role in crop growth and soil nutrition. Below, Protection introduces the application of microbial bacterial fertilizer in complete organic fertilizer production line equipment

1. It can reduce farmers production costs, increase crop yields, and boost farmers income. A series of microbial composite fertilizers suitable for large-scale field crop promotion have production costs comparable to or slightly higher than conventional fertilizers. Extensive experiments and demonstrations on crops such as corn, rice, wheat, and peanuts have shown that microbial fertilizers can still enhance yields even when usage is reduced by one-third to one-half. This means farmers can achieve higher yields without increasing fertilizer costs, while also saving labor, time, and effort. The convenience of use leads to greater benefits, driving large-scale yield increases in grain, vegetables, fruits, and other cash crops. It addresses critical issues such as food production and dietary health.

2. Significant energy-saving and emission-reduction effects. Microbial fertilizers have the functions of phosphorus solubilization, potassium solubilization, and nitrogen fixation, which can improve fertilizer utilization by 10% to 30% or more. The large-scale production and widespread use of this fertilizer can conserve fertilizer resources and related resources such as coal, natural gas, and petroleum, contributing to alleviating the energy crisis.

3. It can improve the quality of agricultural products. With the continuous improvement in peoples living standards and the increasing demand for higher quality of life, green agriculture is being actively developed to produce organic fertilizers and pollution-free green food. The production of green food requires the non-use or minimal use (or limited application) of chemical fertilizers, pesticides, and other chemical substances. It demands that fertilizers primarily protect and enhance the growth and quality of the target crops; secondly, they should not cause the generation or accumulation of harmful substances in the target crops; and thirdly, they must have no adverse effects on the ecological environment. Microbial fertilizers essentially align with these three principles, not only mitigating or reducing agricultural product contamination but also improving their quality.

4. Soil improvement effect. The beneficial microorganisms in microbial fertilizers produce sugar-like substances, accounting for 0.1% of the soils organic matter. When combined with plant mucus, mineral embryo bodies, and organic colloids, they can enhance the soils granular structure, improve physical properties, and reduce the loss of soil particles. Under suitable conditions, they can also participate in the formation of humus. Therefore, using microbial fertilizers produced by a complete set of organic fertilizer production line equipment can improve soil physical properties and contribute to enhancing soil fertility.