To apply fertilizer reasonably, we must first understand the demand of soil and the growth law of crops. Different soil types, textures and fertility conditions, as well as different crop varieties and growth stages, have different nutrient requirements. Only through scientific soil detection and crop nutrition diagnosis can accurate fertilization program be determined to avoid blind fertilization and excessive fertilization.
Fertilizer manufacturing equipment plays an important role in rational fertilization. Advanced fertilizer manufacturing equipment can accurately produce a variety of fertilizer formulations according to different soil and crop needs. For example, the compound fertilizer manufacturing equipment can mix a variety of nutrient elements such as nitrogen, phosphorus, and potassium in a certain proportion to produce a compound fertilizer suitable for different crops. Slow-release fertilizer manufacturing equipment can control the release rate of fertilizer through special processes, so that nutrients can be continuously supplied at different stages of crop growth, and the utilization rate of fertilizer can be improved.
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In addition to the traditional chemical fertilizer manufacturing equipment, in recent years, biological fertilizer manufacturing equipment has also been rapidly developed. Biofertilizers are fertilizers that use beneficial microorganisms or their metabolites to improve soil fertility and promote crop growth. Biofertilizer manufacturing equipment can produce a variety of beneficial microbial agents and bio-organic fertilizers through fermentation, culture and other processes. These biofertilizers can not only provide nutrients, but also improve the soil microbial community structure, enhance the soil biological activity, and improve the sustainable production capacity of the soil.
In the practice of rational fertilization, it is also necessary to combine scientific fertilization methods and techniques.
The integrated technology of water and fertilizer can supply fertilizer and water to crops at the same time, and improve the utilization rate of fertilizer and water use efficiency. The combined application of organic fertilizer and chemical fertilizer can improve soil structure, increase soil fertility, reduce the use of chemical fertilizer and reduce agricultural non-point source pollution.
Through the introduction of advanced fertilizer manufacturing equipment and scientific fertilization technology, reasonable fertilization and sustainable agricultural development have been realized. They use high-precision compound fertilizer manufacturing equipment to produce customized compound fertilizers according to different soil and crop needs. At the same time, combined with the technology of soil testing and formula fertilization and the integrated technology of water and fertilizer, the fertilizer amount and fertilization time are precisely controlled, and the fertilizer utilization rate and crop yield and quality are improved. In addition, they also use a lot of bio-organic fertilizer, improve the soil structure and ecological environment, and achieve sustainable development of agriculture.
