The core advantage of biofertilizers lies in their richness in beneficial bioactive components, which can improve soil and enhance fertilizer efficiency. Their sources rely on natural biological resources, processed by bio-organic fertilizer equipment and prepared through bio-organic fertilizer production lines. They are mainly divided into three categories, suitable for different planting scenarios.
The first major source is microbial inoculants, which use beneficial microorganisms from nature as raw materials. After isolation, cultivation, and amplification, they are processed using bio-organic fertilizer equipment. Their core value lies in activating soil nutrients, inhibiting pathogens, and assisting crop absorption. They can be mass-produced using bio-organic fertilizer production lines.
The second major source is composted organic materials, which have the widest range of sources. Raw materials include livestock and poultry manure, straw, etc. After composting and fermentation assisted by a double screws compost turning machine, they are processed through a bio-organic fertilizer production line. They combine the advantages of organic fertilizer for soil improvement and the activity of biofertilizers, making them the most widely used.
The third major source is bio-conversion products, which use industrial by-products, plant extracts, etc., as raw materials. Through fermentation and enzymatic treatment using bio-organic fertilizer equipment, and then preparation through a bio-organic fertilizer production line, they are converted into biofertilizers rich in active substances, achieving resource recycling and suitable for precision farming.
In summary, the three main sources of biofertilizers each have their own advantages. By utilizing bio-organic fertilizer production lines and bio-organic fertilizer equipment, rational selection can fully leverage their functions of improving quality and soil.
