The core distinction between bio-fertilizers and standard organic fertilizers lies in the survival and uniform distribution of functional live microorganisms. Consequently, the selection of equipment required for bio-fertilizer production involves specific requirements. From fermentation compost turning to the configuration of the entire production line, the proper integration of equipment at each stage is fundamental to ensuring product quality.
Chicken manure is a common raw material, yet fresh manure has a high moisture content (60%–75%), high viscosity, and high nitrogen levels; if fermentation is incomplete, subsequent processing stages become extremely difficult. Thus, the chicken manure compost turning machine serves as a critical starting point for the production line. It turns material from the bottom to the surface, breaking up clumps and replenishing oxygen while allowing ammonia and water vapor to escape, thereby promoting a uniform temperature throughout the pile. After 15–25 days of thorough turning, the organic matter is largely decomposed, and pathogens are eliminated by high temperatures. For high-viscosity, high-moisture materials like chicken manure, chain plate compost making machines offer superior adaptability, capable of turning material at depths exceeding two meters.
Once decomposed, the material proceeds to stages including crushing, proportioning, mixing, granulation, and drying. Bio-fertilizer production imposes specific equipment requirements: all parts in contact with the material must be made of stainless steel to prevent contamination by unwanted microorganisms, and the drying process must maintain temperatures below 60°C to preserve the viability of the live microorganisms. A complete bio-organic fertilizer production line typically encompasses systems for fermentation, crushing, proportioning, mixing, granulation, low-temperature drying, screening, and packaging.
Only by seamlessly integrating the windrow turner with the rest of the production line—where the turner ensures fermentation quality, crushing and mixing equipment handle material refinement and the uniform incorporation of microbial agents, and granulation and low-temperature drying equipment manage shaping and the preservation of live microorganisms—can high-quality bio-organic fertilizer products truly be manufactured.
