What factors affect the working efficiency of a compost turning machine?

In modern composting production, the working efficiency of compost turners directly affects both the production cost of organic fertilizer and product quality. To fully utilize the performance of compost turners, four key factors need comprehensive consideration: equipment performance, material characteristics, operational techniques, and environmental conditions. Equipment Performance: Foundation of Efficiency The design parameters of compost turners are decisive factors for their working efficiency. The power configuration of equipment directly determines processing capacity – small self-propelled turners can handle 100-300 cubic meters daily, while large trough-type turners can process 500-1000 cubic meters of material. The design of turning components is equally important, with proper blade shape, quantity, and rotation speed ensuring thorough material breakup and mixing. Different types of compost turners suit different working scenarios. Self-propelled and crawler-type equipment offer strong mobility, suitable for open composting sites; trough-type turners, while limited in mobility, demonstrate excellent stability in large-scale fixed production lines. Choosing equipment equipped with spray systems and microbial agent addition devices can further enhance overall operational efficiency.

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