The sheep manure organic fertilizer production line is specialized equipment designed to process sheep manure into high-quality organic fertilizer. This comprehensive system enables the harmless utilization of sheep dung, promoting resource recycling and sustainable practices.

The primary process involves constructing fermentation tanks according to specific requirements, where sheep dung is stacked and combined with fermentation bacteria products. Through repeated turning and aeration during fermentation, the material undergoes decomposition, deodorization, and pest elimination, achieving complete harmless disposal while transforming waste into valuable resources.

1. Mix sheep dung with crop stalks in proportions determined by moisture content, targeting approximately 45% moisture level. Add corn flour and specific bacterial strains to enhance sugar content and accelerate fermentation.
2. Transfer the configured materials to a mixing machine, ensuring thorough and uniform blending without lumps.
3. Stack the mixed materials in fermentation tanks measuring 2-6 meters wide and 1.0-1.5 meters high.
4. Monitor the fermentation process: temperature typically rises after 2 days, odor disappears after another 2 days, material becomes loose and fluffy after 3 more days, and compost develops fragrance after an additional 2 days. Complete fermentation typically requires 10-15 days.
5. Use a forklift to transfer the fermented materials to the next processing stage.
6. Process materials through crushing, mixing, granulation, drying, cooling, screening, and coating stages. Approximately 95% of particles meet specifications, while the remaining 5% are recycled through the crushing and granulation process. Final packaging completes the production cycle, making the fertilizer ready for storage and sale.

The sheep dung organic fertilizer production line produces green organic fertilizer with organic matter content exceeding 50%, creating a nutrient-rich agricultural product. Organic fertilizer equipment manufacturers typically customize formulations by incorporating appropriate trace elements based on regional soil conditions, enabling the production of specialized organic fertilizers tailored to specific crop requirements for various vegetables, fruit trees, and other agricultural products.