1. Efficient raw material mixing and recycling: Integrating crushing, mixing, and granulation, it achieves uniform mixing and full utilization of various organic fertilizer raw materials (such as livestock and poultry manure, straw, kitchen waste, etc.), reducing raw material waste.

2. Waste resource utilization: The organic fertilizer produciton line can directly process agricultural and industrial organic waste, transforming previously unusable biomass into high-value-added organic fertilizer, achieving "turning waste into treasure."

3. Energy and process integration optimization: Energy-saving design, using high-efficiency energy-saving motors and variable frequency speed control systems, adjusting operating parameters as needed, significantly reducing energy consumption. Some models have waste heat recovery functions during the granulation process, using waste heat for pre-drying or raw material preheating, improving energy utilization efficiency.

4. Automation and intelligent control: Equipped with a PLC or DCS control system, it precisely controls the raw material ratio and granulation conditions, ensuring stable product quality and reducing resource loss. 5. Solid Waste Reduction and Circular Economy: Fine powder and undersize materials generated during production can be automatically returned to the front end for regranulation, resulting in almost no waste emissions. This seamlessly integrates with subsequent organic fertilizer processing (such as packaging and storage), supporting a circular economy in agriculture.

6. Product Upgrades and Market Adaptation: Diversified granular products allow for the production of organic fertilizer granules with different particle sizes and nutrient ratios to meet the needs of different crops and soils, improving resource utilization efficiency.

7. Promoting Organic Agriculture Development: This promotes the resource utilization of organic waste, reduces the use of chemical fertilizers, and improves soil ecology.