1. Equipment design and selection: the wider the belt width, the stronger the carrying capacity, but the cost will also increase. At the same time, the choice of belt material is crucial, wear-resistant, high-strength materials (such as wire rope core belt) can improve the load capacity and service life.

2. Transmission Angle: the greater the inclination, the lower the transmission efficiency, generally the maximum inclination does not exceed 20°.

3. Conveying speed: the faster the speed, the higher the conveying efficiency, but too fast may lead to material scattering or equipment wear.

4. Additional resistance coefficient: small turning radius, large turning Angle or improper belt tension will increase additional resistance and reduce the operating efficiency of the organic fertilizer production line.

5. Maintenance and management of organic fertilizer equipment: regularly check belt tension, clean up debris, and lubricate key components, which can reduce failure downtime.

6. Intelligent monitoring: Through the installation of sensors and intelligent control system, real-time monitoring of equipment status, optimize operating parameters.

7. Environmental factors: High temperature, humidity or corrosive environment will accelerate equipment aging and wear.

8. Dust and debris: harsh environmental conditions will lead to dust accumulation of belts and rollers, increasing resistance.

9. System layout Equipment layout: horizontal arrangement of conveyor efficiency is the highest, bending or inclined arrangement will increase friction resistance.

10. Transportation path optimization: reduce turns and intersections, which can improve material transportation efficiency.

Through reasonable design, optimization of operating parameters, strengthening equipment maintenance and improving the use environment, the use efficiency of the belt conveyor can be effectively improved and the operating cost can be reduced.