1. Resource recycling: Organic fertilizer equipment converts agricultural waste (such as cow manure, chicken manure, etc.), kitchen waste and garden waste into useful fertilizers, reducing the pollution and accumulation of these wastes to the environment. By converting organic waste into fertilizer, the use of landfills is reduced, thereby reducing the soil and water pollution problems associated with landfills.

2. Soil improvement: Organic fertilizer helps to reduce soil erosion and degradation by increasing soil organic matter, improving soil structure and fertility, and improving soil water holding capacity and permeability. The use of organic fertilizers can reduce the dependence on chemical fertilizers, reduce the problems of soil salinization and acidification caused by the use of chemical fertilizers, and reduce the pollution of water bodies caused by the loss of chemical fertilizers.

3. Energy saving and emission reduction: By converting organic waste into fertilizer, the organic fertilizer production line improves the efficiency of resource utilization and reduces the demand for fossil fuels, thus contributing to energy saving and emission reduction. In the production process of organic fertilizer, a variety of measures have been taken to reduce pollution to the environment, such as waste gas treatment, waste water recycling, etc., to reduce the burden of the production process on the environment.

4. Create economic value: organic fertilizer production lines often drive the development of the local economy, create job opportunities, and promote the formation of related industrial chains. By providing high-quality fertilizers, organic fertilizer production lines can help farmers improve crop yield and quality, thereby increasing farm income.