2025/02/21
Fermentation compost turning machine has an important role in promoting the production of organic fertilizer, mainly reflected in the following aspects:
1. Improve fermentation efficiency: The fermentation pile turning machine makes the material loose and breathable through mechanical turning, increases the oxygen content, and creates good conditions for the aerobic fermentation of microorganisms. Compared with manual turning, the turning machine is more efficient and can significantly shorten the fermentation cycle.
2. Improve the quality of fermentation: The turnover machine has the crushing function in the process of turning and throwing, which can effectively break the plate formed in the fermentation process, make the material more uniform and improve the quality of organic fertilizer.
3. Reduce production costs: The use of fermentation stacking machine can replace manual and forklift and other tools, greatly saving time and labor, reduce labor costs. At the same time, its efficient fermentation process reduces equipment and site investment, reducing production costs.
4. Realize resource utilization: The fermentation pile turning machine can transform organic waste such as livestock and poultry manure, agricultural waste, sludge into high-quality bio-organic fertilizer, and realize the harmless and resource utilization of waste. This process not only reduces environmental pollution, but also increases the nutrient content of organic fertilizer.
5. Improve production flexibility: there are many types of fermentation stacking machines, such as self-propelled, trough, crawler, etc., which can be selected according to the different sites and production needs of organic fertilizer production lines.
In summary, the fermentation stacking machine significantly promotes the production and utilization of organic fertilizer by improving fermentation efficiency, improving fermentation quality, reducing production costs and realizing resource utilization, and is an indispensable organic fertilizer equipment in modern organic fertilizer production.
