2026/05/28
As a core fermentation equipment in large-scale organic fertilizer plants, the plant construction plan and process layout of the trough fertilizer turning machine directly determine production efficiency and fermentation quality. Selecting this equipment requires the construction of standard fermentation troughs. Common trough widths are 3 meters, 4 meters, and 6 meters; the length and quantity of troughs can be customized according to annual production scale. The fermentation trough floor must be hardened with concrete and treated with anti-corrosion measures to meet the long-term use requirements of high-moisture materials.
The trough fertilizer turning machine adopts a track-based design, ensuring stable operation and uniform turning depth. It allows for thorough material exchange, solving the problems of numerous dead corners and uneven composting in traditional fermentation. In terms of process layout, it is recommended to arrange the raw material storage area, fermentation trough area, and crushing and processing area sequentially to shorten material transfer distances and reduce labor and transportation costs.
The trough fertilizer turning machine supports automated control, allowing for timed turning and temperature-linked turning. The turning frequency can be adjusted according to different fermentation stages, precisely controlling the entire process of heating, maintaining constant temperature, and cooling. It can also be paired with a lateral transfer vehicle to achieve multi-tank sharing of one machine, significantly reducing equipment investment and site occupation.
From an environmental perspective, the trough-type closed fermentation facilitates centralized collection and treatment of odors, making it easier to pass environmental impact assessments. It is suitable for the standardized construction of large and medium-sized organic fertilizer plants and manure treatment centers in concentrated livestock areas; with a reasonable layout, it can achieve stable, uninterrupted production throughout the year.