The enclosed high-temperature Aerobic fermentation tank is a core compost machine designed for efficient manure treatment and organic fertilizer production. According to material moisture content and characteristics, the system operates in two main modes:
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Materials are fed into the compost tank at one time and fermented under fully enclosed, high-temperature aerobic conditions for 5–7 days. After fermentation, the material is discharged in one batch.
This mode features a simple process and easy management, making it ideal for stable, low-moisture materials used in organic fertilizer production lines.
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For high-moisture materials such as livestock manure, the compost machine operates in a continuous mode with scheduled daily discharge and proportional feeding.
The enclosed compost tank provides a stable and optimized environment for microbial growth. Actual processing capacity varies depending on material moisture and properties.
Taking a 110 m³ compost tank as an example, the daily manure treatment capacity is approximately 8–14 m³ of raw material. The system follows the principle of “discharge first, then feed”, ensuring long-term, stable, and efficient operation.
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After high-temperature aerobic composting, livestock manure, food waste, biogas residue, and municipal sludge are converted into loose, odor-free, organic-rich fertilizer, serving as an essential part of a complete organic fertilizer production line.
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Compost tank capacities: 10–200 m³
Fully enclosed design with automatic temperature and oxygen control
Integrated deodorization system for compliant emissions
Stable operation with low labor and energy consumption
This compost machine is widely applied in livestock farms, manure treatment projects, food waste recycling, and municipal solid waste processing, providing a reliable solution for waste-to-fertilizer and sustainable organic fertilizer production.
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This enclosed compost tank is an essential compost machine in modern manure treatment and organic fertilizer production lines, helping farms and waste treatment plants convert organic waste into valuable fertilizer efficiently and sustainably.