Models
| Model | 11FFG-55 | 11FFG-80 | 11FFG-100 | 11FFG-120 | 11FFG-140 | 11FFG-160 | 11FFG-220 | 11FFG-280 |
| Body Volume | 55m³ | 80m³ | 100m³ | 120m³ | 140m³ | 160m³ | 220m³ | 280m³ |
| Power | 29.25kW | 34.25kW | 39.25kW | 39.25kW | 43.75kW | 43.75kW | 84.25kW | 109.6kW |
| Body Material | Double-layer Stainless Steel | |||||||
| handling capacity | 4-6m³ | 4-6m³ | 6-8m³ | 8-10m³ | 10-12m³ | 12-14m³ | 16-19m³ | 20-24m³ |
| Tip:The Moisture Content of Fresh Chicken Manure is 65-70% | ||||||||
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1) High-Temperature Aerobic Fermentation
Operating at 60–75°C, the tank accelerates decomposition and eradicates harmful pathogens like E. coli and Salmonella. This process stabilizes ammonia and reduces odors by 80%, producing compost that meets strict safety standards for agricultural use.
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2) Intelligent Oxygen & Temperature Control
Aeration System: Stirring blades at the tank's base deliver continuous oxygen, preventing anaerobic zones and methane formation.
Automated Thermostat: Sensors maintain optimal temperatures for microbial activity, reducing fermentation time to 10–14 days compared to traditional open-air methods.
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3) Triple-Layer Stainless Steel Construction
Built with corrosion-resistant stainless steel and thermal insulation, the tank withstands harsh environments while retaining heat. Its seamless interior ensures easy cleaning and hygienic operation.
Four-Stage Fermentation Process
Initial Heating Phase (Days 1–3)
Mesophilic bacteria break down simple sugars, raising temperatures to 45°C. Fungi and actinomycetes begin decomposing cellulose.
Thermophilic Phase (Days 3–5)
Heat-tolerant microbes dominate, breaking down complex organic matter. Temperatures peak at 70–80°C, sterilizing the material and reducing pathogens by 99.9%.
Cooling Phase (Days 1–2)
Microbial activity slows, temperatures drop to 40°C, and dormant microbes resume decomposing residual matter.
Maturation Phase (Days 1)
Stable, nutrient-rich compost is produced, ready for use in improving soil fertility.
Equipment Advantages & Applications
Scalability: Models handle 5–30 tons/day, suitable for small farms to large agribusinesses.
Environmental Benefits:

Reduces methane emissions by 90% compared to open lagoons.
Minimizes nitrogen runoff and water pollution.
Enhances soil carbon sequestration through compost application.
Economic Value:
Converts waste into marketable fertilizer, generating revenue.
Lowers synthetic fertilizer costs by 30–40%.
Conclusion
Mingjia's livestock manure compost tank represents a breakthrough in sustainable agriculture, transforming manure into a valuable resource. By combining advanced aeration, automation, and durable construction, this technology supports circular farming practices while protecting ecosystems. Ideal for livestock operations, it sets a new standard for efficient, eco-friendly waste management.
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