Audited Supplier
11FFG-102
1 Year
1year
Fertilizer Fermentation Tank
380V
CE, ISO
8-10m3/D
50-60%
4-5m3/D
Sawdust or Agricultural Waste
6-8d
Animal Manure Kitchen Waste Organic Sludge
Wooden Case
China
8419899090
Product Description
Organic fertilizer fermentation tank
Technical Principles:
The organic fertilizer fermentation tank utilizes the principle of aerobic microbial fermentation to rapidly reproduce under certain temperature, humidity, and sufficient oxygen environmental conditions. Consume organic matter, protein, and oxygen in materials. And produce ammonia, carbon dioxide, and water vapor through metabolism. During this period, alarge amount of heat will be released to increase the temperature inside the tank.
As an environmental protection equipment, organic solid waste undergoes short-term continuous aerobic fermentation under the decomposition of microorganisms. After microbial fermentation, deodorization, and maturation, it is processed into organic fertilizer that can be used for crops.
Process flow
After dehydration, organic waste is mixed with a certain proportion of auxiliary materials and fermentation agents, and enters an aerobic fermentation tank for full reaction. The discharged materials can be subjected to secondary fermentation (aging) or used as return materials. After secondary aging, the material meets the organic fertilizer standard.
Advantage
High degree of integration, small footprint, significantly reduce the water content of materials, low operating costs.
Scope of application
Equipment structure
Equipment parameters
Implementation case
Using biogas residue as raw material, the material meets the organic fertilizer standards after aerobic fermentation:
Technical Principles:
The organic fertilizer fermentation tank utilizes the principle of aerobic microbial fermentation to rapidly reproduce under certain temperature, humidity, and sufficient oxygen environmental conditions. Consume organic matter, protein, and oxygen in materials. And produce ammonia, carbon dioxide, and water vapor through metabolism. During this period, alarge amount of heat will be released to increase the temperature inside the tank.
As an environmental protection equipment, organic solid waste undergoes short-term continuous aerobic fermentation under the decomposition of microorganisms. After microbial fermentation, deodorization, and maturation, it is processed into organic fertilizer that can be used for crops.
Process flow
After dehydration, organic waste is mixed with a certain proportion of auxiliary materials and fermentation agents, and enters an aerobic fermentation tank for full reaction. The discharged materials can be subjected to secondary fermentation (aging) or used as return materials. After secondary aging, the material meets the organic fertilizer standard.
AdvantageHigh degree of integration, small footprint, significantly reduce the water content of materials, low operating costs.
Scope of application
Equipment structure| Tank diameter (mm) | Tank height (mm) | Tank volume height(mm) | Minimum footprint(m2) |
| 6000 | 5500 | 3900 | 54 |
| Tank volume (m3) | Hopper volume(m3) | Processing capacity(m3/d) Including moisture content 50-70% | Processing capacity(m3/d) moisture content 30% |
| 102 | 1.35 | 8-15 | 4-5 |
| Power | Lower air supply fan(KW) | Hydraulic station(KW) | Induced draft fan(KW) |
| 380V50HZ | 12.5*2 | 7.5+2.2 | 3 |
| Auxiliary heater(KW) | Installed power(KW) | Operating power(KW) | |
| 4 | 40.9 | 29.5 |
Using biogas residue as raw material, the material meets the organic fertilizer standards after aerobic fermentation:
