An organic fertilizer fermentation tank is a device that converts organic solid waste into organic fertilizer through aerobic fermentation of microorganisms in a closed container. It utilizes the decomposition of microorganisms in nature, matures the materials through high temperature and microbial activity, kills harmful substances and reduces the moisture content and volume of the materials.
The working principle involves delivering oxygen to the materials via a vortex air pump while the stirring shaft maintains aerobic bacteria activity. Temperatures reach 50-65 degrees, effectively killing insect eggs and pathogens within approximately 7 days.
In livestock farming, this technology enhances feed nutritional value and waste utilization. Fermented excreta becomes biofertilizer rich in nitrogenous compounds (ammonia, urea, nitrates), phosphorous, and potassium. This not only enhances soil fertility but also promotes improved plant growth leading to higher yields.
Technical Parameters
Parameter
Specification Details
Model
11FFG-102
Bottom blower (KW)
12.5 * 2
Hydraulic station (KW)
7.5 + 3
Induced draft fan (KW)
3
Auxiliary heater (KW)
4
Installed power (KW)
40.9
Operating power (KW)
About 29.5
Packaging & Delivery
Package Size
160.00cm * 71.00cm * 90.00cm
Gross Weight
2000.00kg
Transport
Container Shipping
Frequently Asked Questions
1. What is the primary function of the organic fertilizer fermentation tank?
It is designed to convert organic solid waste, such as poultry manure and food waste, into high-quality organic fertilizer through a controlled aerobic fermentation process.
2. How long does the fermentation process take?
The entire process typically takes about 7 days of high-temperature fermentation to reach standards for harmless treatment and waste reduction.
3. What temperature does the tank reach during operation?
Microbial activity naturally heats the material to between 50-65 degrees Celsius, which is sufficient to kill pathogens, insect eggs, and weed seeds.
4. Is the equipment automated or manual?
The system is highly automated, utilizing a vortex air pump for oxygen delivery and a stirring shaft for material turning, which significantly reduces manual labor.
5. What are the environmental benefits of using this machine?
It promotes sustainable agriculture by reducing waste volume, eliminating harmful substances, and creating fertilizer that enhances soil fertility and plant yields.
6. What materials are used in the construction of the tank?
The tank is primarily constructed from high-quality 304 stainless steel and steel to ensure durability and resistance to corrosion during the fermentation process.
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