Composting Reactor Fermentation Vessels Compost Making Machines

Product Description

Composting Reactor Fermentation Vessels

Professional Composting Reactor

Fermentation Tank Detail

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 is to deliver oxygen to the materials in the tank through a vortex air pump, and continuously turn the materials under the action of the stirring shaft to maintain the activity of aerobic bacteria.

Efficient Decomposition Process

These microorganisms will gradually heat up to 50-65 degrees, and after about 7 days of high-temperature fermentation, they will effectively kill insect eggs, pathogens and weed seeds, and reach the standards of harmless and reduced treatment. The entire fermentation process is highly automated, which reduces manual operation links and improves production efficiency.

Compost Process 1 Compost Process 2

Sustainable Agricultural Benefits

In livestock farming, incorporation of fermentation technology can highly enhance feed nutritional value. Processed via microbial action, fermented livestock and poultry excreta becomes biofertilizer rich in nitrogenous compounds like ammonia, urea, nitrates or nitrites; phosphorous as phosphate salts; potassium ions; and organic matter. It enhances waste utilization. Organic fertilizers not only enhance soil fertility but also promote improved plant growth leading to high yields.

Equipment Infographic

Technical Specifications

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

Product Gallery & Details

Internal Structure Control System Valves and Pipes
Component View
Exhaust System Loading Mechanism Final Product Discharge

Frequently Asked Questions

Q1: How long does the fermentation process take? The entire process typically takes about 7 days of high-temperature fermentation to reach harmless and reduced treatment standards.
Q2: What temperature does the reactor reach during operation? The aerobic microorganisms naturally heat the materials to between 50-65 degrees Celsius, which is optimal for killing pathogens and insect eggs.
Q3: Is the composting equipment fully automated? Yes, the system is highly automated, featuring vortex air pumps for oxygen delivery and automated stirring shafts, reducing the need for manual operation.
Q4: What are the main nutrients found in the resulting organic fertilizer? The biofertilizer is rich in nitrogenous compounds (ammonia, nitrates), phosphorous (phosphates), potassium ions, and valuable organic matter.
Q5: Can this reactor handle livestock waste? Absolutely. It is specifically designed to convert livestock and poultry excreta into high-quality biofertilizer, promoting sustainable agricultural cycles.
Q6: How does the system ensure the survival of aerobic bacteria? The system maintains bacterial activity by continuously delivering oxygen through a vortex air pump and ensuring uniform distribution through the stirring shaft.

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