Compost fermentation is the first step in biofertilizer production. So, it is important for you to choose the right biological fermentation equipment. Why not consider a biofertilizer fermenter? Fermenter for biofertilizer production adopts static aerobic fermentation method, covers a small area, little pollution, can completely kill disease eggs, fermentation effect is good. YUSHUNXIN has horizontal and vertical biofertilizer fermenters, you can choose according to the production needs, site area and price budget. So, if you are interested in purchasing, please contact us.
Why used the fermentation tanks in biofertilizer manufacturing?
A biofertilizer fermenter is a specialized tank used to decompose organic materials—such as animal manure, agricultural waste, or plant residues—through microbial fermentation. It provides the optimal environment for beneficial microorganisms to multiply and convert organic matter into nutrient-rich biofertilizer.
It’s an indispensable part of any professional biofertilizer manufacturing line.
What composting method does the biofertilizer fermenter adopts?
Static aerobic composting is a composting method that uses oxygen, humidity and temperature to convert organic waste into organic microorganism fertilizer through the action of microorganisms. In the static aerobic composting process, organic waste (pig manure, chicken manure, cow manure, bacterial residue, Chinese medicine residue, crop straw) is in a well-ventilated container or equipment, through regular ventilation or oxygen supply system, to maintain sufficient oxygen in the pile.
Therefore, in an aerobic environment, the microorganisms in the bio fertilizer pile are able to decompose organic matter more efficiently, generate heat energy and facilitate the fermentation process of the pile.
What Types of Biofertilizer Fermenters Does YUSHUNXIN Offer?
YUSHUNXIN offers three main types of biological fertilizer fermenters to meet different composting needs:
The horizontal fermenter
It is an ideal choice for rapid aerobic composting. The horizontal fermenter features automatic mixing and temperature control, ensuring even fermentation and efficient odor control. It is suitable for small to medium-scale farms.
Horizontal Fermentation Tanks
Organic Vertical Fermentation Pot
The vertical fermentation pot
Space-saving and fully enclosed. This fermenter handles larger volumes and maintains consistently high temperatures. It can dispose of 5-150 m³ of organic waste. It’s perfect for commercial biofertilizer production with limited land area.
Anaerobic Fermentation Tank
If you want to handle high-moisture organic materials, the anaerobic fermenter is a good choice. In a sealed oxygen-free environment, these tanks not only generate biogas for energy use, but also reduce odors and harmful pathogens during fermentation. This makes anaerobic fermentation a cost-effective and eco-friendly solution for waste treatment.
Composting temperature：
Biofertilizer compost fermentation requires a certain temperature to promote microbial growth and decomposition of organic matter. So, as organic waste ferments in the fermenter for biofertilizer production, the temperature sensor monitors the temperature inside the tank in real time.
You can also adjust the temperature by starting an industrial electric blanket (embedded in the two-layer tank wall) to ensure the optimal survival temperature for beneficial bacteria (60-70 ℃). At the same time, in the upper part of the fermenter, the heating unit will also heat the oxygen pressed into the tank to ensure that the fermentation pot has the right temperature.
Proper humidity:
Proper humidity can provide the moisture required for microbial growth and reproduction, and promote the degradation and transformation of organic material. But too high or too low humidity will affect the fermentation effect and quality of microbial fertilizer compost. When using a biofertilizer fermenter, you should take care to control the feed moisture between 50-60%. In this way, after the successful fermentation, the discharge humidity is about 30%.
Oxygen:
Ventilation can provide sufficient oxygen to facilitate the aerobic fermentation process in bio fertilizer compost. Because it can quickly and effectively degrade organic matter in organic waste and produce organic biofertilizers. The high-pressure Roots blower sends the heated oxygen into the tank to ensure that the aerobic bacteria have enough oxygen. Oxygen sensors monitor the oxygen concentration in the tank in real time.
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