Biofertilizer composting can improve resource utilization and reduce soil improvement costs. Temperature, oxygen and humidity are the main factors affecting bio fertilizer composting. To promote the decomposition of organic matter, you can add appropriate amounts of bacteria, such as aerobic fermentation agent and quality azotobacter. Moreover, in the process of making bio organic fertilizer, you can use a biofertilizer composting machine to speed up fermentation time. YUSHUNXIN has a variety of fermentation composting equipment with different output and performance, you can choose the right one through consultation.
How to Compost Biofertilizer Efficiently?
Composting biofertilizer efficiently, depends on raw material preparation, microbial balance, and smart composting equipment usage.
Typically, high-quality compost forms in 20-30 days.
Which Composting Machine Is Right for Making Biofertilizer?
Regular heap turning is an indispensable step in composting bio organic fertilizer. It can accelerate the decomposition rate of organic waste, shorten the composting cycle of biofertilizer, and improve the yield and quality of compost. Therefore, to make periodic heap rollovers easier, you can choose the bio fertilizer compost turning machine.
Groove type compost turner
The groove type compost turner, also known as channel type compost turner. It is widely used in the fermentation and decomposition of organic biofertilizer plants, sludge dumps, garden fields and so on. Its turning span can be between 3-30m meters. At the same time, the flipping depth can reach 0.8-1.8 meters. Our company has a variety of models and specifications. Such as double slot and half slot to meet your different needs. When you use it, you should set up a fermentation slot. At the same time, our company will provide you with a shift car, flexible operation, to achieve a machine with multiple slots.
Windrow compost Turner
Windrow composting machine is a biofertilizer making model that saves civil construction and human resources. When you compost biofertilizers, there is no need to build fermentation slots, you simply arrange the organic waste in strips. This helps you save composting space as well as labor costs. YUSHUNXIN has two types of windrow compost turner. The first kind is a crawler type compost turner, which can handle 1000-1500m³ bio fertilizer per hour, and can operate in complex terrain without restriction. The other is a moving type turning machine, which can work in the open field or in the workshop greenhouse. It is suitable for small and medium-sized bio compost.
Wheel type compost turner
Wheel type compost turner is suitable for large-scale biofertilizer production. It can quickly turn livestock and poultry manure, sludge waste biogas and other organic waste compost. Compared with the traditional pile flipping equipment, its flipping depth can reach 1.5-3 meters, and the maximum flipping width can reach 30 meters wide. You can flip without dead Angle by adjusting the speed shift trolley. And it uses a unique energy-saving and efficient transmission mechanism, reducing energy consumption by 70%.
You can choose the appropriate composting machine according to the size of your biological fertilizer production line. The use of biofertilizer fermentation equipment can automatically complete the turning bio fertilizer, improve the composting efficiency. It can also fully mix microbial inoculants, ferment evenly, and improve the quality of bio organic fertilizer.
What Affects the Quality of Your Biofertilizer Compost?
Oxygen
The biofertilzer composting process is an aerobic process, that is, it requires oxygen in order for the microorganisms to develop properly, so aeration is an important factor in the composting process, as oxygen is essential for the metabolism and respiration of the microorganisms involved. Aeration has a dual purpose, firstly to provide sufficient oxygen for microorganisms, and secondly to maximize the removal of the resulting carbon dioxide; Similarly, aeration also prevents compaction of organic biofertilizer materials or accumulation of water.
Humidity
Microbes need water to transport nutrients and other elements, and water is also crucial in gas exchange. In the bio fertilizer composting process, the humidity must reach about 40-60%. Therefore, it is necessary to pay attention to real-time monitoring of the moisture content of composting, and adopt timely measures to maintain bio compost normal moisture.
Temperature
It is important to track the decomposition of organic matter. When a biofertilizer is composted, it undergoes a temperature cycle caused by microbial metabolic activity, and the increase in metabolic activity generates heat, which leads to an increase in temperature. Conversely, the decrease in microbial activity is represented by a decrease in temperature. The temperature of the compost should be controlled between 55°C and 65°C.
Which Microbial Strains Should You Add During Composting?
Choosing the right microbial agents is key to effective composting.
Aerobic fermentation agent
First, you should evaluate your raw materials. For example, if your compost contains a high amount of livestock manure, adding thermophilic bacteria helps accelerate organic matter breakdown during the high-temperature phase. If your feedstock is rich in carbon (like straw or husks), cellulose-degrading bacteria will improve compost maturity.
Quality azotobacter
Then, you can also add nitrogen-fixing or phosphate-solubilizing bacteria to enhance the nutrient content of the final compost. In areas with high salinity or poor soil structure, functional strains like Bacillus subtilis or Pseudomonas fluorescens can improve biofertilizer performance.
It’s best to mix the bacteria during or after the composting process, depending on the strain. Make sure moisture, temperature, and C/N ratio meet microbial growth needs.
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