Bio organic fertilizer can improve soil vitality and crop quality. Usually, you can choose organic waste such as livestock manure, straw and biogas residue to produce bio organic fertilizer. When you open a bio organic fertilizer production line, you need to go through several stages of preparation, fermentation composting, crushing of raw materials, granulation, drying and cooling, and packaging. Don’t worry, YUSHUNXIN has perfect biofertilizer production equipment and complete bio organic fertilizer production line. So, if you are interested, please contact us.
Preparation stage:
Select suitable organic biological raw materials, such as livestock manure, waste plants, crop stalks, etc. Due to water content requirements, many microbial fertilizer raw materials need to be pre-treated, you can use microorganism fertilizer solid liquid separator or inclined screen to reduce the water content.
Fermentation compost:
Fermentation compost uses microorganisms to decompose and transform organic waste. It can degrade harmful substances and increase the nutrient content of biofertilizers. Our company has a variety of fermentation composting equipment. You can choose according to your needs. For example, if you want to ferment compost on a large scale, you can buy a wheel type composting machine. When you have little fermentation space, a bio fertilizer fermenter is a good choice. Because it has a small footprint.
Pulverized raw materials:
Due to the large diameter and volume of bio organic fertilizer raw materials after compost fermentation, it can not be directly produced or sold. Therefore, we can use crushing machines. It can break larger materials into smaller particles or powders, improve the surface area of the materials, and facilitate subsequent treatment or utilization. YUSHUNXIN has a variety of grinding machines for you to choose, such as vertical crusher, cage crusher, etc., you can also choose according to raw materials.
Pelletizing:
You can then add biological bacteria or trace elements, thoroughly mixed by a two-axis mixer, and fed into the biofertilizer pelletizing machine through a conveyor belt. You can choose the right granulation equipment according to the yield. Drum granulator is suitable for large yield biological fertilizer production line, roller extrusion granulator can produce a variety of shapes of bio fertilizer.
Drying and cooling:
The organic bio fertilizer after granulation can be dried by a rotary dryer, which can reduce the water content of the biological fertilizer and extend the storage life. You can then use a rotary cooler to cool the biological fertilizer, preventing chemical reactions or deterioration and reducing the quality of the biofertilizer.
Coating and packaging:
To maintain the stability of organic bio fertilizer nutrients, you can use microorganism fertilizer coating equipment for coating. Packaging is the end of the biological fertilizer production line. Automatic packaging weighing equipment will pack the biofertilizer particles after the coating. Our fully automatic packaging machines are available in single and double buckets. Accurate precision, compact structure, tightly packed, to meet your packaging needs.
What is the most commonly used composting equipment in biofertilizer production?
One of the important processes for the production of bio organic fertilizer is composting bio organic waste. In order to better ferment the compost, it is recommended that you use biofertilizer compost turners. YUSHUNXIN’s groove type composting machine is welcomed by our customers. It can meet the basic compost needs of customers. The turning span of the groove type compost turner is between 3-30 meters. At the same time, the turning depth is 0.8-1.8 meters. Moreover, we also have double slot, half slot specifications to meet customer needs.
Which biofertilizer granulator in bio organic fertilizer production line can you choose?
A complete bio organic fertilizer production line is usually a grand undertaking. Granulation is an important step in the production of biofertilizers. Therefore, it is crucial to choose the right granulation equipment. YUSHUNXIN has a variety of biofertilizer granulating machines for your choice. The following is our company’s hot-selling microbial fertilizer granulation equipment:
Small Disc granulation machine
The disk granulator is a granulation machine suitable for biofertilizer production line of about 5 tons per hour. It adopts an arc structure, gradually forms a ball with the rotation of the disk, and the material is discharged after reaching a predetermined diameter. The granulation rate is more than 93%.
Large Rotary drum granulator
There are also many customers who choose to use drum granulators when opening biological fertilizer plants. It has the advantage of being able to produce up to 30 tons of biofertilizers per hour. In addition, we set up anti-corrosion lining inside it, which has a long service life. Biofertilizer has low particle return rate. And the economic benefit is high.
In addition to the above equipment, YUSHUNXIN can also provide you with other auxiliary equipment. And we can configure the right biofertilizer making equipment for you, according to your actual production scale, process requirements and other specific circumstances.
What is the raw materials of the bio organic fertilizer production line?
Livestock manure：
Livestock manure is one of the most common raw materials in the production of bio organic fertilizer, including cow manure, pig manure, chicken manure and so on. When composted or fermented, animal waste degrades organic matter, releases nutrients, and reduces pests and diseases. It is one of the important raw materials for the preparation of organic biofertilizers.
Other Raw Material：
In addition to animal waste, we can also use plant waste, aquatic waste, biogas sludge and other organic matter to make biofertilizer. These organic substances are rich in nitrogen, phosphorus, potassium and other nutrients. After proper treatment and mixing, it can be made into high-quality organic biofertilizers. It can improve soil fertility, soil structure and promote plant growth.
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