Liquid biofertilizer is a fertilizer composed of natural organic matter, microorganisms, and other beneficial nutrients, usually supplied to plants in liquid form. Common liquid microbial fertilizer include fermentation liquid biological fertilizer, humic acid liquid fertilizer and so on. They have a higher organic content, are easier for plants to absorb, and are safe and environmentally friendly. The liquid biofertilizer production technology includes: raw material preparation, mixed fermentation, filtration and mixing, packaging, etc. YUSHUNXIN can provide you with technical equipment for the liquid biofertilizer production technology : new type vertical crusher, semi-wet material crusher, filter, and liquid microbial fertilizer fermentation pot. If you want to know more, please contact us.
Can the organic liquid biofertilizer making line dispose of fish residue?
No. Different from the organic liquid bio fertilizer production technology, the process of making fish residue liquid biofertilizer needs to crush the fish residue, sterilization, cooling, fermentation filtration, and package.
Crushing the fish residue into finer
In order to obtain finer fish residue, you can use a double-shaft grinder to crush the material thoroughly. It can dissolve better in water. YUSHUNXIN’S double-shaft crusher is made of stainless steel and is corrosion-resistant. The crushing effect is good.
Sterilization cooling
For get the fish resuide liquid bio fertilizer, you should add a certain amount of water into crushed fish resuide in proportion. Then, put them into the sterilization tank. Next, put the fish residue liquid into the cooling tank to cool.
Chelation Filtration
After the water and fish residue are fully reacted in the reaction tank, the impurities are filtered out, so that pure liquid bio-fertilizer can be obtained. YUSHUNXIN’s chelating tank integrates reaction and filtration to quickly produce high-quality liquid fish residue bio fertilizer.
Cooling and adding microbial agents
Since the chelation process of biological fish residue liquid fertilizer is high-temperature controlled, it needs to be cooled in the digestion tank. During this process, you can add some biofertilizer agents to it to improve the efficiency of liquid biofertilizer. Then, you can fill the produced liquid fish residue biofertilizer for sale.
What is the liquid NPK biofertilizer process?
Compared with the production of organic liquid fertilizer, the production process of liquid npk biofertilizer is simpler and faster.
First, use a grinder to crush the bio compost, n, p, k and other raw materials. Then the dynamic batching machine can mix the raw materials according to the proportion. Then add water to the well-proportioned raw materials. The resulting liquid will react in the liquid chelating tank. After the reaction, use a filter device to obtain pure NPK liquid biofertilizer. Then use a fully automatic filling machine to package it into different specifications for sale.
What is liquid biofertilizer ？
Liquid biofertilizers are a common choice for biofertilizer production lines. Liquid biofertilizers are usually made by fermenting natural organic matter and microbial flora. And they are rich in nutrients such as organic matter, amino acids and microbial flora. These nutrients can provide a variety of elements needed for crop growth, promote soil microbial activity, increase soil fertility, and thus improve crop yield and quality. In addition, since liquid bio fertilizer is easy to dissolve in water, crops can absorb it more quickly and effectively. It has a good promotion effect on plant growth.
At the same time, the application of liquid microorganism fertilizer is flexible and diverse. It includes foliar spraying and soil watering, which is very convenient. In addition, the main component of liquid biofertilizers is natural organic matter. So, it has a low risk of chemical residue and environmental pollution. This is more in line with the concept of green environmental protection.
Therefore, liquid biofertilizer is a new form of fertilizer with high efficiency and environmental protection. At the same time, it is of great significance to modern agricultural production.
How many types of liquid biofertilizers are there?
There are many types of liquid biofertilizers. Common liquid biofertilizers include:
Fermentation liquid biological fertilizer: By fermenting biological organic matter, such as animal and plant feces, waste plants, rice bran, etc., to obtain liquid fertilizer rich in organic matter and microorganisms.
Humic acid liquid fertilizer: Humic acid is a natural organic matter. You can use the humic acid liquid formed after extraction and processing for an organic fertilizer for plant growth.
Concentrated bacterial liquid fertilizer: Rich in a variety of beneficial microorganisms, such as nitrogen fixing bacteria, phosphorus solubilizing bacteria, phosphorus solubilizing bacteria, etc., can promote the release of soil nutrients and the absorption and utilization of plants.
Enzymatic hydrolysis liquid fertilizer: liquid fertilizer obtained by enzymatic hydrolysis of organic matter, containing a large amount of amino acids and plant growth hormones.So, it can promote plant growth.
High organic content:
Organic components in liquid biofertilizer usually come from animal and plant residues, fermented compost, algae extracts, etc. These organic components contain rich nutrients such as organic matter, amino acids, hormones and trace elements. Therefore, it can provide a variety of nutrients needed by crops. Compared with chemical synthetic fertilizers, it is easier for plants to absorb organic components in liquid biofertilizers, which is conducive to healthy crop growth.
Rapid absorption and utilization:
The nutrients in the organic components of the liquid bio fertilizer after scientific fermentation treatment are easier to dissolve and absorb, and can quickly penetrate around the roots of crops. Liquid biofertilizer production technology increases the efficiency of nutrient absorption and promotes crop growth.
Since the nutrients in the liquid microbial fertilizers are already in an absorbable state, there is no need to go through the conversion process of soil microorganisms. Crops can quickly absorb and use it, which can be effective in a short period of time, reducing the loss and waste of nutrients.
Safety and Environmental protection:
Most liquid microbial fertilizers do not contain harmful substances such as chemical synthetic substances and heavy metals. No pollution to soil, water and ecological environment. This helps to protect the balance and stability of the ecosystem. As an organic fertilizer, liquid biofertilizers are environmentally friendly to crops and do not cause long-term negative effects on the soil.
Content