What is the use of biological organic fertilizer?

The top ten functions of biological organic fertilizer
What is Bioorganic Fertilizer
Bioorganic fertilizer refers to a type of fertilizer with both microbial and organic fertilizer effects, which is composed of specific functional microorganisms and organic materials mainly derived from animal and plant residues (such as livestock manure, crop straw, etc.) and subjected to harmless treatment and decomposition.
The role of biological organic fertilizer, the top ten roles of biological organic fertilizer
Three Characteristics of Bioorganic Fertilizer
1. Raw materials of pure chicken manure
This product is made by using non resistant cultured chicken manure to obtain raw materials through aerobic high-temperature fermentation in a large fully automatic sealed fermentation tank. The raw materials are transported to the aging workshop to be compounded with beneficial microbial functional strains and nutrients for secondary fermentation, and then extruded and granulated through a fully automatic production line.
2. High temperature aerobic fermentation process
Adopting the principle of aerobic fermentation by high-temperature aerobic microorganisms, microorganisms can utilize the organic matter and residual protein in livestock and poultry feces and carcasses to rapidly reproduce under certain temperature, humidity, and sufficient oxygen conditions, thereby achieving harmless treatment of livestock and poultry waste, and the organic waste is converted into high-quality organic fertilizer.
3. Rich in multiple microbial advantages
High grade organic matter, long-term application, and synergistic action of amino acid, humic acid, multi effect enzyme and beneficial functional flora, can effectively improve the soil and improve the ecological environment of crop rhizosphere region, so as to fertilize the soil and achieve the wonderful effect of planting. The combination of beneficial microorganisms is reasonable and highly technical, which can effectively enhance the stress resistance and virus resistance of crops.
Compound biological organic fertilizer
Ten Functions of Bioorganic Fertilizer
1. Bioorganic fertilizer contains a large number of beneficial microorganisms, which can decompose organic matter in soil, increase soil aggregate structure, and improve soil composition. Microorganisms reproduce very quickly in the soil. They are like an invisible web, intricate and complex. After microbial cells die, many small pipes remain in the soil. These small pipes not only increase the permeability of the soil, but also make the soil fluffy and soft, preventing the loss of nutrients and water, increasing the water storage capacity of the soil. Fertilization can avoid and eliminate soil hardening.
2. The beneficial microorganisms in organic fertilizers can also inhibit the proliferation of harmful bacteria, thereby reducing the use of pesticides. After years of application, it can effectively inhibit soil pests, save labor and money, and reduce pollution. The boys were stunned!
3. 95% of trace elements in soil exist in insoluble forms and cannot be absorbed and utilized by plants. Microbial metabolites contain large amounts of organic acids, like hot water added to ice cubes. It can dissolve trace elements such as calcium, magnesium, sulfur, copper, zinc, iron, boron, molybdenum, and other essential mineral elements for plants, transforming them into nutrients that can be directly absorbed and utilized by plants, greatly increasing the fertility supply capacity of the soil.
4. Beneficial microorganisms such as Bacillus subtilis in bio-organic fertilizers utilize organic matter in the soil to produce secondary metabolites, which contain a large amount of growth promoting substances. For example, auxin can promote plant elongation and growth, abscisic acid can promote fruit maturity, and gibberellin can promote flowering and fruit setting, increase the number of flowering, keep fruit, increase yield, and make fruit plump, fresh, and ready for early listing. Increase production and revenue.
5. The microorganisms in organic fertilizers have strong vitality and long survival time in soil. Microorganisms such as nitrogen fixing bacteria, phosphorus dissolving bacteria, and potassium dissolving bacteria can utilize nitrogen in the air to release potassium and phosphorus in the soil that are not easily absorbed by crops. Continuously supply crop nutrients. Therefore, organic fertilizers also have long-term effects.
6. According to relevant data, the utilization rate of fertilizer in China's actual production is only 30-45%. Some of the lost fertilizers are decomposed and released into the atmosphere, some are lost in the form of water and soil, and some are fixed in the soil and cannot be directly absorbed and utilized by plants. It can also cause soil salinization and compaction, and other adverse consequences. When we apply organic fertilizer, its beneficial biological activity can improve the soil structure, increase the soil's ability to maintain water and fertilizer, and thus reduce nutrient loss. Coupled with the role of beneficial organic microorganisms in dissolving phosphorus and potassium, the effective utilization rate of fertilizer can be increased to over 50%.
7. Organic fertilizer can increase crop yield and improve the quality of agricultural products. Compared to chemical fertilizers with the same nutrient elements, organic fertilizers are generally more effective as base fertilizers than chemical fertilizers. The effect of organic fertilizers is often better than that of chemical fertilizers. Especially improving the quality of agricultural products is more advantageous than chemical fertilizers. Chinese farmers have a tradition of using organic fertilizers and attach great importance to their use. In developed countries such as the United States, Western Europe, and Japan, "ecological agriculture" and "organic agriculture" are emerging, and they attach great importance to the use of organic fertilizers, stipulating that organic fertilizers are the main source of fertilizer for the production of green food
8. Organic fertilizer can promote the growth of soil microorganisms and promote the absorption and utilization of crops. Organic fertilizer contains a large amount of organic matter, making it the best place for various microorganisms to grow and reproduce. The organic matter of organic fertilizer can also produce various phenols, vitamins, enzymes, auxin and hormones during decomposition, which can promote the growth of crop roots and nutrient absorption.
9. Reduce nutrient fixation and improve nutrient effectiveness. Organic fertilizers contain a variety of organic acids, humic acid and other hydroxyl substances. They all have a strong chelating ability and can chelate with many metal elements to form chelates, which can prevent soil from fixing these nutrients and causing them to fail. For example, applying organic acids and other chelates in organic fertilizers in combination with phosphorus fertilizers can chelate highly active aluminum ions in the soil, prevent the combination of aluminum and phosphorus from forming closed phosphorus that is difficult for crops to absorb, and greatly increase the available phosphorus. Phosphorus in soil. Content.
10. Accelerate the formation of soil aggregates and improve soil physical and chemical properties. Organic inorganic aggregates are important indicators of soil fertility. The more it is contained, the better the physical properties of the soil. The more fertile the soil, the stronger the ability to retain soil, water, and fertilizer, The better the aeration performance, the more conducive to the growth of crop roots.