A new technology that enables compound fertilizer plants to reduce costs by 20%
Since 2005, due to the shortage of natural gas and coal as the main Raw Material for the production of nitrogen fertilizers, the production costs of fertilizer plants have been increasing, and fertilizer production enterprises have been underemployed in individual regions. The operating rate of some enterprises with an annual output of over 600,000 tons in Liaoning, Henan and other places is only about 70%, which has a great impact on the operation of enterprises. Now the use of chitosanamine plant disease resistance and yield increase agents can ensure the operating rate of the company and increase the cost reduction and profitability. Because the chitosanamine plant disease resistance enhancer has unique characteristics, it can increase the nitrogen utilization rate, and can reduce the production cost by 15% under the same use effect. For example, the raw material cost for a one-ton product produced by a 600,000-ton chemical fertilizer company in Anhui is as high as 1,200 yuan, and the use of chitosanamine plant disease-resistance production-enhancing agent can reduce raw material costs by 15%, and the profit per ton of product can be increased by 180 yuan. Space, annual profits can be increased by 108 million.
Product Introduction This product is a patented technology product invented by Dalian Baolvbao Marine Life Science Research and Development Center Co., Ltd. The research and development began in June 2001. After being tested and demonstrated in various economic crops by Liaoning Fertilizer Station, Dalian Academy of Agricultural Sciences, and Ganjingzi District Agricultural Technology Promotion Center, it can effectively resist pests and diseases, and the effect of increasing production and income is significant. In particular, grafting with various long-term special fertilizers can improve the quality and effectiveness of long-term special fertilizers and reduce production costs.
The main principle of this patented technology is to regulate the activity of soil urease and nitrosating bacteria, stabilize ammonium ions and increase phosphorus activity, reduce the fixation rate of potassium in soil, prolong the period of fertilizer efficiency, improve the soil aggregate structure by fertility, and increase the comprehensive utilization rate of fertilizer. The nitrogen-containing polymer compound of the product can be used as a slow-release “fixed nitrogen†matrix and can be absorbed by plants. It has good stability and strong degradation ability, and can inhibit the growth and reproduction of pathogenic bacteria in soil. At the same time, it can also increase chlorophyll lifespan, enhance photosynthesis and improve quality. Reducing the use of (N, P, K) in the production of green food and pollution-free agricultural products, especially in reducing nitrate content in harvested products, has a significant effect.
Experts from Dalian Science and Technology Bureau Outcome Appraisal Committee agreed that this scientific and technological achievement has filled the gaps in China, ranking first in the domestic market in terms of technical performance, technical indicators, and improving the nutritional quality of agricultural products. This product is an indispensable long-term fertilizer graft product for the production of pollution-free fertilizer in the 21st century.
1. Patent technology source of chitosanamine plant disease resistance and disease increasing agent The invention patent of this project comes from Dalian Baolvbao Marine Life Science Research and Development Center Co., Ltd. Since 2001, the company has begun to develop a disease-resistant and disease-promoting agent for chitosanamine plants. Shell sugar amines are extracted from sea crabs and shrimp shells. Shell glycine amines are hydrolyzed using a specific shell glycosaminoglycan to obtain highly active shell sugar amines. After further processing, shell glycine amine citrate is obtained. Ability to activate plants against diseased microorganisms, induce plants to produce resistant proteins, phytoalexins, chitinases, chitosanases, and β-1,3-glucanases, to effectively control economic crop fungal bacteria, caused by viruses Diseases can also produce more phytoalexins, lignin and phenolic substances to resist pests. The promotion and application of this new product can achieve pollution-free production of vegetables and fruits.
Second, the synergistic principle of the chitosanamine plant resistance to disease increase production agent The development of a variety of long-term special-purpose fertilizer is based on the soil fertility, the crop needs fertilizer characteristics, the effect of fertilizer production, based on the principle of optimizing the formula fertilization, highly coordinated soil, crops, The nutrient balance between fertilizers meets the needs of various nutrients during the crop growth period. Its main raw materials are single-element fertilizers, multiple compound fertilizers, and humic acids. It has added plant growth regulators, nitrogenous fertilizer synergists, urease inhibitors, and nitrification inhibitors to increase long-term special fertilizer effects.
The outstanding characteristics of the new-generation ultra-efficient shell sugar amine plant disease resistance increasing agent developed with chitosan citrate as the base material are: chitosan is an oligomeric substance obtained through bio-enzyme degradation and has a multifunctional group. The variable number of coordination bits and the strange crystal form can produce the most complex physiological and Biochemical functions of life activities, and it is uniquely hydrophilic. Nitrogen-containing polymer compounds can be used as a slow-release “fixed nitrogen†matrix to increase nitrogen utilization. 9 -15%; has the effect of improving the soil; has degradable, and then degraded is a high-quality organic fertilizer that can be absorbed by plants, can inhibit the growth and reproduction of pathogenic bacteria in the soil, and effectively improve the soil aggregate structure. After applying the chitosanamine plant disease-resistance stimulation agent alone to spray the soil surface, a layer of film can be formed to protect the earthworms. In the complex (mixed) Hefei, the three elements of nitrogen, phosphorus, and potassium are different in the decomposition and conversion laws under the soil environmental conditions. For example, the mobility of nitrogen is larger than that of phosphorus and potassium, and the aftereffect is not as long as phosphorus and potassium. . Under the condition of high moisture and temperature, the rate of decomposition and conversion of nitrogen will be faster. The average utilization of nutrients in soil is: nitrogen 30%-35%, phosphorus 40%-45%, potassium 50%-60%; Fertilizers are valid for 50-60 days of nitrogen, phosphorus is accumulated for several years, and potassium is 60-70 days. Therefore, the release rate of nitrogen in compound (mixed) Hefei is difficult to maintain a certain proportion with the phosphorus and potassium, to meet the special needs of the crop growth period for nutrients, despite the design and production of special complex (mixed) Hefei, nitrogen, The ratio of phosphorus and potassium is consistent with the characteristics of crops for fertilizer absorption. Once the fertilizer enters the soil, a large difference in fertility results due to various factors.
Experiments have shown that long-acting compound (mixed) Hefei grafted with chitosan plant resistance to diseases and diseases, during the growing period of the crop, the release of nitrogen, phosphorus, and potassium basically guarantees a relatively stable supply ratio of nutrients and effectively exerts nutrients. The interaction and synergy between them will increase the comprehensive fertilizer utilization by 20-30%.
Third, the main technical characteristics of shell sugar amine plant disease resistance increase production agent
1. To extend the fertilizer efficiency period: It can extend the general special fertilizer effect from 60-70 days to 90-120 days;
2. Reducing the amount of fertilizer: The comprehensive utilization rate of nitrogen, phosphorus and potassium in fertilizers will increase by 20-30%. Under the same production conditions, 15-20% of fertilizers can be saved.
3. Fertilize soil and improve soil pellet structure;
4. Increase crop yield: With the same level of nutrient fertilization, the output of field crops can be increased by 13-20%, and fruits and vegetables can be increased by 13.3-40%;
5. Improve crop resistance: Longevity of chlorophyll, enhancement of dry matter synthesis in crops, and improvement of crop resistance to drought and pests;
6. Improve product quality: Soluble total sugar, soluble solids, VC and other nutrients increased by 4-19%, has antiseptic and fresh effects on vegetables and fruits, and reduced post-production loss by 35%;
7. Green environmental protection features: As the utilization rate of comprehensive fertilizers is increased and the pollution of fertilizers to the environment is reduced, the nitrate content in agricultural products is significantly reduced, so as to achieve the goals of environmental protection and food safety.
8, the application of this product produced fruit and vegetables and other food supplies, with the human body to improve immunity and other health functions.
Fourth, the use of shell sugar amine plant disease resistance agent benefit analysis
1. Cost savings in production Through our two-year practice, the current compound (mixed) long-acting fertilizers are mainly grafted in two ways:
1 In the agricultural production, compound (mixed) Hefei fertilizer is directly mixed with the chitosanamine plant disease resistance increasing agent (100ml per acre under the condition that the same amount of fertilizer is reduced by 15-20%).
2 Add the chitosanamine plant disease resistance increasing agent to the production of compound (mixed) Hefei.
Through practice, it is demonstrated that in the production process, the costs of circulation and agricultural production are reduced, and the cost of productive input is reduced. Such as: nitrogen 20% compound (mixed) Hefei growth and production of effective fertilizer, grafted 2-4 kg / ton in the production process, per kilogram of shell sugar amine plant disease resistance increasing agent 50 yuan, converted to the original 100-200 yuan, lower the ordinary Special fertilizer production costs 11.25-15%.
2. Use of long-acting fertilizer analysis When the total amount of 36% of long-term compound (mixed) Hefei is used, the overall utilization rate of fertilizer is increased by 20-30% (nitrogen 9-15%, phosphorus 5-7%, potassium) (6-8%), equivalent to an increase of 6.7-10% of nutrient content per ton (calculated as 2.08 yuan per single nutrient), equivalent to 13.9-20.8 yuan. Although this investment is not intuitively seen in agricultural production, it can increase the comprehensive utilization rate of fertilizers, and can save 15-20% of the amount of ordinary compound (mixed) Hefei fertilizer, labor saving, labor saving, production increase, and disaster resistance. Analysis of effects and other aspects, long-term recovery (mixed) Hefei Jiaji shell sugar-resistant disease-increasing agent, resulting in higher yields in agricultural production.
5. Main Technical Parameters of Shell Glycosaminoglycan Plant Resistance to Diseases and Diseases Enhancement Technology of Shell Glycosamine Plant Disease Resistant to Diseases and Diseases Researched and Developed by Dalian Baoluo Marine Life Science Research and Development Center Co., Ltd., Main content: 2.0% of chitosamine; citric acid The content is 1.6%; VC content is 0.6%, product shelf life is 18 months.
Six, packaging and price
1. There are two kinds of packaging: one is the large barrel packaging required by common special fertilizer manufacturers for large-scale production; the second is 25 ml per bag for small packaging, which is mainly convenient for farmers to use.
2. The price is 160,000 yuan per ton.
3. Sales policy special offers.
Seven, indicate
1. Alkaline fertilizer should not be mixed; 2. Protect from light.
Vitamin E,Alpha-tocopherol,Mixed Tocopherols
N&R Bio Industries Inc. (Xi'an) , http://www.sxgenistein.com