How you make compound fertilizer for your organic farming plants?

Chemical fertilizer provides nutrients for continuous agricultural production, but the utilization rate of single chemical fertilizer is not high, and its extension ability to crops is limited. Large application is not conducive to crop growth.

NPK compound fertilizer production has become the main trend of chemical fertilizer. The granulation process of NPK fertilizer production line can make base fertilizer with different nutrients into multi-element compound fertilizer.

Disc Granulation Line
Disc Granulation Line

For a long time, the international chemical fertilizer industry has been dominated by unit chemical fertilizer. After the 1950s, due to the needs of agricultural development and the possibility of the development of chemical fertilizer industry, compound fertilizer began to develop and became a universal law of chemical fertilizer production and application.

Modern agriculture can apply fertilizer according to the diagnostic analysis of soil nutrients and the test results of large-scale chemical fertilizer under different production conditions such as different soil, different crops and different climate.

Moreover, modern agriculture needs mechanical fertilization instead of manual fertilization to improve fertilization efficiency and reduce fertilization cost. This requires the fertilizer industry to provide a variety of granular commercial fertilizers to meet the agricultural needs of different production conditions. To meet this requirements, you need a machine for fertilizer granules production.

Therefore, compound fertilizer has been developed. Fertilizer machine manufacturers provide fertilizer granulators that can make various fertilizers into commercial particles for the agricultural market.

According to the soil nutrient analysis data and fertilizer efficiency test results, chemical fertilizer plants should produce nitrogen, phosphorus and potassium fertilizer.

The main reference contents of NPK fertilizer production and processing include fertilizer varieties and specifications (mainly the proportion of nitrogen, phosphorus and potassium), application amount per unit area, fertilization timing and fertilization methods, etc. according to the existing nitrogen, phosphorus and potassium fertilizer production equipment, the fertilizer plant produces a variety of compound fertilizers that meet the local agricultural needs and sells them directly to farmers.

The NPK fertilizer production line provided by the fertilizer machine manufacturer can make the base fertilizer into special compound fertilizer suitable for different crops.

More detailed info on complete sets of machines to make npk compound fertilizer, welcome go to https://www.fertilizer-plants.com/compound-fertilizer-production-line/

Microbial fertilizer basis

Microbial fertilizer is a kind of biological preparation containing living microorganisms. It can obtain specific fertilizer effect in use and improve plant yield or quality.

1. Increase crop yield

The growth rate of microbial fertilizer is about 10%, and the yield of compound microbial fertilizer is the most obvious, reaching more than 20%. The results showed that the application of microbial fertilizer alone without fertilization, organic fertilizer or chemical fertilizer had a significant impact on potato yield, but microbial fertilizer only played an auxiliary role in crop yield and could not replace the use of organic fertilizer and chemical fertilizer alone

2. Improve crop quality

It is an indisputable fact that microbial fertilizer can improve crop quality. Some microbial fertilizers can improve crop quality even if there is no significant increase in yield. The application of microbial fertilizer can significantly increase the content of sugar and vitamin C in vegetables and reduce the content of nitrate in vegetables.

Large Capacity Compost Turner for Cow Manure Composting
Large Capacity Compost Turner for Cow Manure Composting

The effect of microbial fertilizer on fruit quality was also obvious. The results showed that in the use of microbial fertilizer, the nitrogen content of Dangshan pear leaves decreased significantly, the content of trace elements decreased significantly, and the sugar acid ratio, sugar content and Vc content increased significantly, which proved that the quality and grade of fruit quality and storability pear were significantly improved.

3. Reduce diseases and insect pests

The results showed that microbial fertilizer had stable control effect on Cotton Fusarium Wilt and Eggplant Verticillium wilt, and the disease index decreased to 38.2 and 23.5 respectively. Special microbial fertilizer for tobacco can reduce tobacco virus disease, promote tobacco growth, reduce gas and irritation. Microbial fertilizer can effectively reduce the damage of residual herbicides in soil to crops.

4. Improve soil structure

Long term application of microbial fertilizer can restore the formation of soil aggregate structure, loosen soil, eliminate soil hardening and improve soil structure.

It is reported that in the cold black soil of northern China, soil phosphorus activator has been applied for 3 years. The soil bulk density decreased by 0.1 ~ 0.3, and the soil loosening effect was very significant.

Some studies have also shown that the application of microbial fertilizer can promote the release of soil organic matter, improve soil physical and chemical properties, increase soil aggregates and improve soil structure due to the massive reproduction of microorganisms. To make bio fertilizer by your own, welcome go to https://www.fertilizer-plants.com/bio-fertilizer-manufacturing/

Potassium fertilizer know how

The main potash fertilizers on the market include potassium nitrate, potassium sulfate, potassium phosphate, potassium chloride, etc. What are the characteristics of various potash fertilizers and their “small temper”. Only by understanding their differences can they be better used.

Today, let’s meet them:

1. Potassium nitrate

Potassium nitrate contains 13.5% nitrate nitrogen and 46% potassium. It is a chemical neutral and physiological neutral fertilizer with good water solubility. Long term use will not lead to soil acidification. It is suitable for coloring vegetables and fruit trees at the initial stage of growth, and can promote the expansion of pulp cells. Because it contains nitrate nitrogen, it is not recommended to use later coloring, which is easy to turn green.

2. Potassium dihydrogen phosphate

Potassium dihydrogen phosphate contains 52% phosphorus and 34% potassium. It is a chemically neutral and physiologically neutral fertilizer with good water solubility. Generally, it can be used to promote root germination and flower bud differentiation before and after flowering, and provide energy for flowering fruits.

The coloring period can promote the use of powder coloring and increase the sweetness of fruits; The use after fruit picking can promote the aging of branches and improve the degree of fruit lignification.

Many people ask, which is better, potassium nitrate or potassium dihydrogen phosphate? In fact, there is nothing to say. The key is how to use it. The two contain different elements. Potassium nitrate is a nitrogen potassium binary compound fertilizer, and potassium dihydrogen phosphate is a phosphorus potassium binary compound fertilizer.

Therefore, different products need to be used according to different periods. Potassium nitrate in nitrate is easy to be leached by rainwater and is generally not recommended for paddy field.

Potassium nitrate and potassium dihydrogen phosphate can be understood as using potassium nitrate when crop growth contains a large amount of nitrogen; When more phosphorus is needed for crop growth, potassium dihydrogen phosphate is used. Potassium nitrate was used in expansion stage and potassium dihydrogen phosphate was used in coloring stage.

Potassium nitrate was used in normal growth period and potassium dihydrogen phosphate was used in flowering and fruiting period. Strictly speaking, these two products can not be regarded as simple potassium fertilizer. Even potassium dihydrogen phosphate and phosphate fertilizer have many classifications.

Both fertilizers are quick acting fertilizers, and the market price is higher than that of general potassium fertilizer, so it is not recommended to use base fertilizer, especially potassium nitrate. They are used for topdressing or fertilization with roots. If there are conditions, you can use the two together, which will be better.

Many high-end water-soluble fertilizer liquid potassium phosphite raw materials will use these two things. The most important thing is that these two things are of good quality. As long as regular manufacturers also have them, there is no need to import them.

3. Potassium chloride

The appearance of potassium chloride is white or light yellow crystal, containing iron salt, which is red and soluble in water. It is a high concentration of available potassium salt. It can be used as base fertilizer and topdressing. The amount of base fertilizer per mu is 8 ~ 10kg, the amount of topdressing per mu is 5 ~ 7kg, and the foliar fertilizer is 0.5% ~ 1%.

The application scope corresponds to below potassium sulfate. Special attention shall be paid to crops sensitive to chlorine, such as watermelon, grape, potato and other crops, so as to avoid “chlorine damage”. In addition, potassium chloride is not suitable for saline soil, but the chloride ion in potassium chloride can promote photosynthesis and fiber formation, especially for fiber crops such as flax.

The appearance of potassium sulfate is white crystal or colored crystal or particle. The theoretical potassium content is 54%, generally 50%. It is a chemically neutral and physiologically acidic fertilizer with good water solubility. It is characterized by low hygroscopicity, not easy to agglomerate and soluble in water. It is suitable for a variety of crops and can be used as base fertilizer, topdressing and root topdressing. The general amount of base fertilizer is 10 ~ 12kg, the topdressing is 5 ~ 7kg per mu, and the foliar fertilizer is 0.5% ~ 1%.

Potassium can generally be adsorbed by the soil and will not be lost, but the measure of “small amount and multiple meals” should also be taken on the sandy land with poor fertilizer retention ability. Generally, the effect is the best on potassium containing crops such as potatoes and melons
However, long-term use will aggravate soil acidification, which is suitable for fruit coloring from the later stage to the later stage of fruit.

Interested in machines to make compound fertilizer, welcome go to https://fertilizerproductionlines.com/potassium-fertilizer-production/

Detailed Process to Make Organic Inorganic Fertilizer

SX fertilizer machine manufacturers provide professional compound fertilizer equipment and design NPK fertilizer manufacturing process. The scale of fertilizer production line can reach an annual output of 2000 tons to 100000 tons.

According to different soil and crop formulas, the formula of organic-inorganic compound fertilizer is the same as that of inorganic fertilizer. If the fermentation is sufficient and the formula is appropriate, the effect is better than inorganic fertilizer and the cost is lower. It can also improve the living environment of plants. It is a green fertilizer.

Bio Fertilizer Plant Design
Bio Fertilizer Plant Design

Production technology of organic-inorganic compound fertilizer
Organic-inorganic compound fertilizer refers to the solid fertilizer made by mechanical processing of organic fertilizer with harmless organic matter (including high-temperature compost) and inorganic fertilizer (mainly nitrogen, phosphorus and potassium fertilizer) as the main raw materials.

Fertilizer production process. This compound fertilizer is configured according to the nutrient characteristics of soil and crops and the purpose of fertilization, and has the characteristics of nutrient balance.

More detailed  info on compound fertilizer production, welcome go to https://www.fertilizer-plants.com/compound-fertilizer-production-line/

Organic Fertilizer Plant Set Up

Taking the production process of 30000 tons of granular organic fertilizer as an example, the 30000 tons of granular organic fertilizer production line is a medium and large-scale production process. The supporting equipment shall be relatively complete, including fermentation composting equipment, conveyor, crusher, mixer, fertilizer granulator, drum dryer, cooler, screening machine and packaging machine.

Bio Fertilizer Production Line
Bio Fertilizer Production Line

Supporting equipment includes forklift silo, belt conveyor, hot blast stove, etc. The design scheme of organic fertilizer production line includes the following aspects.

Organic fertilizer production process and production site planning

1. Plant area

The plant has an annual output of 5000 tons, 1200 square meters, 10000 tons, 1800 square meters, 20000 tons and 3000 square meters. There are fermentation workshop, production workshop, finished product workshop, office area, etc.

2. Fermentation workshop planning

Calculate the area of the fermentation workshop according to the output, determine the size of the fermentation upender according to the output, and determine the width and quantity of the fermentation tank according to the size of the upender.

3. Production site design scheme

The plane design of the production site shall be determined according to the equipment size and layout. Generally, 5000 tons of particle production line is 500 square meters, 10000 tons of 800 square meters, 20000 tons of 1100 square meters.

4. Finished product workshop

The situation of the finished product workshop is different, because the sales volume of each customer is different, and the area required for the finished product workshop is not large. Some space can be reserved according to the actual situation.

How much is the organic fertilizer production equipment? What are the machines for producing organic fertilizer? Through the above aspects, the design scheme of organic fertilizer production process is basically completed.

More detailed info on organic fertilizer plant design, weocme go to https://www.fertilizer-plants.com/organic-fertilizer-manufacturing-plant/

Tips to make high nutrient organic fertilizer

Organic fertilizer has more nutrients and high content of organic matter. It can also loosen soil, improve soil fertility and improve soil structure. Organic fertilizer is favored by producers and producers to improve crop yield and quality. Since organic fertilizer is so good, do you know how to do it?

The main production process of organic fertilizer production line is to convert raw materials into semi-finished products. In the actual production process, the flat stack composting technology and tank aerobic fermentation process are mainly used.

In addition, the relevant experiments of organic fertilizer equipment can also be produced by small tank fermentation and closed box fermentation.
Process flow of organic fertilizer production line:

Raw material selection > drying and sterilization > fermentation > grinding > stirring > granulation > drying > cooling > coating > screening > metering and sealing > finished product warehousing.

Organic fertilizer production line

1. Tanker:

The can turnover machine is mainly used to help fermentation and decomposition proceed quickly. At the same time, oxygen can enter the reactor to avoid the smell produced by anaerobic reaction.

2. Forklift batching:

The blanking shall be uniform and continuous to avoid hindering the normal operation of the next equipment due to excessive materials.

3. High humidity material crusher:

During the composting process, the agglomerated materials are crushed evenly to reduce the diameter of the materials.

4. Drum screen:

The impurities and bulk materials not crushed are screened out to further improve the marketability.

5. Horizontal mixer:

If it is necessary to improve nutrient elements or produce standard organic fertilizer manufacturers, N, P, K, etc. need to be added.

6. Nitrogen, phosphorus and potassium fertilizer granulator:

Including various fertilizer granulation equipment, flat mold granulator, organic fertilizer granulator, disc granulator and drum granulator.

7. Drum drying cooler

8. Automatic packing scale:

After packaging, it is easy to store. At the same time, it will not cause dust pollution and waste during transportation.

How to make powder fertilizer from pig manure?

1. Pig manure organic fertilizer crusher is a professional crushing equipment for crushing high humidity and multi fiber materials. The crusher adopts high-speed rotating blade to crush materials, with good fiber particle size and high crushing efficiency.

Crusher equipment is mostly used for the production and processing of organic fertilizer. It has good crushing effect on chicken manure, sodium humate and other raw materials. The crushed materials can be further processed by the fertilizer granulator.

2. The pig manure crusher adopts two-stage rotor, with upper and lower stages of crushing. The materials become fine particles through the upper rotor crusher, and then transported to the lower rotor to continue crushing into fine powder. Achieve the best effect of material powder and hammer powder. Finally, the material is discharged directly from the discharge port

Pan Granulation Fertilizer Production Line
Pan Granulation Fertilizer Production Line

3. The pig manure crusher has no designed screen bottom, which can crush more than 100 kinds of materials and will never be blocked. Even if the moisture content of the material is too high, it can be crushed and will not be blocked by crushing wet materials, resulting in motor burning. Affect production.

4. The pig manure organic fertilizer crusher adopts high alloy wear-resistant hammer head, which is forged, especially strong and wear-resistant. It is stronger and wear-resistant than ordinary hammer head, increasing the service life of hammer.

5. The pig manure crusher adopts two-way clearance adjustment technology. If the hammer is worn, it does not need to be repaired. Where you can continue to use the hammer. Adjusting the gap between the hammer and the lining plate can control the particle size of the material.
We provide various crushers and fertilizer production machines for the fertilizer production line to meet the production needs of the fertilizer plant.

More details on making powder fertilizer from pig manure, go to https://manurefertilizermachine.com/composting-pig-manure/

7 detailed process to make compound fertilizer

Process design description of NPK fertilizer production line:
1. Batch processing:
Electronic batching or disc batching.
2. Crushing process:
The mixed fertilizer proportioned according to the design requirements is sent to the raw material crusher for raw material crushing. The purpose is to crush various raw materials to a certain fineness. Basically, the particle size of raw materials is less than 1mm, which is conducive to the material in the granulator. Roll inside to meet the standard ball.

20t per hour drum granulation plant layout
20t per hour drum granulation plant layout

3. Granulation process:
The crushed mixture is conveyed to the fertilizer granulator through the conveyor. The liquid phase provided by the slurry or water in the extrusion granulator makes use of the centrifugal force brought by the rotation of the fertilizer granulator to turn the material into organic fertilizer. At present, it is better to use the disc granulator to produce organic fertilizer. The granulation rate of disc granulator can reach more than 90%, but the table output is low.
4. Drying process:
The granular materials are transported to the rotary three drum dryer through the conveyor. The hot blast stove is set at the inlet of the dryer to provide heat for the drying of materials in the dryer and evaporate the water in the formed materials into water. The steam is introduced into the dust collection chamber through the fan to remove dust. After the material enters the dryer, the liquid phase of the material is high and the ball strength is low. In order to ensure the sphericity of the material, we used it in the design of the dryer.
5. Cooling process:
The moisture content of materials after drying generally can not meet the water content requirements of organic fertilizer. Cooling in the cooler is very important for the NPK fertilizer manufacturing process.
6. Screening process:
The cooled organic fertilizer still has a certain temperature. After the organic fertilizer material enters the screening machine, the organic fertilizer material is roughly classified, and the screened fine powder is directly returned to the granulator for granulation. After screening, the screened coarse material is crushed by the return chain crusher, and then returned to the granulator for re granulation. The finished product is directly sent to the silo of the packaging scale. On the other hand, compound fertilizer materials are also used for screening projects. Cooling engineering plays a certain role in reducing temperature and preventing material caking.
7. Packaging process:
The coated finished organic fertilizer enters the silo of the packaging scale, automatically counts according to the set quantity, then puts it into the packaging bag, and then through the automatic sewing system, the sewn compound fertilizer can be stacked in the silo. Warehouse. In principle, the height of each stack shall not exceed 8 bags and the height shall not exceed 10 bags. The ground must be damp proof.

More detailed info, go to https://fertilizerproductionlines.com/npk-fertilizer-production-line/

Medicine residue to make organic fertilizer

Traditional Chinese medicine residue is mostly the residue after chopping or crushing roots, stems, leaves and seeds, and the effective components are extracted through special processes. It is a good raw material for various wastes in organic fertilizer production process and conventional ecological organic fertilizer production projects.

Pan Granulation Fertilizer Production Line
Pan Granulation Fertilizer Production Line

The advantages of making organic fertilizer from traditional Chinese medicine residue are:

1. Increase crop yield and improve the quality of agricultural products. In addition to nitrogen, phosphorus, potassium and other nutritional components, fermented drug residue also contains a variety of sugars, amino acids and other substances, which not only provide nutrients for crop growth, but also promote microbial activities and maintain micro ecological balance. Soil.

More details, go to https://www.wastetofertilizer.com/

2. Fermentation residue fertilizer contains a large number of beneficial microorganisms. After use, it can improve soil, improve crop root absorption and prevent diseases.

3. Secondary utilization, turning waste into treasure, reducing the use cost of chemical fertilizer and avoiding environmental pollution.

The organic content of traditional Chinese medicine residue is often more than 70%. According to the latest organic fertilizer standard, the total nutrient content of traditional Chinese medicine residue is usually not up to standard.

If the traditional Chinese medicine residue fermentation is used as raw material to produce organic fertilizer, nitrogen and phosphorus can be added to the traditional Chinese medicine residue. Chemical fertilizer or potassium fertilizer, or binary or ternary compound fertilizer, and then add biological fermentation bacteria to fully ferment and crush, which is the standard organic fertilizer. Different residues have different fermentation ratios.

Add the drug residue into the organic matter with high crude protein content such as livestock and poultry feces, bone meal and animal corpses, and add biological fermentation bacteria. Stack it with organic fertilizer dumper, stir it evenly and ferment for several days. During the fermentation process, the temperature rises continuously.

When the temperature reaches above 45 ℃, turn it over every 2 ~ 3 days, and the temperature of the stockpile can be maintained between 50 ~ 70 ℃. When the temperature drops slowly, stop turning the pile and let it stand for about a week to basically complete the decomposition and fermentation. After decomposition, it is crushed by the crushing device to obtain powdered organic fertilizer.

Nowadays, compared with powdered organic fertilizer, the best-selling organic fertilizer in the market is relatively easy to store and spread, and is favored by customers. If granular fertilizer is to be made, the powdered fertilizer shall be granulated by a fertilizer granulator to obtain granular fertilizer. Then it is dried, cooled, screened, and finally packaged for storage.

How to make fertilizer for organic crop cultivation?

Biological fertilizer production takes livestock manure, crop straw, agricultural and sideline products and organic waste from food processing as raw materials, and is equipped with multifunctional fermentation strains. After deodorization, decomposition and dehydration, functional biological strains are added. It is an organic fertilizer containing a certain amount of functional microorganisms processed by chemicals. In line with the fertilizer principle of producing safe and pollution-free green agricultural products, it is a promising fertilizer variety.

Small Scale Fertilizer Production Line
Small Scale Fertilizer Production Line

Biological organic fertilizer

The best way to get the best results is when applying bio organic fertilizer:

First, bio organic fertilizer should not be applied too deep into the soil. Too deep will affect the activity of bacteria. Bio organic fertilizer should be applied 10-15 cm below the ground surface.

Secondly, the ratio of bio organic fertilizer to other types of fertilizer including manure (raw chicken manure, etc.) should be reasonable. In the specific application, pay attention to the types of vegetables and soil conditions, calculate first, then mix, and then apply.

In addition, the effect of ditch application of bio organic fertilizer was better.

Main equipment of bio organic fertilizer production line:

1. Fermentation stacker: one of the main supporting equipment of fertilizer mechanical equipment unit, which can turn the pile evenly and improve the fermentation speed.

2. Horizontal mixer: this series of horizontal mixer is a new generation of mixing equipment developed by our company. The machine has high mixing degree and low residue. It is suitable for the mixing of organic fertilizer and inorganic fertilizer.

3. Fertilizer granulator: designed and manufactured by wet continuous propulsion granulation. The machine can not only granulate a variety of organic materials, especially coarse fiber materials that are difficult to granulate by conventional equipment.

4. Disc screen: This machine adopts combined screen, which is convenient for maintenance and replacement. The utility model has the advantages of simple structure, convenient operation and stable operation. It is an ideal equipment for compound fertilizer production.

5. Conveyor: suitable for conveying bulk materials or box like articles in coal, metallurgy, mining, chemical industry, building materials, wharf, warehouse and construction site, especially suitable for environments requiring chemical loading, such as chemical fertilizer plant and cement plant, Saved a lot of people.

More details, welcome go to https://organicfertilizerplants.com/bio-organic-fertilizer-production/

How to make bio fertilizer step by step?

Bio organic fertilizer refers to the fertilizer processed by microbial fermentation, decomposition and harmless treatment with livestock manure, straw, agricultural and sideline products, food processing waste, organic waste and urban sludge as raw materials.

Role of bio organic fertilizer:

(1) Increase crop yield and improve crop quality.
(2) Improve soil fertility and soil physical and chemical properties
(3) Regulating microbial flora and improving soil micro ecosystem
(4) Activate insoluble compounds and improve soil supply.
(5) Improve soil ecology and reduce the occurrence of diseases and pests

Rotary Drum Granulation Line 20 ton per hour
Rotary Drum Granulation Line 20 ton per hour

Production process and technology of biological fertilizer:

1. Production process of bio organic fertilizer

The bio organic fertilizer production enterprise registered with the Ministry of agriculture is mainly engaged in the production of microbial fertilizer. In the process of fermentation production, trough stacking fermentation and other fermentation methods, such as flat fermentation, are used.

The method, fermentation tank fermentation method and closed warehouse fermentation method are also used in production. In the process of fermentation and decomposition, the adjustment of material moisture, carbon nitrogen ratio and temperature and the use of decomposition agent are the key to the production process, especially the application of microbial agent directly affects the degree and maturity of circular fermentation.

The decomposed substance basically realizes the harmlessness of the product, which is conducive to the survival of the functional bacteria added in the post-treatment process.

2. Production technology

In the post-treatment of fermentation materials, most enterprises will add functional bacteria for compound molding. The dosage form of the product is mainly powder, but there are also fertilizer granulators for granulation.

The granular product overcomes the disadvantages of poor appearance and low grade of powdered products, improves the commodity of products, but also increases the production cost of enterprises, and has a certain impact on the survival of effective bacteria.

More detailed info on bio fertilizer production, welcome go to https://www.fertilizer-plants.com/bio-fertilizer-manufacturing/

Fertilizer Wiki

Crops prone to molybdenum deficiency:

In addition, rape, cauliflower, corn, sorghum, millet, cotton, sugar beet also have a good response to molybdenum fertilizer.
What are the consequences of blind fertilization?

1. The decline of land power affects the sustainable development of agriculture.
2. The utilization rate of chemical fertilizer is low, and the environment and groundwater are polluted.
3. High cost and low income.
4. High capacity, low quality.

Iron sensitive crops

There are soybean, peanut, sorghum, beet, spinach, tomato, apple and so on.

Application technology of iron fertilizer.Spraying: 0.2% – 1% ferrous sulfate;
Root application: ferrous sulfate and organic fertilizer were mixed in the ratio of 1:10-20 and applied to fruit trees.
High pressure injection: 0.3% – 0.5% ferrous sulfate solution was directly injected into the xylem of tree trunk.

Manganese sensitive crops

Legumes, wheat, potatoes, onions, spinach, apples, strawberries, etc.

Application technology of manganese fertilizer
Spraying: the concentration of fruit trees is 0.3% – 0.4%, legumes is 0.03%, rice is 0.1%.

Seed dressing: 4 grams of manganese sulfate per kilogram of seeds for gramineous crops, 8-12 grams for beans and 16 grams for sugar beets.

Zinc sensitive crops

There are corn, rice, beet, flax, cotton, apple, pear and so on.
Applying zinc fertilizer to these crops usually has good fertilizer utilization efficiency.

Large Capacity Compost Turner for Cow Manure Composting
Large Capacity Compost Turner for Cow Manure Composting

Application technology of zinc fertilizer

Base: 1-2kg ZnSO4 per 667m2 could be mixed with physiological acid fertilizer;

Topdressing: 0.02% – 0.1% zinc sulfate solution was applied to common crops, and the concentration in corn and rice was 0.1% – 0.5%;
Seed soaking: 0.02% – 0.1%, soaking for 12 hours;
Seed dressing: 2g-6g zinc sulfate per kg seed.

Boron deficient crops

The current crop vacancy in China is obviously rape, boron beet, cotton, cabbage, cabbage, radish, celery, cucumber, beans, apple, pear, peach, etc.

To master  the thechnology for organic and inorganic fertilizer roduction, go to https://fertilizerproductionlines.com/

Why using organic fertilizer?

With the improvement of people’s living standards, it has become a new trend to buy natural and organic food from the dining table.

Therefore, we have to mention the way food is grown in our daily life – organic farming. It’s a way that all farmers and all growers are constantly looking for to ultimately increase production and make their food natural, organic and healthy, thus meeting market demand.

To make your own organic fertilizer, choosing the right organic fertilizer machine.

Here, we have to mention organic fertilizer, because without organic fertilizer, we can not have too many healthy vegetables, fruits, meat and milk, so the production of organic fertilizer is the key factor.

If you have dairy farms, pig farms, fruit, vegetables, flowers, trees planting base, then choose the appropriate fertilizer and advanced organic fertilizer production equipment is very important.

Benefits of organic fertilizer:

Organic fertilizer is the safest and most effective way to improve the healthy growth and increase the yield of plants, which are some common benefits of organic fertilizer for healthy planting and harvest.

1. Improve the fertilization rate of soybean

Organic fertilizer contains comprehensive, constant and balanced nutrients, such as nitrogen, phosphorus, potassium and other trace elements, which can promote siol’s water retention, nutrient retention capacity and soil structure, so as to completely improve soybean fertility. By absorbing the best nutrients in the soil to provide effective plant growth, it is beneficial and healthy, and the final product quality and crop yield will change significantly.

2. Reduce damage to plants.

The finished organic fertilizer after composting and fermentation can reduce the damage to plants, because untreated organic fertilizer should not be used, because fresh fertilizer containing dangerous bacteria may damage crop roots, some may adhere to crops and cause direct pollution, and some may enter the soil. Soil can also cause indirect pollution, including grass or weed seeds and organic compounds that are not conducive to crop growth.

Organic Fertilizer Production Process
Organic Fertilizer Production Process

In addition, the unfermented feces can only be absorbed by crops after fermentation, and the fermentation process can be significantly completed by turning the fermented compost to machinery, because in this process, the organic waste will be decomposed by mycelium and turned into organic fertilizer, because the process is very slow.

During the process, the risk of overfeeding and burning of plant roots will be reduced; Organic fertilizer production lines are not as nutrient rich as synthetic fertilizers because they can burn their roots and damage seedlings. Organic fertilizer production lines can meet all the requirements of producing high quality and uniform organic fertilizer.

Want to make organic fertilizer granules, go to https://organicfertilizermachines.com/organic-fertilizer-granulator/

3. Protect the environment

Farm manure will be recycled and converted into organic fertilizer, which is a renewable resource. According to different organic raw materials, it can be reprocessed into powder, particle and ton bag organic fertilizer, which can be absorbed by plants. The new organic fertilizer granulator is a kind of fertilizer granulator with simple operation and high efficiency. It can recycle animal manure and reduce environmental pollution.

Slow release organic fertilizer also has the advantage of enhancing the environment. Unlike chemical fertilizers, they are water-soluble, which allows any excess unused fertilizer to be washed away by rain or large amounts of watering, and eventually into groundwater and contaminate streams and lakes. Organic fertilizer can improve the water retention capacity and nutrient absorption capacity of siol, and reduce the possibility of leaching.

4. Increase profitability

More and more organic and natural fertilizers are loved by plant growers. If you have a lot of organic raw materials in your farm, then the finished products and qualified organic fertilizers are evenly packed in bags through automatic packaging machine. It must have a better market and increase additional profitability for you. Organic fertilizer has many advantages.

More details on organic fertilizer production, go to https://organicfertilizermachines.com/