Water soluble fertilizer knowledge basis

Water soluble fertilizer is a kind of multi-element compound fertilizer that can be completely dissolved in water. Compared with traditional calcium superphosphate and granular compound fertilizer, water-soluble fertilizer has obvious advantages.

Water soluble fertilizer is a kind of quick acting fertilizer, which can be quickly dissolved in water without residue, and can be directly absorbed and utilized by the roots and leaves of plants.

● it can be applied to sprinkler irrigation agricultural facilities to realize the integration of water and fertilizer. The effective absorption rate is more than one time higher than that of ordinary fertilizer, and the fertilizer effect is fast, which can meet the nutrient demand of high-yield crops in the rapid growth period.

● the water demand of sprinkler irrigation system is only 30% of ordinary fertilization, and the fertilization operation requires almost no labor, which greatly saves the cost.

● water soluble fertilizer generally has few impurities, low conductivity, convenient concentration adjustment and safe use of seedlings.
Water soluble fertilizer and water flushing fertilizer?

Water soluble fertilizer and red fertilizer cannot be confused. Red fertilizer is also called water red fertilizer. It is a top dressing method, that is, it can be dissolved and washed in water and applied as top dressing.

Not all fertilizers can be used as red fertilizer. Red fertilizer suitable for fertilizer, with good water solubility, nutrient content, difficult soil solidification, easy to be absorbed by plants, fast fertilizer effect and no residual toxicity. Such as compound fertilizer, manure, etc. If it is not red fertilizer, it will become red fertilizer by diluting it with water.

Fulvic acid fertilizer basis

Fulvic acid is a small molecular substance formed by a series of decomposition and transformation of animal and plant remains. Soluble in alkali, acid and water. The Yellow rot of the company is straw extract.

Water retention

Fulvic acid is a kind of colloidal organic matter. It can loosen the soil, absorb water, humidify the air, maintain water, prevent drought, make the soil have good water, gas and heat conditions, and is suitable for seed germination and seedling growth.

II improved saline alkali land

Fulvic acid has small molecular weight and high activity. It can adsorb harmful cations in soil, so as to reduce the concentration of salt in soil, reduce the harm of salt to seeds and seedlings, and improve saline alkali soil.

III drought and cold tolerance

1. Spraying fulvic acid on plant leaves can close plant pores and reduce plant water transpiration.

2. Fulvic acid has a dark color, which is conducive to absorbing solar energy; Fulvic acid releases heat through microbial decomposition, which can increase the ground temperature and play a role in cold resistance.

4、 Pest control

Fulvic acid can increase the activity of enzymes in plants and increase the stress resistance of plants.

5、 Prevent heavy metal pollution
Fulvic acid participates in the ion exchange reaction in soil, which can adsorb heavy metal ions in soil and prevent them from entering the biological cycle.

Vi. improve fertilizer efficiency

1. Nitrogen fixation: nitrogen is applied to the soil, which is easy to volatilize into the atmosphere or enter the river with water and soil loss. Fulvic acid can absorb nitrogen in soil, reduce its volatilization and loss, and improve utilization rate.

2. Phosphorus removal: phosphorus is applied to the soil and is easy to be fixed by the soil. Fulvic acid chelates with phosphorus, which can release phosphorus from soil, can be used for plant absorption and improve phosphorus utilization.

3. Active potassium: potassium in soil mostly exists in the form of potassium and cannot be directly absorbed by crops. Potassium utilization.

4. Micro fertilizer: fulvic acid can react with insoluble trace elements to form humic acid chelating elements with good solubility, which can be absorbed by crops, so as to absorb trace elements in roots and leaves.

VII. Promote crop growth and development
Fulvic acid stimulates root growth and finally improves the ability of crops to absorb water and nutrients.
2. Fulvic acid stimulated the growth of vegetative parts in the upper part of the plant. Plant height, stem diameter, leaf thickness, etc;
3. Fulvic acid has a good effect on tillering, reducing sterile grain rate, increasing grain weight and grain volume.
Ⅷ adjust soil pH fulvic acid has a variety of functional groups, which can combine with acid and alkali, and can adjust soil pH according to crop needs.

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/

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.

NPK Mixed with Organic Fertilizer for Nutrient Fertilizer Production

Can NPK compound fertilizer be mixed with organic fertilizer decomposed by fermentation?

The answer is: of course. Fertilizer is a very important link in traditional agricultural production, and the collocation of fertilizer is in the majority. Now NPK fertilizer granulator manufacturer will introduce the mixing function of organic fertilizer and compound fertilizer.

1. When straw is returned to the field and immature organic fertilizer is applied, chemical nitrogen fertilizer can be added to avoid slow nitrogen deficiency in the early stage of crops, and nitrate nitrogen and ammonium nitrogen need to be provided at the same time. In the mature stage of cereal crops, it can be realized by organic fertilizer.

Bio Fertilizer Mixer
Bio Fertilizer Mixer

2. Adding organic fertilizer to the chemical fertilizer production line can reduce some adverse side effects of chemical fertilizer. If nitrogen, phosphorus and potassium fertilizer is mixed with organic fertilizer, this problem will not occur. More detailed info on blenders selection, go to https://www.fertilizer-plants.com/fertilizer-blender/

In addition, if physiological acid fertilizer is applied alone for a long time, it will turn the soil into acid and produce too many harmful substances such as active iron and active aluminum, which will be toxic to crops. However, mixed application with organic fertilizer can increase the buffering performance of soil and prevent soil acidification.

In fact, fertilizer plants often mix organic fertilizer with NPK fertilizer and use drum granulator to make organic compound fertilizer particles.

3. Mixed organic compound fertilizer can increase the nutrient content of crop nutrient organic fertilizer, with stable and lasting fertilizer effect and more organic matter.

It can improve the content of soil organic matter and improve the physical and chemical properties of soil. It can not only provide nutrition for crops, but also provide nutrients such as nitrogen, phosphorus, potassium, vitamins and growth hormone for soil microorganisms. After applying organic fertilizer, soil enzyme activity increased, which was conducive to the transformation of nutrients.

4. Mixed fertilizer improves fertilizer efficiency. Fertilizers such as calcium superphosphate and trace elements are fixed by the soil and become invalid after being applied to the soil. The mixed use of chemical fertilizer and organic fertilizer can reduce the contact surface with soil and reduce the fixation of nutrients.

Organic fertilizer can increase the solubility of phosphate rock, and the effect is better under paddy field conditions.
In the chemical fertilizer production line, chemical fertilizer and organic fertilizer are processed together. When applied to the soil, chemical fertilizer can be absorbed and stored by organic fertilizer to reduce losses. In addition, the mixing of chemical fertilizer and organic fertilizer can also promote the maturity of organic fertilizer and improve fertilizer efficiency. More detailed go to https://www.fertilizer-plants.com/double-roll-granualting-machine-in-canada/

Formular for npk fertilizer production

From a technical point of view, the important factor in the formulation design of extrusion granulation products in NPK fertilizer production line is the characteristics of materials. Next, we discuss another aspect of the influencing factors, that is, the influence of the type of raw materials on the formula.

1. Material compatibility

Theoretically, any proportion of NP or K base fertilizer can be prepared, and trace elements and even pesticides should be added if necessary. However, materials must be limited by compatibility. The substances in the formula shall not have chemical reaction in the process of fertilizer manufacturing, and occasional reaction shall not be allowed.

2. Effect of urea on formula

The international fertilizer center has done a lot of experiments on the effect of urea on the performance of compound fertilizer, although the report does not mention the same example as the product formula we are studying, and most experiments do not carry out granulation on extrusion. Yes, but its conclusion is still useful to us.

NPK Drum Granulation Line
NPK Drum Granulation Line

Because urea absorbs moisture easily, the critical relative humidity of NPK compound fertilizer decreases significantly. At the same time, the international fertilizer center also found that this effect is more serious when potassium chloride is used as the potassium source of compound fertilizer.

Due to the low critical relative humidity, urea based compound fertilizer is easy to absorb water, which blocks the screen, pipeline, chute, etc.
When the temperature increases, the critical relative humidity of urea based compound decreases rapidly.

The production capacity of the dryer must be determined by many factors. Some urea based NPK fertilizers begin to soften at 70 ℃. If the outlet temperature of the dryer is higher than this temperature, the fertilizer particles will be too soft, the granulation process will be out of control (the particles are too large), and the internal scabs will form. Drying causes difficulties in screening and transportation.

In the same report, the international fertilizer center also tested other aspects of urea, such as water absorption, moisture permeability, water holding capacity, particle integrity, fluidity and agglomeration. The result is negative, which will have an adverse effect.

In short, the formula design test and production of extrusion granulation products in compound fertilizer production line show that the use of urea in compound fertilizer will encounter great trouble, not only because it affects the storage and transportation performance of products, but also because it also has a certain impact on the production process.

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

Nutrients in Organic Fertilizer Products

In the current process of agricultural production, we all advocate the application of organic fertilizer, but many farmers reflect that the nutrient loss of organic fertilizer is very serious, and they don’t know how to prevent and control it. Why? Organic fertilizer nutrients so powerful? Today, let’s look at the causes of nutrient loss.

How to make organic fertilizer with high qulaity? GO to https://organicfertilizerplants.com/organic-fertilizer-production-process/

1、 Prevent nutrient loss caused by gas volatilization

In the process of decomposition, nitrogen in organic fertilizer will be converted into ammonia, resulting in volatilization loss. Therefore, when it decomposes, it must be covered with plastic film without damage. It should not be piled up for too long and be used as soon as possible after maturity.

Bio Fertilizer Plant Design
Bio Fertilizer Plant Design

Therefore, we suggest that in the fermentation process, we can use the turnover machine to turn over, increase the ventilation and oxygen, promote the proliferation of microorganisms, so as to improve the fermentation speed. Our factory produces different types of composter for customers to choose.

2、 Prevent nutrient loss caused by chemical reaction

Human waste and ashes are an example. Many vegetable farmers still put some ash in human manure to prevent flies or odor. Plant ash is rich in potassium carbonate and alkaline in pH. Human excreta is acidic organic fertilizer, so the two meet, acid-base neutralization, nutrient loss. Therefore, human manure and ash should be separated from each other in composting and fertilization to avoid single, single and disposable use. Ash should not be poured into organic fertilizer to prevent ash from being drenched by rain. In addition to the examples of human manure and grass ash, we should also learn more about the chemical reactions between different materials to prevent nutrient loss.

3、 Prevent leakage and nutrient loss

For example, rice husk, duck dung, cow dung, and so on, ordinary people will water on the dunghill to make it easier to rot, but often nutrients will seep into the water because there is no anti leakage measures. Leakage and loss. Therefore, whether it is used in the pit or flat on the ground, it must be covered with plastic film to prevent nutrients from leaking with water. Therefore, water must be adequate. The water needed for organic fertilizer fermentation is generally 45% – 60% to avoid material inclusion. It is better to drop water loosely. How to turn these types of materials into organic fertilizer? Go to https://organicfertilizerplants.com/

In order to increase the nutrients of organic fertilizer and produce high-quality organic fertilizer, we must avoid these phenomena when we produce organic fertilizer.

What is organic fertilizer and npk fertilizer?

Any material applied to the soil or sprayed on the ground of crops, which can directly or indirectly supply nutrients to crops, increase crop yield, improve product quality or soil properties, and make the soil fertile, is called fertilizer. Fertilizers that directly provide essential nutrients for crops are called direct fertilizers, such as nitrogen fertilizer, phosphorus fertilizer, potassium fertilizer, trace element fertilizer and compound fertilizer.

Organic Fertilizer Production Process
Organic Fertilizer Production Process

Other fertilizers, mainly used to improve the physical, chemical and biological properties of the soil, so as to improve the growth conditions of crops, are called indirect fertilizers, such as lime, gypsum and bacterial fertilizers. How  to make your own fertilizer? Go to https://www.fertilizer-plants.com/

According to chemical composition, fertilizers can be divided into organic fertilizer and chemical fertilizer. Today I will introduce the basic information of organic fertilizer and chemical fertilizer.

Organic fertilizer is a kind of natural fertilizer which is used in rural areas, such as animal and plant residues or human and animal manure, and applied in situ or planted directly. It is also called farmyard manure.
What is chemical fertilizer? How to make chemical fertilizer by your own? Go to https://www.fertilizer-plants.com/compound-fertilizer-production-line/ for more.

In a narrow sense, chemical fertilizer refers to chemical fertilizer; In a broad sense, chemical fertilizer refers to all inorganic fertilizers and slow effect fertilizers produced in industry. Therefore, some people only call nitrogen fertilizer, but it is not comprehensive to call chemical fertilizer. Fertilizer is the general term of nitrogen, phosphorus, potassium and compound fertilizer.

In chemical fertilizer, the fertilizer containing two or more main nutrients such as nitrogen, phosphorus and potassium is called compound fertilizer. Therefore, NPK compound fertilizer is a kind of chemical fertilizer.
Our factory mainly produces organic fertilizer production and NPK fertilizer production equipment, such as dumper, mixer, crusher, granulator, etc.

Batching Machine for NPK Fertilizer Production Process

The automatic batching system is mainly used for the mixing, batching and feeding of 3-8 kinds of materials in NPK fertilizer production line, and also for the automatic batching process of organic NPK fertilizer production line.

The machine adopts automatic control of computer scale and pneumatic valve to control the quantitative feeding of main bin. After the materials are mixed in the mixing bin, they are automatically sent out by the belt conveyor.

NPK Production Line
NPK Production Line

NPK fertilizer production line features:

1. NPK fertilizer production line is our main products, stable operation, high quality, easy maintenance and repair.
2. It has the advantages of high pelletizing rate, less external circulation materials, low comprehensive energy consumption, no pollution and strong adaptability.
3. The whole production line is set up reasonably and the technology is advanced, which can improve the production efficiency, reduce the production cost, and the production scale is easy to control.

Automatic batching system of NPK fertilizer production line

The multi hopper multi scale batching system has the advantages of simple operation, high material precision, adjustable material ratio, high efficiency and energy saving, convenient installation and movement.

Application scope:50 million T / a NPK compound fertilizer production line is a large NPK compound fertilizer production line. The whole NPK fertilizer production line with an annual output of 50 million tons is highly efficient and easy to operate and maintain. It has been widely used in breeding, planting and fertilizer manufacturing industries in many countries.

More detailed info go to https://www.fertilizer-plants.com/npk-fertilizer-production-line/

NPK Organic Compound Fertilizer Application Methods

NPK compound fertilizer has comprehensive nutrition, high content and good physical properties. But how to use NPK compound fertilizer correctly? Three problems should be paid attention to in the application process.

First of all, NPK compound fertilizer should be selected according to different soil and crops. Only in this way can its fertilizer efficiency be exerted. Rice, wheat, corn and other food crops need more nitrogen fertilizer, nitrogen and phosphorus compound fertilizer can be used; Leguminous crops can fix free nitrogen in the air, and can apply phosphorus and potassium fertilizer. Some economic crops can choose ternary or multivariate compound fertilizer suitable for local soil and climate conditions.

Here are solutions to make npk compound fertilizer granules, go to https://www.fertilizer-plants.com/npk-fertilizer-production-line/

The second is the combination of compound fertilizer and simple fertilizer. The nutrient composition of compound fertilizer is fixed. Only when combined with various element fertilizers can the nutrient requirements of crops in different periods be met.

NPK Production Line
NPK Production Line

Generally speaking, compound fertilizer should be used as base fertilizer, and simple fertilizer can be used as top fertilizer at peak and critical period. At the same time, organic fertilizer must be applied.

Third, the method should be appropriate. In various compound fertilizers, the proportion and form of various nutrients are different. In addition, soil and crop types are different, so fertilization methods should not be the same, should be treated differently.

Clay soil fertility should be applied deeply, sandy soil fertility can be removed easily, and a small amount of fertilizer can be applied. The compound fertilizer containing ammonium nitrogen should be covered deeply to reduce the loss. How to make npk fertilizer granules at large scale? Go here for more.

The compound fertilizer containing phosphorus and potassium should be applied in a centralized way and near the root system to avoid nutrient fixation and promote the absorption and utilization of crops. Generally speaking, expensive potassium dihydrogen phosphate should not be used as base fertilizer, but as external fertilizer or seed soaking.

Powder Fertilizer VS Granular One Which One is Better for Plants?

Organic fertilizer is a kind of organic fertilizer made from poultry manure, combined with fermentation bacteria, straw and other auxiliary materials, using traditional fermentation methods or organic fertilizer production equipment.

For commercial organic fertilizers on the market, two more popular forms of finished organic fertilizers are powdered and granular. What is the processing technology of powdery organic fertilizer and granular organic fertilizer? Which is better?

Bio Fertilizer Plant Design
Bio Fertilizer Plant Design

How to make powder fertilizer? Here are machines and solutions for your reference:https://organicfertilizerplants.com/

Processing technology of granular organic fertilizer:

The equipment used for granular organic fertilizer processing and production include: fermentation dumper, pulverizer, fertilizer disc granulator, screening machine and packaging machine
The fermented fertilizer is crushed by a pulverizer, and then the organic fertilizer particles are produced by a disk fertilizer granulator.

The organic fertilizer particles are screened by a screening machine, dried, and finally transported to the discharge bin for packaging, weighing and sealing.

Processing technology of powdery organic fertilizer:

The production line of powdery organic fertilizer needs to purchase equipment: fermentation tipping machine, pulverizer, packaging machine, etc.

The advantages of powdery organic fertilizer are: less investment in production and manufacture;

It has better fusion with roots, wider diffusion range, faster root fertility effect and faster absorption


It is easy to raise dust, get damp and caking during construction.

Advantages of granular organic fertilizer

Some inorganic components can be added to fertilizer to improve fertility. It’s more convenient to apply.
Humic acid + fertilizer! what is it?

How to make organic fertilizer granules? Go to https://organicfertilizerplants.com/organic-fertilizer-granulation-machine/

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/

How to make npk fertilizer granules?

The granular organic fertilizer production line uses granulation technology to make granules. Your raw material for granulation should be powder, and then our granulation equipment will uniformly granulate your NPK powder into granules. Here we provide you with disc granulator and NPK compound fertilizer roller press granulation.

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

Using our granulation equipment, you can get good granulation of NPK fertilizer, granulation process of NPK, you can choose the shape of the particles.

In addition, if you want to produce high quality NPK fertilizer granules in a simple step, our factory will provide you with fertilizer granule mixer. You just need to batch NPK fertilizer according to the formula, and then our bbfertilizer mixer will mix them evenly. Finally, you can get a good mix of NPK fertilizer particles.

6 setps to let you make npk fertilizer easier

The nitrogen, phosphorus and potassium fertilizers produced and used in agriculture can also be mixed with the organic fertilizers produced by the organic fertilizer production line. How to use automatic fertilizer equipment to produce n, P and K fertilizer granulator?

Raw materials for NPK fertilizer production: raw materials include urea, ammonium nitrate, ammonium chloride, ammonium phosphate, potassium, chloride, etc., which are provided in a certain proportion.

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

2. Raw material mixing: evenly mixing the prepared raw materials to improve the uniform fertilizer efficiency of the whole fertilizer particles. In the production of NPK fertilizer granulator, roller granulator can be used to complete the fertilizer production process.

And series fertilizer equipment can also be used in the production process of organic fertilizer.

Granulation of raw materials: evenly stirred raw materials are sent to the granulator for granulation (drum granulator can be used)

4. Granule drying: the granule made by the granulator is sent to the fertilizer dryer to dry the moisture in the granule, so as to improve the granule strength and facilitate storage.

5. Particle cooling: the temperature of dried fertilizer particles is too high, which is easy to agglomerate and easy to pack and transport after cooling.

6. Particle classification: classify the cooled particles, crush the unqualified particles, and then granulation, and screen the qualified products.

7. Finished film: coating and coating qualified products to increase the brittleness and roundness of particles.

8. Finished product packaging: store the film coated particles, i.e. the finished product, in a ventilated place.

Using fertilizer equipment to complete the fertilizer production process is more efficient and saves more production timew

Fertilizer Application Method

Nutrient balance method is mainly used to determine the amount of fertilizer. The basic concept of nutrient balance method is that the nutrient absorption of crops is equal to the sum of nutrient supply of soil and fertilizer.

Compound Fertilizer Granules produced by NPK Plants
Compound Fertilizer Granules produced by NPK Plants

An organic fertilizer making machine converts fertilizer and straw into organic fertilizer. Part of the nutrients provided by chemical fertilizer for crops must be realized by fertilization. However, the amount of fertilizer applied to crops is not exactly the same as the nutrient supply of fertilizer. Since the crops in the current season only absorb and utilize part of the nutrients entering the farmland, considering the fertilizer utilization rate, the fertilizer amount can be calculated by the following formula:

Planned fertilizer amount (kg) = (total nutrients required for planned yield – soil nutrient supply) × fertilizer nutrient content × fertilizer utilization rate (%)

The amount of fertilizer applied to crops refers to the amount of certain nutrient elements. For specific chemical fertilizer varieties, the actual amount of chemical fertilizer should be calculated according to the following formula:

Commercial Fertilizer Production Line
Commercial Fertilizer Production Line

Planned crop fertilizer amount (kg) = physical fertilizer amount (kg) × active ingredient content (%)
Fertilizer application
Among them:
1. The total amount of nutrition required for planned yield (kg) = (planned yield / 100) × the amount of nutrition required per 100kg yield.
The plan is to increase the average yield of local crops by 10% to 15% in three years.
2. Soil nutrient supply (kg) = (yield of no fertilizer area / 100) × the amount of nutrient required per 100kg yield.
Soil fertility is usually estimated by soil sampling and testing. In the absence of laboratory conditions, it can also be estimated by the yield without fertilization (blank yield).
3. Generally speaking, the fertilizer utilization rate in current season is 30% – 35% for nitrogen fertilizer, 20% – 25% for phosphorus fertilizer and 25% – 35% for potassium fertilizer. According to the proportion, the double roll granulator can be used to treat NPK fertilizer.

Want to make your own fertilizer, go to https://organicfertilizerproductionline.com/

NPK Fertilizer Production for Agricultural Development

Function NPK Fertilizer to Soil

1. In the actual agricultural production, the utilization rate of chemical fertilizer is only 30% – 45%. Some of the lost fertilizers are released into the atmosphere, some are lost with the flow of water and soil, and some are fixed in the soil and cannot be directly absorbed and utilized by plants. In addition, it can lead to adverse consequences, such as soil salinization and hardening.

organic fertilizer manufacturing technology

When the organic fertilizer is applied, its beneficial biological activity can improve the soil structure, improve the ability of soil to retain water and fertilizer, so as to reduce the loss of nutrients. In addition, the effective utilization rate of fertilizer can be increased to more than 50%. The application of organic fertilizer manufacturing technology is more and more extensive.

NPK fertilizer to crops growth

The important influence of organic fertilizer on crops and NPK fertilizer
The quality of organic fertilizer can be improved. The effect of organic fertilizer as basic fertilizer was better than that of chemical fertilizer under the same nutrient content.

When stripping is used, the effect of completely decomposing organic fertilizer is better than that of chemical fertilizer, especially in improving the quality of agricultural products. Therefore, in the manufacture of NPK fertilizer, adding organic fertilizer into raw materials is more effective. Get more details of npk, and want to make npk fertilizer for your business, welcome go to https://www.wastetofertilizer.com/npk-compound-fertilizer-production-line/

Organic fertilizer vs NPK

3. Organic fertilizer can promote the growth of soil microorganism and strengthen the absorption and utilization of crops. Organic fertilizer contains a lot of organic matter, which is the place where all kinds of microorganisms grow and propagate. The organic matter of organic fertilizer can also produce various phenols, vitamins, enzymes, oxin and hormones in the process of decomposition, which can promote the growth of crop roots and the absorption of nutrients.

4. Reduce nutrient fixation and improve nutrient supply. Organic fertilizer contains a large number of organic acids, thermal acids and other hydroxyl substances, has a strong ability to combine with many metal elements to form a complex, to prevent the soil from fixing these nutrients and failure. For example, organic acids and other compounds in organic fertilizers can combine high activity aluminum ions in soil, prevent the combination of aluminum and phosphorus to form closed storage phosphorus which is difficult for crops to absorb, and greatly improve the content of available phosphorus in soil.

Machine Configurations to a 15TPH NPK Plant

Application fields

NPK fertilizer equipment is used to produce NPK fertilizer and NPK fertilizer special equipment, also known as NPK fertilizer equipment, NPK fertilizer production line, NPK fertilizer production equipment. NPK fertilizer equipment is a professional fertilizer manufacturing equipment, which can be used in the production of various NPK fertilizers, including biological fertilizer, inorganic fertilizer, organic fertilizer, magnetic fertilizer and other compound fertilizers.

NPK  working design

How to make full use of organic waste resources is an important issue in building a resource-saving society, promoting circular economy and developing organic agriculture. Chemical fertilizer is a consumable. The production of chemical fertilizer needs to consume a lot of non renewable resources, such as coal, electricity and natural gas. The development of the project uses solid organic waste to produce spherical granular organic fertilizer, so as to save non renewable resources and protect the environment. Huge social benefits, in line with the industrial policy of energy conservation and emission reduction in various countries.

Effectson the rotarydrum NPK plnlant design

Increasing the application amount of organic fertilizer can effectively solve the environmental pollution caused by organic waste of livestock and poultry breeding industry, reduce the nitrate content of groundwater caused by chemical fertilizer, and reduce the non-point source pollution caused by eutrophication of surface water, which is conducive to improving the quality and safety of agricultural products, preventing and controlling pollution, and has extremely significant benefits on the ecological environment.

Key process in NPK  plant

The main production process of 15t / h NPK fertilizer manufacturing process includes double cooler and a dryer, which can be divided into: raw material mixing, raw material mixing, raw material granule, particle drying, particle grading, particle cooling, finished product package and finished product packaging. The granulator of the compound fertilizer production process is a kind of drum granulation. Want to get more solutions, welcome to https://www.fertilizermachinesale.com/npk-fertilizer-plant-design/