Author: organic fertilizer production line

The roller extrusion granulator has been widely used in the organic fertilizer production industry due to its unique processing principle and wide adaptability to raw materials. Organic fertilizer granulators can use various organic materials as raw materials to process organic fertilizers, including but not limited to the following categories:

Agricultural Waste

Crop straw: such as corn stalks, rice straw, wheat straw, legume crop stems, etc.

Agricultural product processing by-products: such as sugarcane bagasse, distiller’s grains, fruit peels, shells, etc. from sugar mills.

Fruit and vegetable residues: market waste, food processing plant residues, etc.

livestock manure

Livestock manure: cow manure, pig manure, chicken manure, sheep manure, etc. These manures contain abundant organic matter and nutrients such as nitrogen, phosphorus, and potassium.

Poultry feathers: After pre-treatment such as defatting and crushing, they can also be used as raw materials for organic fertilizers.

Industrial organic by-products

Sludge: Biological sludge from urban sewage treatment plants, which can be used as organic fertilizer raw materials after disinfection treatment.

Biomass waste: residues from the biomass energy industry, such as sawdust, sawdust, rice husk charcoal, etc.

Solid residues from food industry wastewater treatment, such as beer yeast, soy sauce residue, etc.

Forestry waste

Branches and leaves: Branches and leaves trimmed from landscaping can be used as organic fertilizer raw materials after crushing and fermentation.

Wood chips and bark: scraps from the wood processing industry, suitable as base materials for organic fertilizers.

Urban household waste

Kitchen waste: Food residues generated in household kitchens and the catering industry, which can be converted into organic fertilizers after anaerobic digestion or composting treatment.

Garden waste: Cut lawns, fallen leaves, etc., can also be converted into organic fertilizers after appropriate treatment.

Special raw materials

Seaweed and marine debris: rich in minerals and other trace elements, suitable for organic fertilizer production in coastal areas.

Earthworm castings: Organic waste digested by earthworms, rich in microorganisms and nutrients, is a very high-quality organic fertilizer raw material.

The roller extrusion granulator can compress various raw materials mentioned above into sturdy particles through strong extrusion force, which is not only convenient for storage and transportation, but also helps to slowly release nutrients, suitable for various types of crops. However, it is worth noting that before using any raw materials, necessary pretreatment such as drying, crushing, and impurity removal is required to ensure the quality and safety of the final product. In addition, reasonable raw material matching and formula adjustment are also very important to meet the special needs of different soil conditions and crop types.

Flat die extrusion granulator and flat disc granulator (usually referred to as disc granulator) play important roles in the production process of organic fertilizers, but there are significant differences in their working principles, scope of application, and product characteristics. The following is a specific comparison of the processes of two types of granulators:

working principle

Flat die extrusion granulator

Principle: The flat die extrusion granulator uses two sets of parallel arranged ring dies and pressure wheels to interact with each other, forcing the pre treated material into the die hole and extruding it under high pressure to form a continuous columnar material. When the columnar material leaves the mold hole, it will naturally fracture into particles of the required length due to the release of internal and external stress.

Characteristics: This type of machine is suitable for a variety of materials, especially for materials with certain hardness and adhesion, the effect is better. The high pressure during the granulation process helps to increase the density of particles, making them stronger and less prone to fragmentation.

Disc Pelletizer

Principle: The working basis of the disc granulator is to use the centrifugal force of the rotating disc to promote the rolling and aggregation of materials entering the disc in a moist state, gradually forming spherical particles. Under the frictional force on the inner wall of the disc, the material rolls along the inclined surface, and as the disc rotates, the particles continue to grow until they reach the desired size.

Characteristics: The particles prepared by the disc granulator are mostly approximately spherical, with a beautiful appearance and good flowability. It is more suitable for processing materials with certain viscosity and has certain requirements for the initial moisture content of the materials. Excessive or insufficient moisture content can affect the granulation effect.

Scope of application and product characteristics

Flat die extrusion granulator

Applicable materials: Suitable for most types of dry powder materials, including but not limited to organic fertilizers, biomass fuels, chemical raw materials, etc.

Product features: High granulation strength, regular particle shape, controllable size, suitable for long-distance transportation and mechanized application.

Disc Pelletizer

Applicable materials: mainly used for processing materials with certain humidity and bonding ability, such as animal manure, sludge, urban garbage and other organic waste.

Product features: The granulation process is mild and will not damage the active ingredients in the material. The produced particles have good solubility and are suitable for soil improvement and crop fertilization.

conclusion

The flat die extrusion granulator and the flat plate granulator each have their own advantages, and the choice depends on specific production needs, material properties, and expected particle characteristics. Flat die extrusion granulator is more commonly used in industrial production due to its high particle strength and wide adaptability; The disc granulator, with its unique granulation principle and product aesthetics, has become the preferred choice for many enterprises that focus on organic fertilizer production and pay attention to the appearance quality of granules. In practical applications, the most appropriate decision should be made based on one’s own production conditions and product positioning.

The granulator in the NPK fertilizer production line is one of the core equipment, and its normal operation directly affects the production efficiency and product quality of the entire line. Proper maintenance can not only extend the service life of the granulator, but also reduce the failure rate, ensuring the safety and smooth operation of the production process. Here are some key steps for maintaining the NPK fertilizer production line granulator:

Daily cleaning and inspection

Daily cleaning: After production, the inside and outside of the fertilizer granulator should be thoroughly cleaned, especially the granulation chamber, molds, rollers, and other parts, to prevent residual materials from hardening or corroding the equipment.

Tightening inspection: Regularly check all connecting bolts and screws to ensure there is no looseness, and re tighten them if necessary.

Lubrication and maintenance: According to the requirements of the equipment manual, regularly add lubricating oil or grease to the moving parts to reduce wear and maintain mechanical performance.

Regular maintenance

Filter and mesh cleaning: For fertilizer granulators with filtration systems, regularly clean or replace the filter to prevent clogging and ensure smooth airflow.

Electrical component testing: Check the electrical wiring and control panel to ensure that the circuit is not exposed or damaged, and that the contactor and relay actions are sensitive and reliable.

Bearing inspection: Check for overheating or abnormal vibration of the bearings, and if necessary, replace severely worn bearings in a timely manner.

Maintenance of transmission components: Transmission components such as gears and chains should be regularly inspected for wear, and tension should be adjusted in a timely manner. If necessary, new parts should be replaced.

performance testing

Trial operation inspection: Arrange at least one no-load trial operation per month to observe whether each component is running smoothly, whether the sound is normal, and promptly discover potential problems.

Calibration sensors: For granulators equipped with pressure, temperature, humidity, and other sensors, regular calibration should be performed to ensure accurate readings.

Fault prevention and emergency preparedness

Establish an early warning mechanism: monitor the trend of changes in operational data of key components, and immediately investigate the cause of any abnormalities to prevent small problems from escalating into major failures.

Spare parts reserve: Reserve commonly used vulnerable parts, such as blades, molds, motors, reducers, etc., for quick replacement and to shorten downtime caused by malfunctions.

Employee training and standardized operation

Professional training: Regularly organize employees to participate in equipment operation and maintenance training, strengthen safety awareness, and standardize operating procedures.

Develop a manual: Prepare detailed equipment operation guidelines and emergency plans, clarify daily maintenance procedures and emergency response measures, and ensure that every operator can proficiently master them.

Record and Report

Maintenance log: After each maintenance is completed, detailed records of maintenance content, time, responsible person, and results are kept for easy tracking of equipment historical maintenance information.

Performance report: Regularly organize equipment performance reports, compare production data before and after maintenance, evaluate the effectiveness of maintenance work, and continuously optimize maintenance strategies.

In summary, the effective maintenance of NPK fertilizer production line granulators is a systematic project that involves multiple levels and details. Only by establishing a comprehensive maintenance system and implementing scientific and meticulous maintenance procedures can we maximize equipment efficiency and ensure the efficient and stable operation of the production line.

Fertilizers processed using organic fertilizer granulators (usually referring to organic fertilizers) and traditional chemical fertilizers (referred to as chemical fertilizers), although designed to supplement soil nutrients and promote crop growth, have multiple differences between them. These differences cover aspects such as source, composition, mechanism of action, environmental impact, and long-term effects:

Source and Composition

Chemical fertilizers:

Source: Mainly derived from industrial synthesis, prepared through chemical reactions.

Composition: Usually rich in one or several major nutrients such as nitrogen (N), phosphorus (P), and potassium (K). Common types include urea, potassium dihydrogen phosphate, potassium sulfate, etc.

Organic fertilizers:

Source: Organic substances derived from nature, such as animal manure, plant residues, kitchen waste, compost, etc.

Composition: In addition to N, P, and K, it also includes a large amount of organic matter, trace elements, and beneficial microorganisms, making its composition quite complex.

Nutrient release mode

Chemical fertilizers:

Rapid release: Nutrients in fertilizers are mainly inorganic and can quickly dissolve in water for immediate absorption and utilization by crops, but they can easily cause nutrient excess or loss.

Organic fertilizers:

Slow release: Nutrients in organic fertilizers are mostly encapsulated in organic compounds and need to be decomposed by microorganisms to gradually transform into forms that can be absorbed by crops. This process is slow but can last for a long time, helping to maintain the balance of soil nutrients.

Soil impact

Chemical fertilizers:

May damage soil structure, long-term extensive use can lead to soil compaction, pH imbalance, affect microbial activity, and be detrimental to soil health.

Organic fertilizers:

Promote the formation of soil aggregate structure, increase soil permeability and water retention capacity, improve soil physical properties, enrich soil biodiversity, and enhance soil self-healing and nutrient cycling capabilities.

Ecological and environmental impacts

Chemical fertilizers:

Excessive use can lead to eutrophication of water bodies, causing algal blooms and affecting water quality; It will also lead to greenhouse gas emissions such as nitrogen oxides and methane, exacerbating global warming.

Organic fertilizers:

Helps with carbon sequestration and mitigates climate change; Reduce the risk of chemical substances entering water bodies and protect water resources; And the recycling of organic waste reduces the negative impact of waste on the environment.

Long term effects

Chemical fertilizers:

Short term results are quick, but without the support of reasonable management and crop rotation systems, it may damage the long-term fertility and ecological functions of the land.

Organic fertilizers:

It can gradually accumulate soil organic matter and improve soil fertility. Although it may not be as effective as chemical fertilizers in the short term, in the long run, it contributes more to maintaining soil health and promoting sustainable agricultural development.

In summary, although fertilizers play an important role in agricultural production due to their immediate and efficient supply, organic fertilizers processed by organic fertilizer granulators have shown unparalleled advantages in improving soil structure, promoting ecological balance, and achieving environmentally friendly agriculture. The combination of the two, complementing each other’s strengths and weaknesses, is a widely advocated practice in current agricultural practices, aiming to pursue a harmonious coexistence between high yield, high quality, and ecological protection.

In small-scale organic fertilizer production lines, the organic fertilizer granulator is an important equipment for turning fermented organic materials into regular shaped particles. It not only improves the appearance attractiveness of organic fertilizers, but also facilitates packaging, transportation, and application. According to different working principles and technical characteristics, there are several types of organic fertilizer granulators on the market, which are very suitable for small production lines. Here are several commonly used models:

1. Disc granulator

Principle: The material is fed into a tilted rotating disk, and by the action of centrifugal force, the material is agglomerated and then rolled into spherical particles.

Advantages: Simple structure and easy maintenance; High granulation efficiency, suitable for mass production.

Applicable scenarios: Suitable for materials with strong viscosity, such as organic fertilizers that have been appropriately humidified.

2. Roller extrusion granulator

Principle: The material is compressed into pieces by two relatively rotating rollers, and then crushed into the desired particle size.

Advantages: High granulation strength, wear resistance, suitable for granulation of hard materials.

Applicable scenarios: Suitable for processing materials with certain hardness and compression resistance, such as biomass fuel particles and fertilizer particles.

3. Flat die extrusion granulator

Principle: The material is forced into the mold pores, extruded through the mold pores under high pressure, and forms particles after cooling and solidification.

Advantages: Compact structure, small footprint, easy operation, especially suitable for small production lines.

Applicable scenarios: Widely used in pellet production in various industries such as organic fertilizers, biomass fuels, and feed.

4. New type of organic fertilizer specialized granulator

Principle: Combining stirring, heating, and granulation, the material is softened and shaped by the heat generated by high-speed stirring and friction.

Advantages: One time granulation, no need for drying, energy-saving and efficient.

Applicable scenarios: Designed specifically for organic fertilizers, especially suitable for handling high moisture materials, reducing energy consumption during subsequent drying.

Choose Suggestions

When selecting an organic fertilizer granulator for a small-scale organic fertilizer production line, comprehensive consideration should be given to factors such as the characteristics of the raw materials, production scale, budget, and demand for particle morphology. Usually, disc granulators are a common choice for small-scale organic fertilizer production lines due to their simple operation and low cost. But for manufacturers who hope to further enhance product added value, pursue particle strength and aesthetics, they may prefer to use flat die extrusion granulators or new organic fertilizer specific granulators. Regardless of the type, it should be ensured that the equipment has good durability and stability to serve production operations efficiently in the long term.

The NPK fertilizer (nitrogen phosphorus potassium compound fertilizer) production line usually uses several efficient and professional fertilizer granulators in the granulation process to ensure particle quality, improve production efficiency, and reduce energy consumption. Below are several commonly used fertilizer granulators and their characteristics:

1. Disc granulator

The disc granulator is the most traditional and widely used granulation equipment. It rolls the material into spherical particles under the action of centrifugal force through a rotating inclined disk. Its characteristics are intuitive operation, easy maintenance, suitable for large-scale continuous operations, especially adept at manufacturing medium to large particles.

2. Roll squeezing granulator

The roller extrusion granulator applies high pressure to powdered materials through two opposing rotating pressure rollers, forming them into strips, and then cuts them into particles of the desired size through a crushing device. This method produces particles with high strength and regular shape, especially suitable for hard materials and situations requiring high particle strength.

3. Fluidized bed granulator

The fluidized bed granulator uses air suspension technology to make the material in a fluidized state inside the container, while spraying liquid adhesive to gradually grow the particles. The particles produced in this way have good fluidity and looseness, making them suitable for products that require precise control of particle size and shape.

4. High tower granulator

The high tower granulator uses special spray granulation technology to spray molten liquid fertilizer through a high-speed nozzle in a high tower, cool and solidify to form particles. This method can produce very uniform particles, but due to high investment costs, it is mainly used for the production of high-end fertilizers.

5. Extrusion expansion granulator

The extrusion expansion granulator instantly expands the material into particles under high temperature and high pressure conditions, and is commonly used for processing heat sensitive materials. This method can effectively avoid thermal damage to materials and is suitable for specific types of fertilizer granulation.

6. Belt granulator

Belt granulators use special molds on one or more conveyor belts to form particles of material during movement. This method is suitable for continuous production and has good controllability of particle size.

Each type of fertilizer granulator has its unique working principle and applicable scenarios. Choosing the appropriate model requires comprehensive consideration of factors such as raw material characteristics, expected particle specifications, production capacity, energy consumption level, and budget. In actual production, it is often necessary to carry out subsequent processes such as drying, screening, and packaging to ensure that the final product meets the quality standards.

Using an organic fertilizer granulator to granulate and apply it to soil can bring a series of significant benefits in terms of soil health and crop productivity compared to unpolished organic fertilizer. Here are a few key benefits:

1. Improve soil structure

Granular organic fertilizer is more evenly dispersed in the soil, which helps improve the soil’s aggregate structure, increase soil aeration and permeability. This is because the granulation process of organic fertilizer granulator can better integrate organic matter into the soil, promote the balance of soil micro ecosystem, prevent soil compaction, and provide a more suitable growth environment for plant roots.

2. Enhance the ability to retain water and nutrients

The organic fertilizer after granulation has a certain physical stability and can slowly release nutrients in the soil, extending the fertilizer’s effectiveness period. This can not only reduce nutrient loss and leaching, improve the utilization efficiency of major nutrients such as nitrogen, phosphorus, and potassium, but also help the soil retain more water, especially under drought conditions, which is crucial for maintaining the sustainable productivity of the soil.

3. Beneficial for microbial activity

The beneficial microorganisms in organic fertilizers are protected during the granulation process, and can quickly recover their vitality after being applied to the soil, accelerating the decomposition of organic matter and producing more humus. Humus is a high-quality soil colloid that can adsorb heavy metal ions and harmful substances, purify the soil environment, and provide abundant trace elements for plants, enhancing crop resistance and quality.

4. Reduce the occurrence of pests and diseases

The uniform distribution of granular organic fertilizer helps to suppress the excessive proliferation of harmful microorganisms in the soil and reduce the probability of crop diseases. Meanwhile, certain microorganisms in organic fertilizers can also secrete antibiotics or other antibacterial substances to further protect crops from pathogen invasion.

5. Promote healthy plant growth

The nutrients in granulation organic fertilizer are more easily absorbed and utilized by plant roots, especially during the critical stage of crop growth, which can provide sufficient nutrients in a timely manner, promote root development, robust stems and leaves, plump fruits, and ultimately improve crop yield and quality.

6. Reduce environmental pollution

Compared with chemical fertilizers, organic fertilizer granulators produce less ammonia volatilization and nitrate leakage during application, and have a smaller impact on groundwater and atmospheric environment. At the same time, the use of granular organic fertilizers also helps to reduce the amount of chemical fertilizers used, alleviate soil salinization and ecological imbalance caused by excessive fertilization.

conclusion

Overall, the use of organic fertilizer granulator to granulate fertilizers has a comprehensive promoting effect on soil health, from improving soil physical properties to enhancing biological activity, to ensuring crop growth needs, all of which can play important roles. This not only helps to build a more sustainable and efficient agricultural system, but also is one of the important ways to promote the development of green agriculture.

Establish a small-scale powdered organic fertilizer production line, which has a simpler equipment configuration compared to a granular organic fertilizer production line, but still needs to cover all aspects of organic material from pretreatment to final product packaging. The following is a list of key equipment required to build such production lines and their basic functional descriptions:

1. Raw material receiving and pre-processing equipment

Forklift or loader: used to transport collected organic materials such as animal manure, plant residues, etc. to the production line.

Solid liquid separator (if the moisture content of the raw material is high): By mechanical force, most of the moisture is separated from the wet raw material, reducing the difficulty of subsequent processing.

Crusher: Grind the collected large raw materials into small particles or powder, which is beneficial for fermentation and uniform mixing.

2. Fermentation equipment

Strip stack fermentation facility or static fermentation box: The former is open and maintains ventilation and homogenization through timed flipping by a self-propelled flipping machine, while the latter is sealed to better control temperature and humidity.

Self propelled flipping machine (limited to strip stack fermentation): used for flipping during the strip stack fermentation process to promote air circulation and ensure smooth fermentation.

3. Post processing equipment

As it is a powdered organic fertilizer production line, there is no need to configure granulators and dryers like granular organic fertilizers. But in order to improve quality, the following equipment may also be needed:

Screening machine: used to remove insufficiently decomposed or oversized material particles, ensuring the fineness and uniformity of the finished powdered organic fertilizer.

Blender: After fermentation is complete, if trace elements or other organic materials need to be added for mixing to adjust the nutrient ratio, a blender is essential.

4. Packaging equipment

Automatic packaging machine: used to automatically package powdered organic fertilizers that have been screened and mixed into bags according to the set weight.

Sewing machine or sealing machine: used to seal packaging bags, ensuring that finished products are not easily affected by moisture or scattered.

5. Auxiliary equipment and facilities

Conveyor belt or screw conveyor: used to connect material transportation between various processes.

Warehouse: Used for storing raw materials and finished products, as well as temporary storage of semi-finished products when necessary.

Particular attention

Although the equipment configuration of the powdered organic fertilizer production line is simpler than that of the granular production line, in actual operation, it is still necessary to strictly monitor the temperature, humidity and other parameters of the fermentation process to ensure that the organic materials are fully decomposed and treated harmlessly. In addition, environmental considerations are also an indispensable part, ensuring that the treatment of waste gas and wastewater from production lines complies with national and regional environmental regulations.

Overall, the core of a small-scale powdered organic fertilizer production line lies in efficient raw material pretreatment, precise fermentation control, and fine post-processing packaging to produce high-quality, safe, and environmentally friendly organic fertilizers.

The application of roller extrusion granulator in organic fertilizer production line has demonstrated multiple unique advantages, which not only improve granulation efficiency and product quality, but also reduce production costs and contribute to environmental protection. Here is a specific analysis of the advantages:

1. Wide applicability of raw materials

The roller extrusion granulation machine can effectively process a variety of organic materials, including but not limited to livestock manure, agricultural waste, urban household waste, industrial organic by-products, etc. It can adapt to raw materials with different degrees of dryness and wetness, making the sources of raw materials more extensive, increasing the flexibility and economy of raw material acquisition.

2. High strength of finished particles

By applying strong extrusion pressure to the raw materials, the roller extrusion granulation machine can generate particles with high density, high hardness, and resistance to breakage. This physical property makes the finished product more stable during storage, transportation, and application, reducing losses and improving efficiency.

3. Good molding rate and low energy consumption

This device requires almost no adhesive to be added during the granulation process, relying on the physical and chemical properties of the raw materials themselves to complete granulation, thus having a high molding rate. Meanwhile, due to the use of cold extrusion technology, there is no need for additional heating, resulting in significant energy-saving effects and a reduction in overall operating costs.

4. Self cleaning function

The roller extrusion granulator has a self-cleaning function during operation, which can automatically remove residues on the surface of the drum, ensuring a continuous and stable production process, reducing downtime for cleaning, and improving production efficiency.

5. Easy equipment maintenance

The structure of the roller extrusion granulator is relatively simple, and the main components such as the drum and mold are easy to replace and repair. Daily maintenance operations are convenient and fast, reducing maintenance difficulty and costs, ensuring long-term stable operation.

6. Environmentally friendly

This equipment produces low noise during the granulation process and has proper dust control, reducing pollution to the working environment and meeting the requirements of modern green production and environmental protection.

7. Strong adaptability and adjustable scale

Whether it is small-scale family farms or large-scale industrial production, there are corresponding models and configurations for roller extrusion granulators, which can meet the production needs of different scales and have high flexibility.

epilogue

In summary, the roller extrusion granulator has become an indispensable core equipment in organic fertilizer production lines due to its excellent technical characteristics and economic advantages. Its application not only improves the quality and production efficiency of organic fertilizer products, but also helps promote the sustainable development of the entire industry, which is a successful practice under the concept of modern agriculture and circular economy.

The use of organic fertilizer granulators to process bio organic fertilizers has brought many benefits, which are not only reflected in improving the quality and efficiency of fertilizers, but also involve multiple aspects such as production efficiency, resource conservation, and environmental protection. The following are the main advantages of using an organic fertilizer granulator to process bio organic fertilizers:

1. Improve the quality and efficiency of fertilizers

Improving physical properties: The granulation process can enhance the physical stability of bio organic fertilizers, making them more resistant to pressure and moisture, extending storage life, and reducing damage during transportation.

Improving application convenience: Granular bio organic fertilizer is easier to achieve uniform sowing, ensuring even distribution of nutrients in farmland, facilitating crop root absorption, and improving crop growth efficiency and yield.

Increasing nutrient utilization efficiency: By controlling the temperature and humidity during the granulation process, it helps to maintain microbial activity, promote the proliferation of beneficial bacteria, and thus improve the decomposition rate of organic matter and nutrient release efficiency in fertilizers.

2. Enhance market competitiveness

Enhancing product value: Granular bio organic fertilizer has a neat appearance, uniform specifications, and is more likely to attract consumers, enhancing product image and brand awareness.

Expanding sales channels: Standardized product forms facilitate packaging and measurement, facilitate remote sales and international trade, and expand market coverage.

3. Realize resource recycling and environmental protection

Waste resource utilization: Using agricultural waste, livestock manure, and other materials as raw materials, bio organic fertilizer is produced through an organic fertilizer granulation mechanism, which not only solves the problem of environmental pollution but also achieves efficient recycling of resources.

Reducing dependence on chemical fertilizers: Promoting the use of bio organic fertilizers can help reduce the use of chemical synthetic fertilizers, lower the dependence of agricultural production on fossil fuels, reduce greenhouse gas emissions, and promote sustainable agricultural development.

4. Improve production efficiency and reduce costs

Labor saving: The granulation process is highly automated, significantly reducing labor input and improving production efficiency.

Reduce losses: Compared to powdered fertilizers, granular bio organic fertilizers have less loss during storage and transportation, reducing resource waste.

Optimization formula adjustment: Before granulation, the proportion of raw materials can be flexibly adjusted according to the nutritional needs of different crops, achieving refined production and improving the targeting and effectiveness of fertilizers.

summary

The application of organic fertilizer granulators has greatly promoted the development of the bio organic fertilizer industry, not only improving the quality and market acceptance of fertilizers themselves, but also promoting a virtuous cycle of agricultural ecological environment, reflecting the deep integration of modern agricultural technology and green development concepts. In the future, with the advancement of technology and the growth of market demand, organic fertilizer granulators will play a more important role in the production of bio organic fertilizers.