Author: organic fertilizer production line

Drum granulator and disc granulator are commonly used granulation equipment in organic fertilizer production lines, each with unique advantages and applicable scenarios. Below are the characteristics of these two granulators and their advantages in processing fertilizers.

Rotary Drum Granulator

Features and advantages:

High efficiency and large-scale production: The rotary drum granulator is suitable for large-scale production, capable of quickly and continuously processing large amounts of materials, and is suitable for the needs of industrial grade fertilizer production.

Stable particle quality: By finely adjusting the speed and angle of the drum, uniform and solid particles can be produced, reducing the proportion of dust and fine powder and enhancing the value of fertilizer products.

Multifunctionality: Many rotary drum granulators integrate mixing, granulation, and drying functions, simplifying the production process and improving production efficiency.

Strong adaptability: Suitable for granulation of various materials, whether it is organic fertilizer, compound fertilizer or other chemical fertilizers, it can demonstrate excellent performance.

Disc Pelletizer

Features and advantages:

Easy to operate: The disc granulator has a simple structure, intuitive operation, and is easy to get started, especially suitable for beginners or small farmers.

Cost effectiveness: Compared to drum granulators, disc granulators have lower initial investment and relatively lower maintenance costs, making them ideal for situations with limited budgets.

Strong flexibility: The disc granulator is suitable for various particle size requirements, and can control particle size by adjusting the angle of the disc and feeding rate to meet the fertilization needs of different crops.

Low energy consumption: Compared to drum granulators, disc granulators have lower energy consumption and are more energy-efficient for long-term use.

Considerations for selecting fertilizers during processing:

When deciding whether to use a drum granulator or a disc granulator, the following points should be considered:

Production scale: If large-scale industrial production is planned, a rotary drum granulator is more suitable; On the contrary, for small-scale or experimental production, a disc granulator is a better choice.

Particle requirements: Pursuing high-quality, high-strength, and uniform appearance particles, inclined to use rotary drum granulators; When there are no strict requirements for particle shape, the disc granulator can provide sufficient flexibility.

Cost input: Initial investment and operating costs are also key considerations, and disc granulators are more economical in this regard.

summary

Regardless of which type of granulator to choose, a reasonable judgment should be made based on a detailed understanding of equipment specifications, operating instructions, and technical support, combined with one’s own production conditions and expected results. In practical applications, special situations may arise. It is recommended to cooperate with professional equipment suppliers to obtain targeted advice and technical support.

In the organic fertilizer production line, the forklift feeder plays a bridging role between the raw material warehouse and processing equipment, responsible for accurately and efficiently transporting the accumulated large amount of raw materials to the next stage, such as mixers, granulators, etc. The correct use of the shovel feeding machine can greatly improve the efficiency and smoothness of the production line. Here are the specific usage methods:

Preparation stage

Check the equipment

Before each start-up, carefully inspect all mechanical parts of the shovel feeder, including chains, bearings, motors, etc., to ensure that there are no signs of damage or excessive wear. Remove any foreign objects that may cause lag or malfunction.

Security confirmation

Verify that all safety measures are in place, such as the emergency stop button functioning properly, to avoid accidental injuries during operation.

Usage steps

start-up

Turn on the power and start the feeder. Ensure that all staff stay away from the operating area until the equipment is fully started and stable.

Loading raw materials

Use a shovel or other handling tool to carefully place the raw materials on the conveyor belt or feeding port of the feeder. Be careful not to overload to avoid blockage or damage to the equipment.

Operation monitoring

Observe the speed and quantity of raw materials entering the next process. Adjust the settings of the feeder to ensure that the raw material flow rate matches the processing capacity of the subsequent processing equipment, avoiding congestion caused by too fast or affecting efficiency due to too slow.

Fault response

In case of an emergency, immediately press the emergency stop button and restart after the problem is resolved. Common problems include material jamming, conveyor belt slippage, etc. Timely handling can avoid more serious damage.

Cleaning and maintenance

After each use, clean the residual materials inside and outside the feeder, especially the chain and transmission parts, to keep them clean and dust-free. Regularly lubricate moving parts to extend their service life.

Tips

Regular maintenance: Develop and implement preventive maintenance plans, inspect and replace worn parts, and prevent sudden failures from interrupting the production process.

Employee training: Ensure that all operators receive formal operational and safety guidance and understand emergency response procedures.

Record maintenance logs: Record every operation and maintenance detail to facilitate tracking of equipment historical status, optimizing management, and predicting maintenance cycles.

Following the above guidelines not only maximizes the performance of the shovel feeder, but also ensures the smooth operation of the entire organic fertilizer production line, improving overall production efficiency and product quality. Remember to always prioritize safety, ensuring that every operation follows regulations and creating a safe and efficient working environment.

Sheep manure is a high-quality organic fertilizer raw material, rich in various nutrients required by plants such as nitrogen, phosphorus, potassium, etc. After appropriate processing, it can be made into efficient organic fertilizer. Building a specialized sheep manure organic fertilizer production line typically requires the coordination of the following types of equipment:

Preliminary preparation stage

Raw material receiving and storage facilities

Used for receiving fresh or piled up sheep manure, as well as temporary storage.

Preprocessing equipment

Like an organic fertilizer grinder, it is used to crush large pieces of sheep manure and accelerate the subsequent fermentation process.

Fermentation treatment

Fermentation organic fertilizer turning machine or fermentation silo

Adopting aerobic fermentation technology to accelerate the decomposition of organic matter, kill bacteria and insect eggs, and improve fertilizer quality.

ventilation system

Provide sufficient oxygen, maintain appropriate temperature and humidity, and promote microbial activity.

Subsequent processing

drying equipment

Reduce the moisture content of fermented sheep manure to make it suitable for granulation or other physical treatments.

Screening machine

Separate the large residue that has not been completely decomposed and maintain the uniformity of fertilizer particles.

Granulation and precision processing

Granulator

Optional rotary drum granulator, disc granulator or roller extrusion granulator can be used to compress loose organic matter into shape.

cooler

Reduce particle temperature to avoid nutrient loss due to heat during subsequent packaging processes.

Final processing

Packaging equipment

Pack the finished organic fertilizer in a certain quantity according to certain specifications for easy storage and sales.

Conveyor belt or conveyor system

Transfer materials between various processes to improve the overall efficiency of the production line.

Other auxiliary facilities

Automated control system

Monitor and adjust key parameters such as temperature, humidity, and oxygen concentration to ensure stable and reliable production processes.

Waste disposal system

Handle wastewater and other waste generated during the production process in compliance with environmental regulations.

matters needing attention

When constructing a sheep manure organic fertilizer production line, factors such as site layout, energy supply, and safety protection also need to be considered. Reasonable process design can not only improve production efficiency, but also reduce unnecessary waste and pollution. Collaborating with professional equipment suppliers to customize production line solutions that are suitable for one’s own conditions can better meet production goals and market requirements. Throughout the process, emphasizing the principles of environmental protection and sustainable development, fully utilizing sheep manure resources, and creating eco-friendly organic fertilizers are of great significance for promoting the development of green agriculture.

The performance and effectiveness of the roller extrusion granulator in processing fertilizers are influenced by various factors, including raw material characteristics, equipment parameter settings, and maintenance status. The following are some key issues that may affect the processing efficiency of the roller extrusion granulator:

Raw material characteristics

Moisture content: The humidity of raw materials directly affects the process and efficiency of extrusion granulation. Excessive or insufficient moisture can cause difficulty in granulation, and the ideal moisture level usually needs to be controlled within a specific range to facilitate smooth extrusion of the material without excessive adhesion or fragmentation.

Material particle size: The degree of crushing of raw materials is also crucial. Particles that are too large or too fine are not conducive to extrusion. It is generally recommended to perform appropriate pretreatment to achieve a suitable particle size distribution.

Material composition: The content and properties of components such as cellulose and lignin in the raw materials will affect the adhesion during the extrusion process, thereby affecting the strength and morphology of the particles.

Equipment parameters

Roller pressure: The pressure set between the rollers is directly related to the formation and density of particles. If it is too high, the particles may become too hard, while if it is too low, they cannot be formed.

Gap spacing: The gap size determines the basic size of the particles and must be precisely adjusted according to the required particle size.

Roller material and surface texture: Different materials and surface treatment methods can change the friction coefficient between the material and the roller surface, thereby affecting the extrusion effect and wear situation.

Maintenance and upkeep

Regular inspection: including cleaning the dirt on the roller surface, preventing foreign objects from jamming, and ensuring the normal operation of the equipment.

Lubrication and maintenance: Regularly add lubricating oil to the transmission parts to reduce wear and extend service life.

Calibration and debugging: Adjust equipment parameters in a timely manner according to changes in raw materials to ensure consistency in granulation quality.

Solution strategy

Taking reasonable measures to address the above issues can significantly optimize the performance of the roller extrusion granulator:

Raw material pretreatment: Adjust the moisture content through drying or humidification, use a grinder to reduce particle size, and optimize the raw material formula.

Parameter optimization: Fine tune the pressure and roll gap according to the actual situation, select suitable roll materials and surface treatments.

System monitoring and maintenance: Establish a comprehensive equipment management and maintenance system to ensure that equipment is in optimal condition.

In short, understanding and addressing these influencing factors can not only improve the processing efficiency and product quality of the roller extrusion granulator, but also effectively reduce costs and enhance the competitiveness of the entire fertilizer production line. In daily production management, close attention should be paid to the above links and strategies should be adjusted in a timely manner to cope with constantly changing raw material conditions and market demands.

The roller extrusion granulator has demonstrated several significant advantages in the process of processing organic fertilizers from chicken manure, making it one of the preferred granulation methods for many chicken farms and organic fertilizer producers. The following are some of the main advantages of the roller extrusion granulator in the production of chicken manure fertilizer:

1. Powerful molding ability

The roller extrusion granulator is particularly suitable for processing materials with relatively low moisture content, such as preliminarily dried chicken manure. Through high-pressure extrusion, even at lower moisture content, dense and uniform particles can be formed, which are not easily broken.

2. Efficient and energy-saving

Compared to other types of granulation processes, roller extrusion granulators consume less energy, especially when processing materials with certain hardness and low viscosity. This means lower operating costs and higher energy efficiency ratio.

3. Diversified particle sizes

By configuring the pressure and mold differently, the roller granulator can produce particles of different diameters and lengths to meet diverse market demands. This flexibility increases the applicability of finished fertilizers, with corresponding specifications available for landscaping, home gardens, and agricultural planting.

4. Easy to maintain and operate

This type of machine has a simple design, intuitive operation, and relatively easy maintenance. Replacing molds and other critical components is also easy, reducing downtime and costs caused by maintenance.

5. Good work continuity

Due to the use of continuous extrusion, the roller granulator can maintain stable output for a long time, which is very suitable for continuous operation mode and improves production efficiency.

6. High particle intensity

The particles formed by extrusion have high physical stability, are not easy to break, are convenient for long-distance transportation and storage, and reduce the loss rate in the logistics process.

7. Natural curing, no need for additional additives

Unlike some chemical granulation processes, the particles produced by the roller granulation mechanism mainly rely on the physical properties of the raw materials themselves to form, and usually do not require the addition of binders or other chemicals. This not only reduces additional costs, but also maintains the natural quality of the fertilizer.

Overall, the roller extrusion granulator has become an ideal solution for converting chicken manure into high-quality organic fertilizers due to its unique process characteristics and excellent performance. While improving agricultural production efficiency, it also helps to promote the concept of circular economy and promote the development of green agriculture.

The price of chicken manure organic fertilizer fermentation equipment is influenced by various factors, including but not limited to equipment type, processing capacity, automation level, brand, regional economic differences, and whether additional services (such as installation, training, and after-sales service) are included. The following is a rough price range, and specific values may vary with market fluctuations and negotiations:

Small manual or semi-automatic chicken manure fermentation organic fertilizer turning machine

Price range: Starting from a few thousand RMB, the simplest model may only cost a few thousand RMB to purchase.

Medium sized automated fermentation equipment

Price range: from tens of thousands to hundreds of thousands of yuan, this type of equipment often has high production capacity and automation level.

Large scale industrial grade chicken manure organic fertilizer production line

Price range: can range from tens of thousands to millions of yuan, or even higher, depending on the complexity and production capacity of the system.

For example, a basic manual stacker may only cost a few thousand yuan; But a high-end fermentation equipment that integrates temperature control, automatic oxygen supply, remote monitoring and other functions may cost hundreds of thousands or even millions of yuan. If customized services are chosen, that is, production lines designed and built according to specific customer needs, the total cost will further increase.

Factors affecting prices

Technical content: The higher the degree of automation and intelligence of the equipment, the higher the price naturally.

Production scale: The unit cost of large equipment is lower than that of small equipment, but the total investment has significantly increased.

Materials and accessories: The selection of high-quality steel, special alloys, and other durable components can also increase costs.

Brand reputation: Although equipment from well-known brands is expensive, it often means better performance, durability, and after-sales support.

Investment advice

When choosing organic fertilizer fermentation equipment for chicken manure, it is recommended to:

Conduct thorough research: Compare product information from different manufacturers to understand market trends.

On site inspection: If conditions permit, visit practical projects of equipment operation and evaluate their actual effectiveness.

Detailed inquiry: Request a detailed quotation that specifies all cost items, including transportation, installation, and service fees.

Cost effectiveness consideration: Balance initial investment and long-term operating costs, and choose the most cost-effective solution.

Remember, although initial investment is an important consideration, the long-term performance, energy-saving effects, and maintenance costs of equipment cannot be ignored. Sometimes, slightly higher initial expenses result in lower overall cost of ownership and higher production efficiency. Therefore, when making decisions, it is necessary to comprehensively weigh various factors.

Although both drum granulators and disc granulators are important equipment used to process powdered or small block materials into granules, their working principles have significant differences. The following provides a detailed explanation of the differences between the two:

Working principle of rotary drum granulator

Drum rotation: The core component of the drum granulator is a large diameter drum installed obliquely, which contains materials inside.

Mechanical force effect: As the drum rotates slowly, the material begins to roll under the combined action of gravity and centrifugal force inside the drum.

Agglomeration into clusters: In the moist environment inside the drum, material particles collide with each other and gradually coalesce. By adding an appropriate amount of water and stirring, the adhesion between small particles is accelerated.

Forming and solidification: As the drum continues to rotate, the gradually increasing clumps continue to roll over the entire length of the drum, forming nearly spherical particles that are discharged at the outlet.

Working principle of disc granulator

Central material supply: The bottom of the disc of the disc granulator is fixed and the material is thrown downwards from the center of the disc.

Centrifugal motion: The high-speed rotation of the disk edge generates strong centrifugal force, causing the material to slide outward along the inclined surface, while being subjected to the frictional force of the disk surface and the gravity of its own volume.

Material aggregation: Newly introduced materials come into contact with small particles already present on the disc, and with the help of liquid bridging and slight pressure, begin to aggregate into larger particles.

Screening and discharging: When the particles reach a certain size, they roll down along the edge of the disc and are discharged through the baffle set at that position, completing the granulation process.

Comparison of working principles

Power mechanism: The rotary drum granulator relies on the rotation of the drum to generate gravity and centrifugal force; The disc granulator combines disc rotation with centrifugal force.

Granulation path: The material in the rotary drum granulator undergoes a long rolling path, while the disc granulator moves short distances from the center to the outer edge.

Particle shape: Drum granulators often produce round particles, while disc granulators produce flat or irregular particle shapes.

Understanding the differences in these working principles can help select the most suitable granulation equipment in specific application scenarios. For example, if you want to obtain very round particles, rotary drum granulation is a better option; For those who pursue cost efficiency and have low requirements for particle shape, a disc granulator may be a more cost-effective choice.

Organic fertilizer horizontal mixer is a key equipment widely used in the manufacturing process of organic fertilizers, mainly used for mixing various solid organic raw materials such as animal manure, crop straw, humic acid, as well as other additives such as trace elements, microbial preparations, etc. Its design aims to ensure uniform distribution of all ingredients, thereby optimizing the subsequent fermentation, granulation, and maturation processes, and improving the quality and efficiency of the final organic fertilizer.

Principles of Masterpieces

The working principle of the organic fertilizer horizontal mixer is mainly to fully stir and mix solid raw materials through special blades or blades installed on the rotating mixing shaft. These blades are designed at a certain angle, allowing the material to form a complex motion trajectory inside the cylinder, undergoing three-dimensional rolling, scattering, and shearing, ensuring that even small powders and coarse particles can be fully contacted and mixed. This process is usually accompanied by the addition of an appropriate amount of water to regulate the humidity of the raw materials, which is beneficial for the growth of microorganisms and the effective decomposition of organic matter.

Main advantages

High uniformity of mixing

The horizontal mixer can effectively break down the agglomerated raw materials, ensure good contact between the particles of each component, and thus obtain highly consistent mixed products.

Large processing capacity

Compared to vertical mixers, the horizontal design allows for larger capacity loading and can handle more raw materials at once, making it suitable for mass production.

Low loss, low residue

The mixed materials are thoroughly discharged, reducing raw material waste and lowering the difficulty and cost of cleaning.

Stable structure and strong durability

Usually made of wear-resistant and corrosion-resistant materials, it can withstand wear and corrosion under high-intensity working conditions.

Easy to operate and clean

The open design facilitates feeding and unloading, while also simplifying daily maintenance and cleaning procedures.

Wide applicability

Not limited to the organic fertilizer industry, it can also be used in multiple fields such as feed, pharmaceuticals, and chemicals, with strong flexibility.

conserve energy ,reduce emissions

The efficient power system and excellent design greatly reduce energy consumption, meeting the environmental requirements of modern manufacturing industry.

Intelligent control options

Many modern horizontal mixers are equipped with automated control systems that can set parameters, monitor the mixing process, and improve production efficiency and safety through a touch screen interface.

summary

In summary, the organic fertilizer horizontal mixer has become an indispensable part of the organic fertilizer manufacturing process due to its excellent mixing performance, high production capacity, and wide applicability. Whether building or upgrading an existing production line, choosing a high-performance horizontal mixer can significantly improve product quality, reduce production costs, and promote the sustainable and healthy development of the enterprise. With the continuous advancement of technology, future organic fertilizer horizontal mixers will become more intelligent and environmentally friendly, contributing to the development of global organic agriculture.

Chicken manure is one of the high-quality organic fertilizer materials due to its abundant organic matter and nutrient content. But before converting it into usable organic fertilizer, it is necessary to eliminate potential bacteria and parasite eggs through appropriate fermentation processes, while promoting the growth of beneficial microorganisms and improving fertilizer efficiency. Common chicken manure fermentation organic fertilizer turning equipment includes:

Chicken manure organic fertilizer compost turning machine

This is an indispensable equipment in the fermentation process of chicken manure, with main types including track type, chain plate type, spiral propulsion type, and dump truck type. Among them:

Crawler type stacker

Features: Suitable for large open-air or semi enclosed fermentation tanks, with strong continuous operation capability, suitable for large-scale production.

Chain plate flipping machine

Scope of application: Small and medium-sized composting plants, compact structure, flexible operation, suitable for limited space use.

Spiral driven flipping machine

Advantages: Vertical pushing and flipping, especially suitable for fermentation tanks with large depths.

Dump truck type stacker

Flexibility: Strong mobility, suitable for multi stack alternating operations, with relatively low investment costs.

Automated fermentation silo

Sealed fermentation tank

Advantages: Fermentation in a closed environment, reducing odor emissions, controllable temperature and humidity, suitable for year-round operation.

Fermentation tower

Features: Multi level fermentation, land saving, suitable for small-scale production around cities.

Control and Monitoring System

In addition to basic flipping equipment, modern chicken manure organic fertilizer production lines will also be equipped with:

Temperature and humidity sensors

Purpose: Real time monitoring of temperature and humidity inside the reactor to ensure optimal fermentation conditions.

Automated control system

Function: Accurately regulate various parameters, including flipping frequency, oxygen supply, etc., to improve fermentation efficiency.

Safety and Environmental Protection

In order to ensure the safety of production and personnel, as well as comply with environmental standards, corresponding exhaust gas purification devices, such as deodorization systems, should also be installed to reduce odor diffusion and minimize the impact on the surrounding environment.

summary

The selection of which type of organic fertilizer composting equipment should be based on a comprehensive consideration of actual production scale, budget, and site conditions. Small farms may prefer more cost-effective manual or semi-automatic equipment, while large farms or commercial organic fertilizer manufacturers may prefer high-efficiency, fully automated solutions. Regardless of the choice, attention should be paid to the durability and energy consumption level of the equipment, as well as whether it meets the requirements of local environmental regulations. The modern chicken manure organic fertilizer production line not only improves the quality and efficiency of fertilizer production, but also is an important step towards transitioning to sustainable agriculture.

Roller extrusion granulator and drum granulator are two commonly used fertilizer granulation processes that play an important role in organic fertilizer production lines. Both have their own unique design principles and applicable scenarios. Below is a detailed introduction to their characteristics to help you make a choice based on specific needs.

Roll squeezing granulator

characteristic:

High pressure forming: By using two relatively rotating rollers in a roller extruder, the material is compressed under high pressure and extruded through the gap between the rollers to form particles. The particle density generated during this process is high and not easily broken.

Wide applicability: It can handle various organic, inorganic, and composite materials, especially suitable for granulation of difficult to bond or lightweight materials, such as certain minerals, chemical raw materials, and organic fertilizers.

Clean and environmentally friendly: There is no need to add additional water or adhesives during the granulation process, reducing the cost of wastewater discharge and subsequent drying.

Controllable size: The particle size can be easily controlled by adjusting the distance between the rollers, making it widely applicable.

Rotary Drum Granulator

characteristic:

Drum rotation: The material inside the rotating drum is subjected to gravity and friction, slowly rolling and gathering into a ball, suitable for processing materials with certain viscosity or humidification.

Efficient production: The rotary drum granulator has a high production capacity and is suitable for large-scale industrial production. Due to its physical structure, it is conducive to large-scale continuous operation.

Uniform granulation: By controlling the filling rate and speed inside the drum, products with consistent particle size can be obtained, often in spherical or approximately spherical shapes.

Multifunctionality: Some models integrate multiple functions such as mixing, granulation, drying, etc., simplifying the production process.

Comparison between the two:

Roll extrusion granulator is more suitable for processing materials that are difficult to bond, while drum granulator is suitable for processing materials with certain viscosity;

The particle density produced by the roller granulator is higher, while the particles produced by the drum granulator tend to be naturally loose;

In terms of cost, the operating cost of the roller granulator is relatively low, but the initial investment may be higher than that of the drum granulator;

Drum granulators are more conducive to large-scale continuous production, while roller granulators have higher flexibility in handling specific materials.

The final selection of which type of granulator should take into account the characteristics of the production materials, production scale, cost budget, and requirements for the finished granules. In practical applications, detailed technical and economic analysis should also be conducted in conjunction with specific process flows to ensure that the selected equipment meets production needs and has good economic benefits.