The process flow of processing granular organic fertilizers in organic fertilizer production lines usually includes multiple key steps aimed at converting organic raw materials into high-quality granular organic fertilizers. The following is the general process flow for processing granular organic fertilizer on an organic fertilizer production line:

Raw material pretreatment:

Collection and classification: Collect various organic raw materials, such as livestock manure, crop straw, food processing waste, etc., and classify them.

Crushing and mixing: Crushing the raw materials for subsequent fermentation and granulation. Then mix the crushed raw materials in a certain proportion to ensure balanced nutritional content.

Fermentation:

Composting fermentation: The mixed raw materials are stacked into a fermentation pile, which is then flipped using equipment such as a chain plate flipping machine. The temperature and humidity are controlled to promote the decomposition and fermentation of organic matter. The fermentation process can be aerobic fermentation or anaerobic fermentation, and the appropriate fermentation method should be selected based on the type of raw materials and the characteristics of the target fertilizer.

Fermentation cycle control: Based on the characteristics of the raw materials and the quality of the target fertilizer, the fermentation cycle is controlled, usually ranging from several weeks to several months.

dry:

Preliminary drying: The fermented material needs to undergo preliminary drying to reduce moisture content and facilitate subsequent granulation. Drying can be done through natural air drying or using a dryer.

Granulation:

Raw material pre wetting: According to the requirements of the granulator, pre wet the dried material and adjust its moisture content to facilitate granulation.

Granulation: Use granulators, such as drum granulators or disc granulators, to process pre wetted materials into granules. The granulator forms uniform particles of powdered raw materials through physical extrusion or chemical bonding.

Particle screening: After granulation, use a screening machine to screen the particles, remove unqualified particles, and ensure uniform particle size of the product.

Cooling and coating (optional):

Cooling: After granulation, the particles need to be cooled to room temperature to prevent clumping due to high temperature during storage and transportation.

Coating: In order to improve the storage stability and appearance of fertilizers, the cooled particles can be coated with organic or inorganic materials such as paraffin, organic acids, microbial agents, etc.

Finished product packaging:

Weighing and packaging: Weigh the cooled and coated granular organic fertilizer according to standard weight, then pack it into a packaging bag, seal it, and prepare it for sale or storage.

quality testing:

Finished product inspection: Conduct quality inspection on packaged organic fertilizers to ensure that the products meet national standards and industry requirements, including nutritional composition, microbial indicators, moisture content, etc.

Through the above process, organic raw materials are converted into high-quality granular organic fertilizers, which not only improve the physical properties and application effects of fertilizers, but also promote the resource utilization of agricultural waste, which is of great significance for the sustainable development of agriculture.

The working principle of the horizontal organic fertilizer mixer is mainly based on its internal mixing device and unique structural design. Through the action of mechanical force, various fertilizer raw materials are evenly mixed. The specific working principle is as follows:

1. Material entry

The material enters the cylinder of the horizontal organic fertilizer mixer through the feed inlet at one end or top of the mixer. The cylinder is usually placed horizontally or slightly inclined to facilitate the flow and mixing of materials.

2. Mixing device operation

The mixer is equipped with mixing devices inside, commonly including propeller type, blade type, double axis spiral type, etc. When the mixer is started, the motor drives the mixing device to rotate at high speed, and through the blades, screws, or other forms of mixing elements on the mixing device, the materials inside the cylinder are sheared, rolled, and mixed. The design of these stirring elements ensures that the material moves in multiple directions within the cylinder, thereby achieving uniform mixing.

3. Material mixing

The rotating belt of the stirring device forms a complex flow pattern of animal materials inside the cylinder, where friction and collision occur between material particles, allowing various components to fully contact and mix. At the same time, the shape and inclination angle design of the mixer cylinder also contribute to the flow and uniform distribution of materials.

4. Material discharge

When the materials are mixed for the required time and uniformity, the mixer stops stirring and the materials are discharged through the discharge port at the other end of the cylinder, entering the next production process.

5. Self cleaning or manual cleaning

In order to ensure that the next batch of materials is not contaminated, some horizontal mixers are designed with self-cleaning function, which removes residual materials on the inner wall of the cylinder through reverse rotation or other mechanisms. Without self-cleaning function, operators need to perform regular manual cleaning to ensure the hygiene and mixing effect of the equipment.

The horizontal organic fertilizer mixer, with its efficient mixing capacity and adaptability to various materials, can quickly and evenly mix various fertilizer raw materials, and is one of the indispensable key equipment on the organic fertilizer production line.

The market prospects for processing fertilizers on chicken manure organic fertilizer production lines are very broad, mainly due to the following reasons:

1. The demand for sustainable agricultural development

With the increasing global emphasis on sustainable agriculture, the use of organic fertilizers to replace or reduce the use of chemical fertilizers has become a trend. Chicken manure organic fertilizer is rich in various essential nutrients such as nitrogen, phosphorus, and potassium for plants. It can also improve soil structure, enhance soil microbial activity, and play an important role in promoting crop growth, improving agricultural product quality, and achieving sustainable agricultural development.

2. Promotion of environmental policies

Many countries and regions have introduced a series of environmental protection policies to encourage the resource utilization of agricultural waste such as livestock manure and reduce environmental pollution. The organic fertilizer production lines for chicken manure can not only solve the problem of chicken manure treatment, reduce the pressure on the environment, but also convert it into valuable agricultural resources, which is in line with policy guidance.

3. Increased market demand

With consumers’ increasing concern for food safety and agricultural product quality, the market demand for organic food continues to grow, driving an increase in demand for organic fertilizers. Chicken manure organic fertilizer, as an important source of organic food production, has also expanded its market demand.

4. Technological progress and cost reduction

With the continuous advancement of processing technology in chicken manure organic fertilizer production lines, such as fermentation technology, granulation technology, etc., processing costs have gradually decreased, production efficiency and product quality have been improved, which further promotes the market competitiveness of chicken manure organic fertilizer.

5. Government subsidies and support

In some regions, the government provides a series of subsidies and support policies to promote the use of organic fertilizers and the development of organic agriculture, such as subsidies for the purchase of organic fertilizers and training in organic agriculture technology, which provides strong support for the market promotion of chicken manure organic fertilizers.

6. Diversified agricultural planting needs

With the diversification of agricultural planting structures, different crops have varying demands for fertilizers. Chicken manure organic fertilizer, due to its rich nutritional content and good soil improvement effect, can meet the growth needs of different crops. Therefore, it has a wide range of application prospects in diversified planting modes.

In summary, the market prospects for processing chicken manure organic fertilizer production lines are very optimistic. With the continuous promotion of sustainable agricultural development, environmental policies, technological progress, and market demand, its market potential will continue to be released, making important contributions to agricultural production and environmental protection.

The production line for organic fertilizers from livestock and poultry manure is an efficient system for converting organic waste such as livestock and poultry manure into organic fertilizers. This process not only solves the pollution problem in animal husbandry, but also promotes the recycling of resources and provides high-quality organic fertilizers for agricultural production. The following are the detailed steps for processing organic fertilizer on the livestock and poultry manure organic fertilizer production line:

1. Fecal pretreatment

Collection and classification: Firstly, collect fresh or semi dry animal manure from livestock and poultry farms, and conduct preliminary classification as needed to remove impurities such as plastics, stones, etc.

Crushing: Use a grinder to crush feces into small particles for subsequent fermentation and granulation.

2. Fermentation

Composting fermentation: The crushed livestock and poultry manure is piled into a fermentation pile, which is regularly turned by a turning machine to ensure oxygen supply and temperature control during the fermentation process, promote microbial activity, and accelerate the decomposition of organic matter. The fermentation process can last for weeks to months, depending on the characteristics of the raw materials and fermentation conditions.

3. Post fermentation treatment

Drying: The fermented material may contain a high amount of moisture and needs to be dried naturally or using a dryer to reduce the moisture content to a suitable level for granulation.

Screening: Use a screening machine to remove large particles or undecomposed impurities, ensuring the smooth progress of the subsequent granulation process.

4. Mixing and granulation

Raw material mixing: As needed, fermented animal manure can be mixed with other organic or inorganic materials (such as straw, peat, phosphate powder, etc.) to adjust the nutritional composition of fertilizers.

Granulation: Use a granulator, such as a drum granulator or a disc granulator, to process the mixed material into granules. During the granulation process, it may be necessary to add a certain amount of water or adhesive to assist in particle formation.

5. Cooling and coating

Cooling: The granulated fertilizer needs to be cooled by a cooling machine to prevent the particles from deforming or sticking due to high temperature.

Coating (optional): In order to improve the physical properties of fertilizers, such as moisture resistance and storage stability, coating machines can be used to coat fertilizer particles.

6. Finished product processing

Screening: Use a screening machine to screen out particles that do not meet the size requirements, ensuring the quality of the finished product.

Packaging: The screened fertilizer particles are quantitatively packaged using an automatic weighing and packaging machine, ready for sale or storage.

Through the above steps, the organic fertilizer production line for livestock and poultry manure can convert the potentially environmentally polluting livestock and poultry manure into valuable organic fertilizers. This not only solves the pollution problem in livestock and poultry farming, but also provides a sustainable source of fertilizer for agricultural production, achieving a win-win situation for economic and environmental benefits.

When using a horizontal organic fertilizer mixer, in order to ensure the normal operation of the equipment, extend its service life, and ensure the safety of operators, the following points need to be noted:

1. Equipment inspection and maintenance

Regular inspection: Regularly inspect the wear and lubrication of key components such as the motor, transmission parts, bearings, mixing shaft, and blades of the mixer to ensure that the equipment is in good condition.

Cleaning and maintenance: After each use, the residual materials inside the mixer should be cleaned to avoid material clumping that affects the next use, while reducing corrosion and wear.

Maintenance records: Establish equipment maintenance records, including inspection dates, maintenance content, identified issues, and solutions, in order to track the health status of the equipment.

2. Operating procedures

Train operators: Ensure that operators have received professional training and are familiar with the equipment’s operation manual and safety operating procedures.

Pre start inspection: Before starting, check whether the equipment is in a safe state, confirm that there are no foreign objects inside the mixer, and that all components are securely connected.

Correct feeding: Feed according to the maximum loading capacity specified by the equipment to avoid overload operation, while ensuring uniform distribution of materials and avoiding unbalanced loading.

3. Safety measures

Wear protective equipment: Operators should wear appropriate protective equipment such as work clothes, safety shoes, goggles, and gloves.

Emergency stop: Ensure that there is an emergency stop button near the equipment, and the operator should be familiar with the emergency stop procedure so that they can respond quickly in case of abnormal situations.

Avoid contact with rotating parts: During equipment operation, operators are strictly prohibited from touching the inside or rotating parts of the mixer to avoid safety accidents.

4. Environmental and material adaptability

Environmental adaptation: Ensure that the operating environment of the mixer meets the equipment requirements and avoid prolonged operation in extreme temperature, humidity, or corrosive environments.

Material adaptation: Understand the adaptability of the equipment to materials, avoid using materials that are too viscous, too hard, or have a high water content to prevent clogging or damage to the mixer.

5. Quality control

Uniform mixing: Ensure that the materials are thoroughly mixed during the mixing process to achieve the expected mixing uniformity, and adjust the mixing time and speed appropriately if necessary.

Monitoring the mixing effect: Regularly sampling and checking the quality of the mixed materials to ensure that the composition of the final product is uniform and consistent.

6. Energy conservation and environmental protection

Reasonable use: Adjust the operating parameters of equipment according to production needs to avoid energy waste.

Dust control: Take effective measures to control dust emissions during the mixing process, protect the health of operators and the environment.

Following the above precautions can ensure the safe operation of the horizontal organic fertilizer mixer, improve production efficiency, extend equipment service life, and ensure the safety and health of operators.

The benefits of processing chicken manure organic fertilizer production line fertilizers for agriculture are multifaceted, not only improving soil quality and crop yield, but also promoting sustainable development of agriculture. Specific benefits include:

1. Improve soil structure and fertility

Chicken manure organic fertilizer is rich in various nutrients such as organic matter, nitrogen, phosphorus, potassium, etc. After application, it can significantly increase soil organic matter content, improve soil structure, enhance soil water and fertilizer retention capacity, thereby enhancing soil fertility and providing a good soil environment for crop growth.

2. Improve crop yield and quality

The nutrients in organic fertilizers can be effectively absorbed and utilized by crops, promoting crop growth and increasing crop yield. At the same time, organic fertilizers can improve crop root development, enhance crop stress resistance, reduce the occurrence of pests and diseases, and thus improve crop quality.

3. Reduce the use of fertilizers and protect the environment

The use of chicken manure organic fertilizer can replace some chemical fertilizers, reduce the pollution of soil and water caused by chemical fertilizers, and lower the impact of agriculture on the environment. Microorganisms in organic fertilizers can also promote the transformation of heavy metals and harmful substances in soil, reducing their harm to crops and the environment.

4. Promote agricultural circular economy

The chicken manure organic fertilizer production line transforms chicken manure, an agricultural waste, into a valuable resource, reducing the pollution of livestock and poultry manure to the environment and promoting the recycling of agricultural resources, in line with the concepts of circular economy and sustainable development.

5. Enhance soil microbial activity

Chicken manure organic fertilizer contains abundant microorganisms, which can increase the number and diversity of microorganisms in the soil after application, promote the balance of soil ecosystem, enhance soil biological activity, and facilitate the recycling of soil nutrients.

6. Reduce greenhouse gas emissions

Compared with fertilizer production, the production process of organic fertilizer has lower greenhouse gas emissions. At the same time, organic fertilizer can promote the fixation of carbon in soil, which helps to reduce greenhouse gas emissions in the agricultural sector and address climate change.

7. Enhance the safety of agricultural products

The nutrients in organic fertilizers are more easily absorbed by crops, reducing the risk of fertilizer residue and thus improving the safety and nutritional value of agricultural products, meeting consumers’ demand for healthy food.

Processing fertilizers through the chicken manure organic fertilizer production line not only solves the problem of livestock and poultry manure treatment, but also provides a safe, efficient, and environmentally friendly fertilizer source for agricultural production. It is of great significance for promoting sustainable agricultural development, improving agricultural economic benefits, and protecting the ecological environment.

The equipment and processing flow design of the entire NPK fertilizer production line aim to efficiently mix nutrients such as nitrogen, phosphorus, and potassium into fertilizer granules to meet the demand for high-quality compound fertilizers in modern agriculture. The following is the equipment configuration and main processing flow of the NPK fertilizer production line:

Equipment configuration

Raw material storage warehouse: used for storing nitrogen, phosphorus, potassium and other raw materials, usually including multiple independent warehouses to ensure independent storage and measurement of raw materials.

Measuring equipment: including electronic scales, screw feeders, etc., used for precise control and measurement of the amount of each raw material added, ensuring the accuracy of the formula.

Mixing equipment: such as double shaft mixers, paddle mixers, etc., used to thoroughly mix the measured raw materials to ensure uniform distribution of fertilizer components.

Granulation equipment: such as drum granulators, disc granulators, etc., used to process mixed powdered fertilizer raw materials into granules.

Drying equipment: such as rotary drum dryer, used to dry granulated fertilizers, reduce their moisture content, and improve storage stability.

Cooling equipment: such as drum cooling machine, used to cool the dried fertilizer particles to avoid clumping due to high temperature.

Screening equipment: used to screen unqualified particles, ensuring that the particle size and shape of the final product meet the standards.

Coating equipment (optional): used to coat fertilizer particles to improve their appearance and physical properties, such as moisture resistance and storage stability.

Finished product packaging equipment: including automatic weighing machines and packaging machines, used to package finished fertilizers according to standard weight.

Conveyor equipment: such as belt conveyors, screw conveyors, etc., used to connect various devices and achieve automated material transportation.

NPK fertilizer production line processing flow

Raw material storage and measurement: Nitrogen, phosphorus, potassium and other raw materials are stored separately in raw material storage warehouses, and the ratio and amount of raw materials added are precisely controlled through measuring equipment.

Mixing: Send the measured raw materials into the mixing equipment for thorough mixing to ensure uniform distribution of each component.

Granulation: Send the mixed raw materials into granulation equipment and process them into the required fertilizer granules.

Drying: Send the granulated fertilizer into a drying device to remove excess moisture and improve the stability of the granules.

Cooling: Send the dried fertilizer into a cooling device to lower the temperature and prevent clumping.

Screening: Use screening equipment to screen out unqualified particles to ensure the quality of the finished product.

Coating (optional): Coating fertilizer particles to improve their physical properties and storage stability.

Finished product packaging: Using automatic weighing and packaging equipment, the finished fertilizer is packaged according to standard weight for sale or storage.

The equipment configuration and processing flow of the entire NPK fertilizer production line ensure high efficiency and product quality in fertilizer production, and are an important component of modern fertilizer production.

The horizontal organic fertilizer mixer is widely used in multiple fields due to its unique design and efficient working principle, especially in organic fertilizer production. It can handle various types of organic materials, ensure uniform mixing, and improve fertilizer quality. The following are the main applications of horizontal organic fertilizer mixers:

1. Production of organic fertilizers

The horizontal mixer is one of the core equipment in organic fertilizer production lines, used to mix various organic raw materials such as livestock manure, crop straw, organic waste, as well as various additives such as microbial agents, humic acid, etc., to prepare high-quality organic fertilizers.

2. Fertilizer production

In fertilizer production, horizontal mixers can be used to mix various fertilizer raw materials, including nitrogen, phosphorus, potassium fertilizer, and trace elements, to prepare compound fertilizers or specialty fertilizers.

3. Feed processing

In the feed processing industry, horizontal mixers can mix various feed ingredients such as grains, soybean meal, additives, etc., ensuring uniform distribution of nutrients and improving the nutritional value and digestion absorption rate of feed.

4. Chemical production

In the field of chemical production, horizontal mixers can be used to mix various chemical raw materials, such as plastic additives, coatings, adhesives, etc., to ensure product consistency and quality.

5. Environmental protection industry

In the environmental protection industry, horizontal mixers can be used to process and mix various organic wastes, such as sludge, biomass waste, etc., to promote their resource utilization, such as the production of biofuels or organic fertilizers.

6. Food processing

In the food processing industry, horizontal organic fertilizer mixer can be used to mix various food ingredients, such as flour, sugar, oil, additives, etc., to prepare various food products, such as baked goods, candies, etc.

7. Building materials industry

In the building materials industry, horizontal mixers can be used to mix various dry powder building materials, such as cement, gypsum, additives, etc., to prepare various dry powder mortar, putty and other products.

The horizontal organic fertilizer mixer has become an indispensable key equipment in many industries due to its high efficiency, uniform mixing ability, and adaptability to various materials. It plays an important role in improving production efficiency, product quality, and resource utilization efficiency.

The chicken manure organic fertilizer production line mainly consists of a series of equipment used to convert chicken manure into high-quality organic fertilizer. The equipment composition and production process of the production line may vary depending on the scale, degree of automation, and specific requirements of the production line, but usually include the following key links:

Equipment composition

Pre treatment equipment: including a chicken manure collection device, a screening machine (used to remove impurities from chicken manure), and an organic fertilizer crusher (to crush chicken manure and improve fermentation efficiency).

Fermentation equipment: Fermentation is a key step in the conversion of chicken manure into organic fertilizer. Typically, a turnstile or fermentation tank is used to control the fermentation process, ensuring temperature, humidity, and oxygen supply to promote microbial activity and accelerate organic matter decomposition.

Drying equipment: Fermented chicken manure needs to be reduced in moisture through a dryer for subsequent granulation and storage.

Granulation equipment: Use organic fertilizer granulators (such as drum granulators, disc granulators, or extrusion granulators) to process dried chicken manure into granules for easy storage and use.

Cooling equipment: The granulated fertilizer particles are cooled by a cooling machine to prevent clumping during storage and transportation.

Screening equipment: Use a screening machine to remove particles that do not meet the requirements, ensuring product consistency.

Packaging equipment: Finished organic fertilizers are quantitatively packaged through automatic weighing and packaging machines for easy sales and transportation.

Environmental protection equipment: such as deodorization equipment, exhaust gas treatment systems, etc., used to treat odors and exhaust gases generated during the production process, ensuring that the production line meets environmental standards.

Production process

Chicken manure pretreatment: Collect fresh or semi dry chicken manure, remove impurities through screening and crushing, and prepare for fermentation.

Fermentation: Pre treated chicken manure is stacked into a fermentation pile, which is periodically flipped using a turning machine to control the fermentation conditions. High temperature fermentation is carried out to achieve the inactivation of pathogenic bacteria and parasitic eggs.

Drying: After fermentation, chicken manure is dried to reduce its moisture content to a suitable level for granulation.

Granulation and cooling: Use an organic fertilizer granulator to process dried chicken manure into granules, and lower the temperature of the granules through a cooling machine.

Screening and packaging: Use a screening machine to remove unqualified particles, and then use a packaging machine to package the finished product.

Storage and sales: Store packaged chicken manure organic fertilizers under suitable conditions for sale or transportation.

The equipment composition and production process of the chicken manure organic fertilizer production line aim to recycle chicken manure, an agricultural waste, into safe, environmentally friendly, and efficient organic fertilizers. It not only solves the problem of chicken manure treatment, but also provides a high-quality fertilizer source for agricultural production, promoting the sustainable development of agriculture.

The use of chain plate flipping machines for processing organic fertilizers has significant advantages in various aspects, which are not only reflected in improving production efficiency and organic fertilizer quality, but also in optimizing the working environment and promoting resource recycling. The following are the main advantages of using a chain plate turning machine to process organic fertilizers:

Improve fermentation efficiency: The chain plate flipping machine accelerates the decomposition and fermentation of organic materials through efficient flipping and mixing, shortening the fermentation cycle. The flipping process increases oxygen supply, promotes the growth of aerobic microorganisms, and improves fermentation efficiency.

Optimize fermentation conditions: The chain plate flipping machine can evenly flip the fermentation bed, effectively control the temperature and humidity of the fermentation bed, avoid local overheating or excessive humidity, create optimal conditions for microbial activity, and ensure the stability and efficiency of the fermentation process.

Reduce odor and pathogens: Introduce fresh air during the flipping process to reduce the formation of anaerobic conditions and decrease odor production. Meanwhile, high-temperature fermentation helps to kill pathogens and weed seeds, improving the safety and hygiene standards of organic fertilizers.

Automated operation: Chain plate flipping machines usually have automated control functions, which can set the flipping cycle, depth, and speed, reduce manual operation, improve production efficiency, and reduce labor intensity.

Improving the quality of organic fertilizer: The organic fertilizer processed by the chain plate turning machine has a more balanced nutrient composition, a more stable structure, and more complete decomposition of organic matter, which improves the fertilizer efficiency and crop absorption rate.

Reduce resource waste: Through efficient fermentation and turning, the chain plate turning machine can convert agricultural waste, livestock manure, and other resources into high-quality organic fertilizers, reducing resource waste and promoting resource recycling and sustainable development.

Strong adaptability: The chain plate flipping machine is suitable for various organic materials, including but not limited to livestock manure, crop straw, food processing waste, etc., and can meet the fermentation needs of different raw materials.

Environmental performance: The chain plate flipping machine is designed with a focus on environmental protection, reducing energy consumption and exhaust emissions, meeting the requirements of green production, and contributing to environmental protection.

Easy to maintain: The structure of the chain plate flipping machine is relatively simple, easy to operate and maintain, reducing equipment maintenance and operating costs.

By using a chain plate turning machine to process organic fertilizers, not only can the production efficiency and quality of organic fertilizers be improved, but the working environment can also be optimized, promoting efficient utilization and recycling of resources, which is of great significance for promoting sustainable agricultural development.