The self-propelled turner plays a core role in the process of fermenting cow manure to process organic fertilizers. It can effectively promote aerobic fermentation process, improve fermentation efficiency and the quality of organic fertilizers. The following is a detailed explanation of how self-propelled turntables can be applied to cow manure fermentation:

Pre treatment of cow manure

Firstly, fresh cow manure needs to undergo certain pretreatment processes, such as solid-liquid separation (if the moisture content is too high), preliminary drying, and mixing with other auxiliary materials (such as straw, corn stalks, etc.), to adjust the C/N ratio and create conditions suitable for microbial growth.

Fermentation tank preparation

Next, spread the pre treated cow manure in the pre prepared fermentation tank. The fermentation tank can be a fixed concrete structure or a temporary ground platform, with a width generally designed to match the self-propelled flipping machine for mechanical operation.

Fermentation begins

After the cow manure is laid, add an appropriate amount of fermentation bacteria and start the fermentation process. These bacterial strains can decompose organic matter, release heat, raise the temperature of the fermentation pile, thereby killing potential pathogens and parasite eggs, while promoting the conversion of organic matter.

The function of self-propelled flipping machine

Flipping and ventilation: This is the most important task of a self-propelled flipping machine. Every once in a while (usually a few days), the flipping machine travels along the fermentation tank, flipping the cow manure at the bottom of the fermentation pile to the top and the cow manure at the top to the bottom. The purpose of doing this is to introduce fresh air, provide sufficient oxygen for microorganisms, maintain aerobic fermentation conditions, and also help achieve uniform distribution of temperature and humidity.

Monitoring temperature: During the fermentation process, self-propelled turntables are usually equipped with temperature sensors to monitor the temperature of the fermentation pile. If the temperature exceeds the set value, it indicates that the central area may be oxygen deficient or overheated during fermentation. At this time, it is necessary to promptly flip the pile to dissipate heat and prevent excessive fermentation from causing excessive decomposition of organic matter.

Post processing

After fermentation is completed, that is, when the temperature of the fermentation pile drops to near ambient temperature, the fermentation process is basically over. At this point, the mature organic fertilizer can be transferred to the storage area through a self-propelled turner for further aging and ripening to improve the stability of the fertilizer.

Finished product processing

Finally, organic fertilizers that have been fully fermented and matured can be processed into granular or other forms of organic fertilizer products through screening, granulation, drying, and other subsequent processes, which are convenient for packaging, storage, and application.

In short, the self-propelled turner plays a dynamic role in the fermentation process of cow manure, ensuring the effectiveness and controllability of the fermentation process through its functions such as turning, ventilation, and temperature control. It is an indispensable equipment for the industrial production of organic fertilizers.

As a rich organic resource, cow manure is processed into granular organic fertilizer through an organic fertilizer granulator. Compared with traditional composting or simple drying, it has many advantages. It not only improves resource utilization efficiency, but also has a positive impact on environmental protection and agricultural production. The following are several main advantages of using an organic fertilizer granulator to process organic fertilizer from cow manure:

Improving fertilizer quality:

Nutritional balance: By adding various organic and inorganic components, the organic fertilizer processed by the organic fertilizer granulator can provide various nutrients needed for plant growth, such as nitrogen, phosphorus, potassium, and other trace elements, which is beneficial for the comprehensive and healthy growth of crops.

Good stability: Granular fertilizers are not easily decomposed and can slowly release nutrients in the soil, avoiding nutrient waste or environmental burden caused by excessive supply at once.

Convenient storage, transportation, and application:

Reduced volume, easy to package: The organic fertilizer after granulation occupies less space, making it convenient for large-scale packaging, storage, and transportation.

Uniform application: Granular organic fertilizer facilitates mechanized sowing, avoiding the problem of powdery fertilizer easily drifting with the wind and improving fertilization efficiency.

Improving soil structure:

Enhance water retention and air permeability: Organic fertilizer from cow manure is rich in humic acid and cellulose, which can improve soil particle structure, enhance its water holding capacity and air permeability, and create a favorable growth environment for crop roots.

Promoting microbial activity: During the granulation process, a certain number of live microorganisms are retained, which reproduce in the soil and help decompose insoluble nutrients in the soil, further improving soil fertility.

Reduce environmental pollution:

Reduce greenhouse gas emissions: Compared to natural composting, industrially produced organic fertilizers can better control fermentation conditions and reduce greenhouse gas emissions such as methane.

Preventing soil erosion: While improving soil structure, enhancing soil erosion resistance helps prevent soil erosion caused by rainwater erosion.

Significant economic benefits:

Extended product lifespan: Granular organic fertilizer is resistant to storage, less prone to moisture absorption and solidification, prolongs the market sales cycle, and increases the income of farmers and producers.

Improving crop yield and quality: High quality organic fertilizers can significantly enhance crop yield and quality, thereby increasing farmers’ income.

Promoting sustainable agricultural development:

Reducing dependence on chemical fertilizers: The widespread use of organic fertilizers can help gradually replace chemical fertilizers, reduce agricultural non-point source pollution, and promote the transformation of agriculture towards green and low-carbon.

Circular Agriculture Model: The conversion of cow manure into organic fertilizer is a classic case of resource recycling between animal husbandry and agriculture, reflecting the harmonious unity of ecological balance and economic development.

In short, granular organic fertilizer made from cow manure through an organic fertilizer granulator not only breaks through the functionality of the fertilizer itself, but also demonstrates unique advantages in environmental protection, economic benefits, and social sustainable development, becoming an indispensable part of modern ecological agriculture development.

The small-scale organic fertilizer production line aims to convert various organic wastes into high-quality organic fertilizers, suitable for occasions such as farms, small agricultural enterprises, or family farms. The main equipment of this production line covers the entire process from raw material pretreatment to finished product packaging, ensuring the efficiency and standardization of organic fertilizer production. Here are some key equipment that make up a small-scale organic fertilizer production line:

1. Raw material pretreatment equipment

Crusher: Used to crush collected organic waste such as animal manure, crop residues, etc. into small particles for subsequent mixing and fermentation.

Solid liquid separator: If the moisture content of the raw material is high, this equipment can be used to remove excess moisture and improve fermentation efficiency.

Blender: used to mix different types of organic materials to ensure uniform composition and facilitate fermentation.

2. Fermentation equipment

Static stack fermentation system: using a self-propelled turner combined with a strip composting bed, promoting aerobic fermentation and accelerating the degradation of organic materials through regular flipping.

Fermentation tank: a closed fermentation container suitable for advanced fermentation processes that require precise control of temperature and humidity conditions.

3. Granulation and molding equipment

Granulator: Processing fermented organic matter into granules for easy storage, transportation, and use. Common ones include disc granulators, drum granulators, etc.

Drying machine: used to dry organic fertilizers after granulation, reduce moisture content, and improve shelf life.

4. Post processing equipment

Screening machine: Ensure that the particle size of the finished organic fertilizer is consistent and remove unqualified particles.

Coating machine (optional): Apply a protective film on the surface of the particles to enhance the moisture and corrosion resistance of the fertilizer.

5. Packaging and storage equipment

Automatic weighing and packaging machine: Quantitatively package organic fertilizers according to specified weight to improve packaging efficiency.

Stacking machine (optional): Automatic stacking of packaging bags, saving manpower and improving work efficiency.

6. Control and Management System

Automated control system: monitors and controls the temperature and humidity of fermentation, drying, and other processes to ensure stable and reliable production.

Environmental purification systems, such as dust removal devices and exhaust gas treatment equipment, ensure minimal environmental pollution during the production process.

These devices together form a small and comprehensive organic fertilizer production line, covering the entire process from raw material processing to finished product packaging. In practical applications, the specific configuration of the production line may be adjusted according to specific situations and needs. For example, in some specific situations, certain non essential equipment may be omitted, or additional equipment such as microbial addition equipment, secondary screening equipment, etc. may be added to meet specific product quality requirements.

Chicken manure organic fertilizer crusher is a key equipment used in organic fertilizer production lines to crush chicken manure raw materials into smaller particles or powders. Its working principle varies depending on the design of different models, but can be roughly divided into two categories: hammer crusher and roller crusher. Here is a detailed explanation of the working principles of these two common types:

Hammer crusher

working principle

The hammer crusher mainly relies on the high-speed rotating hammer head to impact the chicken manure raw materials and achieve the crushing effect. Specifically:

High speed rotating rotor: The crusher is equipped with one or more high-speed rotating shafts (rotors) with hammer heads inside. The rotor rotates at high speed under the drive of the motor, generating strong power.

The impact effect of the hammer: When the chicken manure raw material enters the crushing chamber, the high-speed rotating hammer directly hits the chicken manure, and the huge impact force instantly destroys the structure of the chicken manure, causing it to split into smaller fragments.

Sieve screening: A sieve is often installed inside or at the outlet of the crushing chamber. Only when chicken manure fragments pass through the sieve holes can they leave the crushing chamber, ensuring that the particle size of the crushed material meets the set requirements. Large pieces of material that fail to pass through the sieve are returned to the crushing chamber for further processing until the desired particle size is reached.

Roll crusher

working principle

The roller press crusher uses two parallel and relatively rotating rollers to compress and shear chicken manure raw materials, thereby achieving the purpose of crushing. Its characteristics are as follows:

Double roller squeezing: The organic fertilizer crusher is equipped with a pair of pressure rollers that rotate in opposite directions, and the distance between them can be adjusted. Chicken manure raw materials enter between two pressure rollers through the feeding inlet.

Compression and Shear Forces: With the rotation of the pressure roller, chicken manure is gradually brought into the increasingly narrow space between the two pressure rollers, subjected to strong compression and shear forces. This process will cause changes in the physical structure of chicken manure, which will eventually be crushed into smaller particles.

Discharge: The crushed chicken manure particles are discharged through the gap between the pressure rollers, usually without the need for additional screening equipment, as the distance between the pressure rollers already determines the maximum particle size of the final material.

general comparison

Two types of organic fertilizer crushers each have their own advantages and disadvantages. Hammer crusher is suitable for processing dry chicken manure with low moisture content, with fast crushing effect, but may generate a lot of dust; Roller press crushers perform better on chicken manure with higher moisture content, producing less dust, but with slightly lower crushing efficiency, and relatively higher equipment and maintenance costs.

The selection of which type of chicken manure organic fertilizer crusher should be comprehensively considered based on the specific characteristics of chicken manure raw materials, expected crushing particle size, production volume, and budget. The correct selection and reasonable setting of crusher parameters are of great significance for improving the quality of organic fertilizers and the overall efficiency of production lines.

The NPK fertilizer production line is a complex system composed of multiple processes, and each link may experience malfunctions, affecting overall production efficiency and product quality. The following are some common faults and their causes on NPK fertilizer production lines:

Raw material pretreatment section

Crusher blockage: Excessive moisture content or high levels of hard impurities in the raw materials may cause the crusher to jam or block.

Uneven mixing: incorrect proportion of ingredients or insufficient mixing time, resulting in incomplete fusion of raw materials and affecting the quality of the finished product.

Granulation section

The granulator cannot granulate properly: raw materials that are too dry or too wet, improper addition of adhesives, severe wear of fertilizer granulator molds or cutting tools can all lead to granulation failure.

Inconsistent particle size: The parameter settings of the fertilizer granulator are unreasonable, and the supply of raw materials is unstable, resulting in uneven particle size.

Drying and cooling section

Excessive or insufficient drying: The temperature control of the fertilizer dryer is inaccurate, resulting in particles that are too hard or still contain too much moisture.

Low cooling efficiency: Poor ventilation of the cooling fan and insufficient flow of cooling medium result in slow cooling of particles, which may cause subsequent agglomeration.

Packaging section

Inaccurate packaging scale: The calibration of the electronic scale has failed, resulting in packaging weight deviation exceeding the standard.

Inadequate sealing: Improper pressure adjustment of the sealing machine or quality issues with the sealing material can result in poor packaging sealing.

Public facilities and auxiliary equipment

Belt breakage or deviation: The belt is aging, the tension is insufficient, or the rollers are damaged, resulting in the interruption of material transportation.

Decreased efficiency of dust removal system: filter blockage or fan failure, dust accumulation, affecting the health of the working environment and equipment operation.

Overall control system

Electrical faults: Short circuits in the circuit, burnt out contactors, malfunctioning sensors, and other issues that result in reduced automation and inconvenient operation.

Software error: PLC program error, abnormal data communication, affecting production line monitoring and scheduling.

In the face of these problems, prevention and timely repair are equally important. Establishing a comprehensive equipment maintenance plan, regularly checking the wear and tear of key components, timely cleaning filters and pipelines, and maintaining good lubrication are all key measures to avoid failures. In addition, training professional technicians to master the working principles and emergency response skills of equipment is also an indispensable part of ensuring the smooth operation of NPK fertilizer production lines. When encountering difficult technical problems, it is necessary to promptly contact equipment suppliers or third-party technical service agencies for professional guidance and support.

The equipment cost of a small-scale organic fertilizer production line is affected by various factors, including the brand, model, automation level, production process complexity, and whether additional functional modules (such as fermentation control system, packaging system, etc.) are included in the selected equipment. Here is a rough estimate range based on the current market for reference:

Overview of Equipment List

A basic version of a small-scale organic fertilizer production line may include the following key equipment:

Raw material crusher: used to crush large raw materials such as livestock manure, crop straw, etc. into small particles.

Blender: Used for mixing raw materials and other additives, such as microbial agents.

Fermentation equipment: It may be a self-propelled turnstile combined with a linear fermentation bed, or a closed fermentation tank.

Organic fertilizer granulator: used to compress fermented organic matter into granules.

Drying machine and cooling machine: used for drying and cooling organic fertilizers after granulation to ensure quality.

Organic fertilizer packaging machine: used to quantitatively package finished organic fertilizers according to specifications.

cost estimation

For a simple production line with an annual output of about 1000 tons, the total equipment cost may be around several hundred thousand RMB;

If the degree of automation is increased, such as introducing a PLC control system or upgrading to a higher yield granulator, the cost may rise to over one million RMB;

Higher end configurations, including precision testing instruments, high-performance fermentation tanks, fully automated packaging lines, etc., may cost millions of yuan in equipment costs.

Factors affecting costs

Brand and Quality: Well known brand equipment often has a higher price, but it also means higher reliability and longer service life.

Automation level: Although highly automated production lines require high initial investment, they can significantly reduce labor costs, improve production efficiency and accuracy.

Customization requirements: Special craftsmanship or personalized design will increase additional costs.

After sales service and accessories: Good after-sales support and convenient procurement of vulnerable parts can also affect overall costs.

Financial Strategy

While evaluating equipment costs, it is also necessary to consider financial incentives such as financing plans, government subsidy policies, and possible tax reductions. Sometimes, obtaining more flexible funding arrangements through leasing or installment payments can help alleviate the pressure of upfront capital expenditures.

It is worth noting that the above data only provides a rough direction, and the specific quotation should be provided by professional equipment suppliers after contacting them and providing detailed project information for a more accurate estimate. When making decisions, in addition to equipment costs, the overall economic benefits of the project should also be comprehensively considered, including expected returns, operating costs, market potential, and risk response mechanisms.

The granulation process of the entire livestock and poultry manure organic fertilizer production line is a complex technological process involving multiple continuous steps, from raw material pretreatment to final product packaging. Here is a detailed overview of the general process:

1、 Raw material pretreatment stage

Collection and transportation: Collect and transport livestock manure from the farm to the pre-treatment area.

Solid liquid separation: If the raw material contains a large amount of water, solid-liquid separation is required. Common methods include screw presses or centrifugal dehydrators.

Drying: After solid-liquid separation, the raw materials need to be further dried to a suitable moisture content, usually using a dryer to facilitate subsequent crushing and mixing processes.

Crushing and screening: Use a grinder to grind the dried raw materials to a certain particle size, and then use a screening machine to remove oversized or ultra-fine particles to ensure uniform particle size of the raw materials.

2、 Mixing and Fermentation Stage

Raw material mixing: Accurately measure the crushed and screened animal manure with other organic materials (such as rice husks, straw, etc.) and auxiliary materials (such as adhesives, microbial preparations) according to the formula ratio, and send them to the mixer for uniform mixing.

Fermentation: The mixed raw materials enter the fermentation workshop or fermentation tank, and the fermentation process is initiated by adding specific fermentation strains. During this process, it is necessary to regularly flip or stir to ensure sufficient oxygen supply and temperature control, promote the biodegradation of organic matter, and reduce harmful substances.

3、 Granulation stage

Pre treatment before granulation: The fermented and matured materials are crushed again to ensure that all particle sizes are appropriate, and then sent to the pre conditioning equipment before the organic fertilizer granulator to adjust the material humidity to make it more suitable for granulation.

Granulation: Use specialized organic fertilizer granulators (such as extrusion granulators, drum granulators, disc granulators, etc.) to make pre treated materials into granules with certain hardness and stability. The pressure and temperature during the granulation process need to be strictly controlled to achieve the desired particle shape and size.

4、 Drying and cooling stage

Particle drying: Newly produced organic fertilizer particles usually contain high moisture content and need to be quickly dried to the target moisture content using an organic fertilizer dryer to prevent mold or spoilage during storage or transportation.

Cooling: After drying, the particles need to be quickly cooled to around room temperature to prevent mass changes caused by residual heat inside. This is usually achieved using a cooling machine.

5、 Screening and Grading Stage

Screening: Use vibrating screens or other types of screening equipment to screen the cooled particles according to their size. Unqualified large particles or powders will be reprocessed until they meet the standards.

Coating (optional): In order to improve the appearance quality and protective performance of the particles, some advanced organic fertilizers will apply a thin protective film on the outer surface of the particles.

6、 Packaging and Storage Stage

Quantitative packaging: Use an automatic packaging machine to package qualified organic fertilizer particles according to the specified weight, and then label them for easy sales and identification.

Finished product storage: Packaged organic fertilizers are stored in a dry, cool place, waiting for shipment or further distribution.

The granulation process of the entire livestock and poultry manure organic fertilizer production line covers the entire process from raw material pretreatment to finished product packaging, and each link needs to be carefully controlled to ensure that the final product meets the predetermined quality standards. In addition, considering environmental requirements, the production line should be equipped with corresponding waste gas treatment and wastewater purification devices to minimize the impact on the environment.

The granulation process in the NPK compound fertilizer production line refers to mixing raw materials such as N (nitrogen), P (phosphorus), K (potassium), and other trace elements, and processing them into granular fertilizers with a certain shape (usually round) through physical or chemical methods. This process not only improves the physical stability of fertilizers, but also facilitates precise application and reduces nutrient loss. The following are the detailed steps and related equipment of the NPK fertilizer production line granulation process:

Overview of granulation process

Raw material pretreatment:

Grinding: Use a fertilizer grinder to grind raw materials (such as urea, diammonium phosphate, potassium chloride, etc.) to the appropriate particle size to ensure uniform mixing.

Mixing: Using a dual axis mixer or a multi screw mixer, accurately mix and thoroughly blend all ingredients according to the formula.

Granulation:

Dry granulation: suitable for certain specific raw material combinations, forming hard particles by high-pressure compression of raw material powder. Commonly used equipment includes roller press granulators and flat mold granulators.

Wet granulation:

Spray granulation: spray adhesive solution (such as water or dissolved polymer) inside the drum granulator to agglomerate raw powder into particles.

Drum granulation: Raw materials and a small amount of water or adhesive roll in the drum granulator, gradually forming spherical particles through friction and gravity.

dry:

Use a rotary kiln dryer or fluidized bed dryer to heat the granulated fertilizer particles, evaporate the surface and internal moisture to enhance particle strength and stability.

Cooling:

The cooling machine quickly lowers the dried hot particles to near room temperature to prevent clumping and excessive hardening, facilitating subsequent packaging and storage.

Screening and coating:

Screening: Use a vibrating screen to screen out particles that do not meet the size requirements for rework.

Coating: In order to increase the smoothness and moisture resistance of the particles, a fluidized bed coating machine can be used to coat the surface of the particles with a thin layer of wax or resin.

packing:

The automatic quantitative packaging machine weighs and packages qualified fertilizer particles into plastic or woven bags, labels them, and prepares them for shipment.

Introduction to Key Equipment

Granulator: such as drum granulator, extrusion granulator, drum granulator, etc., they achieve particle formation based on different principles. Among them, drum granulator is one of the most commonly used equipment, favored for its ability to produce uniform and sturdy fertilizer particles.

Drying machine and cooling machine: The rotary kiln drying machine and fluidized bed cooling machine are responsible for drying and cooling the particles respectively, ensuring the stability of the physical properties of the particles.

Screening machine and coating machine: vibrating screen is used to screen out unqualified particles, while fluidized bed coating machine is used to coat particles, improving appearance quality and preservation performance.

The granulation process of NPK fertilizer production line involves multiple continuous processing stages, each with dedicated equipment and technical support, working together to complete the entire process from raw materials to finished products. Modern NPK fertilizer factories often adopt integrated control systems to achieve automated production, greatly improving efficiency and accuracy, and reducing errors and costs caused by manual intervention.

The construction scale of a small-scale organic fertilizer production line depends on various factors, including expected annual output, available funds, site limitations, and market positioning. This type of production line aims to process organic waste in an economically efficient manner and produce high-quality organic fertilizers. Here are some general guidelines for the construction scale of small-scale complete organic fertilizer production lines:

Annual production capacity range

The annual production capacity of small-scale organic fertilizer production lines can range from several hundred tons to several thousand tons. Common scales include:

Small production line: Annual output of less than 1000 tons

Small and medium-sized production line: Annual output of 1000 to 5000 tons

Large scale small-scale production lines: annual output of 5000 to 10000 tons

The specific selection should be based on market demand research and investment return analysis to determine the most suitable production capacity.

Venue requirements

Production workshop: At least needs to accommodate raw material receiving area, pre-treatment equipment (such as crushers, mixers), fermentation facilities, granulation and drying equipment, finished product storage area, etc.

Fermentation area: If it is a stack fermentation, approximately 1 square meter of ground area is required per cubic meter of fermentation volume; If it is a closed fermentation tank, the footprint is relatively small.

Finished product warehouse: used for storing and packaging completed organic fertilizers, requiring good dry and ventilated conditions.

Main equipment configuration

The basic equipment configuration of a small organic fertilizer production line usually includes but is not limited to:

Raw material receiving and pre-processing equipment: crusher, mixer/mixer, solid-liquid separator (depending on the raw material situation)

Fermentation equipment: self-propelled flipping machine, fermentation bin or fermentation tank

Granulation equipment: Granulator (different types of granulators can be selected according to needs, such as disc granulator, extrusion granulator)

Drying and cooling equipment: used for drying and granulating organic fertilizers to ensure that their moisture content meets the standard

Packaging equipment: quantitative packaging machine and sealing machine

Conveying and lifting equipment: belt conveyors, bucket elevators, etc

Investment estimation

The investment amount for small-scale organic fertilizer production lines can range from tens of thousands to hundreds of thousands of yuan, depending on equipment selection, automation level, factory construction, and supporting infrastructure investment. Investors should conduct detailed financial planning, taking into account expenses such as equipment procurement, installation and commissioning, operating costs (utilities, labor, maintenance), and marketing.

Regulations and permits

When planning a production line, it is necessary to comply with local environmental protection regulations and industrial production standards, obtain necessary business licenses and environmental approval procedures. This may involve the preparation of environmental impact assessment reports, application for pollutant emission permits, and other related work.

In short, the construction of small-scale complete organic fertilizer production lines requires comprehensive consideration of multiple dimensions such as economic benefits, environmental compliance, and technical feasibility. It is recommended to consult industry experts and equipment suppliers at the beginning of project initiation to develop a scientifically reasonable factory construction plan.

Compared to traditional static composting or other composting methods, using a chain plate composting machine to process organic fertilizer has many significant benefits, especially in large-scale or industrial organic fertilizer production scenarios. The following are the main advantages of using a chain plate composting machine:

Improve fermentation efficiency:

The chain plate composting machine uses continuous flipping action to fully aerate organic materials, accelerate microbial activity, and shorten the fermentation cycle. This means that the conversion of organic waste into organic fertilizer can be completed in a shorter period of time, improving production capacity.

Uniform fermentation conditions:

The flipping function of the equipment ensures the uniform mixing of materials, avoids local overheating or anaerobic fermentation, helps maintain a relatively constant fermentation temperature and humidity environment, and ensures the uniform maturation of organic materials.

Reduce labor demand:

The automated operation process greatly reduces the dependence on manual labor, reduces labor costs, and also reduces the workload and safety risks of operators.

Space saving:

The chain plate composting machine allows for vertical stacking of materials, and compared to flat stacking, the same area of land can handle more materials, making it very suitable for situations where land resources are limited.

Control odor and pathogens:

Through efficient flipping and aeration, the chain plate composting machine helps reduce the generation of odorous gases, while the high-temperature fermentation process can kill most bacteria and insect eggs, ensuring the safety of the final product.

Improve the quality of finished products:

Under well controlled fermentation conditions, the organic fertilizer produced has a finer texture and evenly distributed nutrients, which is beneficial for plant absorption and improves crop yield and quality.

Strong adaptability:

Different models of chain plate composting machines can be adjusted according to actual needs to adapt to various organic wastes, such as livestock manure, urban sludge, food residues, agricultural waste, etc., with high flexibility.

Environmental protection and energy conservation:

Compared with traditional composting methods, the chain plate composting machine performs well in reducing greenhouse gas emissions. At the same time, through optimized fermentation processes, unnecessary energy losses are reduced, which is in line with the development trend of green environmental protection.

Easy to manage and monitor:

Combined with modern data collection and analysis systems, the chain plate composting machine can monitor the fermentation status in real time, such as key indicators such as temperature, humidity, oxygen concentration, etc., making it easy to adjust operating parameters in a timely manner to ensure that the fermentation process is in the best state.

In summary, using a chain plate composting machine to process organic fertilizers not only improves production efficiency and product quality, but also achieves the goal of energy conservation and emission reduction, making it an important component of modern agriculture and circular economy. With the advancement of technology and the growth of market demand, chain plate composting machines will play a greater role in the organic fertilizer industry in the future.