Working Video

Introduction

The vertical fermentation tank is an intelligent composting device designed for the rapid aerobic fermentation of organic waste. By creating a sealed fermentation environment, it accelerates the decomposition and stabilization of organic matter. It is widely used for the resource recovery of poultry manure, cattle manure, pig manure, rice straw, crop straw, mushroom waste, sludge, agricultural waste, and various other types of organic waste. The equipment employs a fully enclosed aerobic fermentation system that automatically regulates temperature, humidity, and oxygen supply, enabling rapid decomposition of materials at high temperatures of 50–75°C. Fermentation is completed in just 7–15 days, effectively eliminating pathogens and weed seeds, reducing odor emissions, and achieving environmentally friendly and harmless treatment. Furthermore, it operates stably regardless of season or climate, even in winter or cold regions.

The vertical fermentation tank features a vertical structural design that minimizes floor space and maximizes space utilization, making it suitable for factories, livestock farms, and agricultural treatment projects with limited space. The equipment can be manufactured from either stainless steel or carbon steel to meet different requirements, offering excellent corrosion resistance and a long service life. A single unit can process 3–10 metric meters of organic material daily, offering high capacity and high throughput. Equipped with a fully automated PLC intelligent control system, it monitors and adjusts the fermentation process in real time, enabling automatic feeding, mixing, aeration, and discharge. This simplifies operation, reduces labor costs, and supports continuous, stable operation.

Organic materials processed in the vertical fermentation tank are converted into high-quality, well-decomposed compost. The finished product is odorless, loose in texture, uniform in color, rich in nutrients, and free of pathogens. It can be packaged and sold directly or further processed into granular organic fertilizer using granulation equipment to increase the product’s value. This equipment is suitable for a wide range of applications, including large-scale livestock farms, agricultural cultivation bases, organic fertilizer production facilities, food processing plants, and sludge treatment projects. Share your raw material type, target output, and site conditions with us, and our engineers will design a customized composting and fermentation solution for you free of charge, helping you achieve efficient, environmentally friendly, and sustainable organic waste treatment.

Suitable for Various Organic Waste Materials

1. Livestock and Poultry Waste
Chicken manure, Cow manure, Pig manure, Sheep manure, Duck manure, Goose manure, Rabbit manure, Horse manure, and other livestock and poultry waste.

2. Agricultural Plant Waste
Rice straw, Corn stalks, Wheat straw, Bean stalks, Cotton stalks, Sugarcane bagasse, Peanut shells, Fruit shells, Twigs, Leaves, Landscaping waste, Crop residues, etc.

3. Food Processing and High-Moisture Organic Waste
Distillers’ grains, Coffee grounds, Mushroom waste, Palm shells, Fruit and vegetable waste, Food processing waste, Starch residue, Soybean residue, Sugar mill waste, Grain processing residues, etc.

4. Sludge and Other Organic Waste
Municipal sludge, Industrial organic sludge, Aquaculture waste, Sewage treatment sludge, Food waste, Household organic waste, Rotten fruits and vegetables, Biomass waste, and other high-moisture organic materials.

Advantages of Finished Compost

1. Deep Color and Stable Properties
After high-temperature aerobic fermentation in the vertical fermentation tank, organic matter is thoroughly decomposed. The finished compost is dark brown or blackish-brown, highly decomposed, structurally stable, and resistant to secondary fermentation or spoilage. The stable organic matter maintains its fertilizing effect over the long term, making it an excellent high-quality raw material for organic fertilizer.

2. Loose Texture and Rich Nutrients
Through continuous agitation and a uniform oxygen supply, the vertical fermentation tank ensures thorough decomposition of the material, resulting in a loose, fine-grained structure that improves soil aeration. At the same time, it retains abundant organic matter, nitrogen, phosphorus, potassium, and various trace elements, effectively enhancing soil fertility and promoting healthy crop growth.

3. Pathogen-Free and Odor-Free
During the fermentation process, the temperature inside the tank rises rapidly, effectively eliminating pathogens, weed seeds, and harmful microorganisms in the raw materials to achieve harmless treatment. The fully enclosed fermentation environment minimizes odor escape; the treated compost is virtually odorless, better meeting environmental production requirements.

4. Ready for Direct Packaging or Granulation
Once fermentation is complete, the finished compost has an optimal moisture content and is fully decomposed, eliminating the need for prolonged sun-drying. It can be directly screened, packaged, or sent to the granulation process. Through further processing, it can be converted into granular organic fertilizer, increasing the product’s value while facilitating storage, transportation, and sales.

Advantages Over Traditional Composting

Product Structure

1. Tank Body
The vertical fermentation tank is manufactured from high-strength, corrosion-resistant steel, offering excellent sealing performance, stability, and durability. The tank’s robust structure can withstand high-humidity, high-temperature, and corrosive organic environments over the long term, ensuring continuous, stable operation and significantly extending its service life.

2. Mixing System
The tank features a specialized mixing system. Through uniform agitation and blending, the organic material comes into full contact with oxygen, preventing localized compaction and uneven fermentation. This effectively improves the decomposition efficiency and ensures a more thorough and stable fermentation process.

3. Aeration System
The vertical fermentation tank is equipped with a high-efficiency oxygen supply system that provides ample oxygen to aerobic microorganisms, accelerating the rate of organic matter degradation. A well-designed airflow circulation system enhances fermentation efficiency, enabling rapid decomposition and shortening the fermentation cycle.

4. Heating & Insulation System
The built-in heating system adjusts the internal tank temperature according to fermentation requirements, providing an optimal environment for microbial activity. Stable temperature control promotes rapid decomposition of organic matter, enhances the effectiveness of high-temperature fermentation, and ensures the complete inactivation of pathogens and weed seeds.

5. Control System
An automated PLC control system is employed to intelligently monitor and adjust parameters such as temperature, humidity, oxygen supply, and agitation during the fermentation process. This minimizes manual intervention, improves operational precision, and enables simpler, more efficient automated fermentation management.

6. Gas Treatment System
Equipped with a specialized exhaust gas purification system, it collects and treats gases generated during the fermentation process, effectively reducing odor emissions and improving the plant environment. It fully meets environmental protection requirements and enables the green treatment of organic waste.

Working Process

1. Raw Material Feeding
Organic waste, including livestock and poultry manure, agricultural waste, food waste, and other organic materials, is fed into the vertical fermentation tank via an automatic feeding system. A proper feeding method ensures even distribution of the materials, providing a stable foundation for subsequent efficient fermentation.

2. Oxygen Supply & Mixing
The equipment incorporates a high-efficiency aeration and mixing system that continuously supplies sufficient oxygen to the fermenting material while ensuring thorough mixing. A uniform oxygen supply promotes the proliferation of aerobic microorganisms, enhances the efficiency of organic matter decomposition, and accelerates the composting process.

3. Microbial Decomposition
Under optimal conditions of temperature, humidity, and oxygen, beneficial microorganisms rapidly multiply and break down organic matter. Through microbial activity, complex organic matter is converted into stable humus, thereby improving compost quality.

4. High-Temperature Sterilization
During the fermentation process, the temperature inside the tank rises rapidly. This high-temperature environment effectively eliminates pathogens, weed seeds, and harmful microorganisms, ensuring the safe disposal of organic waste and enhancing the safety of the final compost product.

5. Moisture and Odor Control
The vertical fermentation tank features a sealed design. An intelligent control system regulates internal humidity and the fermentation environment. Combined with an exhaust gas treatment system, this effectively reduces odor emissions, improves the production environment, and fully meets environmental protection requirements.

6. Finished Compost Output
After rapid fermentation, the process produces high-quality organic fertilizer that is fully decomposed and chemically stable. The finished product is characterized by its deep color, loose texture, and rich nutrient content. It can be used directly as agricultural fertilizer or further processed into granular organic fertilizer.

Working Project

Our vertical fermentation tanks are widely used in many countries and regions around the world, including Indonesia, Malaysia, the Philippines, Thailand, India, Vietnam, Cambodia, Uzbekistan, Tanzania, Bolivia, and other markets. The equipment has been successfully applied in various fields, such as livestock and poultry manure treatment, agricultural waste treatment, and organic fertilizer production. It can effectively process chicken manure, cow manure, pig manure, sheep manure, palm fiber, crop straw, and other high-moisture organic waste, enabling rapid composting and resource recovery.

Thanks to their high fermentation efficiency, stable equipment performance, and environmentally friendly operation, our vertical fermentation tanks have earned the recognition and trust of numerous overseas customers. The equipment utilizes intelligent control technology to precisely manage temperature, humidity, oxygen supply, and the fermentation process, helping customers produce organic fertilizer products with consistent quality and a high degree of safety.

As a professional manufacturer of organic fertilizer equipment, we not only provide individual fermentation units but are also committed to offering you comprehensive project solutions. From initial requirement communication, process design, and equipment selection to on-site installation, technical training, and after-sales maintenance, we have dedicated professional teams to provide full-cycle support. With years of industry experience, advanced manufacturing capabilities, and a comprehensive service system, we can tailor efficient, cost-effective, and reliable vertical fermentation solutions based on your specific raw material types, production requirements, and plant conditions, helping your organic waste treatment project get up and running quickly and operate continuously and stably.

Delivery

Our vertical fermentation tanks have been successfully exported to numerous overseas markets, including Asia, Africa, Europe, the Middle East, and South America. With our well-established export processes and extensive experience in international shipping, we provide stable and efficient equipment delivery services to customers worldwide. From production completion to final delivery, we have established a rigorous quality inspection and logistics management system to ensure that the equipment arrives safely at our customers’ project sites.

Prior to shipment, we develop professional packaging and loading plans based on the product’s dimensions, structural characteristics, and transport distance. Large equipment can be transported in 20′ GP or 40′ HQ containers, while small components are reinforced and packaged according to specific requirements. All critical components are securely fastened and protected to minimize the risk of wear, impact, and damage during long-distance transport.

Leveraging our professional international trade team and proven logistics coordination capabilities, we can assist you with equipment inspection, preparation of export documentation, transportation arrangements, and delivery tracking, ensuring a smooth and efficient export process. Whether your equipment is shipped to Asia, Africa, Europe, the Middle East, or South America, we consistently adhere to high delivery standards, providing you with reliable equipment support to help your organic fertilizer project achieve rapid installation, stable operation, and long-term value creation.

Working Video

Introduction

The double roller granulator is a piece of equipment that directly compresses powdered materials into granular fertilizer. It employs a dry extrusion process that requires no significant addition of water and no drying, and is widely used for granulating powdered materials such as NPK compound fertilizers, compound fertilizers, lime powder, bentonite, graphite powder, and coal powder. The equipment offers advantages such as high granulation efficiency, stable operation, robust construction, long service life, and easy maintenance, and can meet the continuous production needs of a wide variety of powdered materials.

Compared to other wet granulation equipment, the double roller granulator does not require a drying system, resulting in a simpler production process, lower energy consumption, and a smaller footprint, making it particularly suitable for projects with limited investment budgets or small- to medium-scale operations. The granules produced by this equipment are flat and round, typically ranging in size from 2 to 10 mm. The granule size can be flexibly adjusted by replacing the die according to production requirements. The granules are strong, resistant to breakage, and easy to package and transport. They are widely used in NPK compound fertilizer plants, compound fertilizer production lines, mineral powder granulation, chemical powder molding, and small-batch production, among other applications.

The standard production capacity of the double roller granulator ranges from 1 to 5 tons per hour, and you can select the appropriate model based on your production scale. Whether you plan to produce compound fertilizer or mineral powder granules, we offer customized solutions. Simply provide us with your target output, raw material types, site size, granule size, and process requirements, and our engineers will design an equipment configuration and production plan free of charge to help you achieve stable, efficient granule production at a lower cost.

Finished Granules

1. Uniform Granule Size
Granules produced by the double roller granulator are of consistent size, with a particle diameter controllable between 2 and 10 mm, facilitating packaging, storage, and sales.

2. High Granule Strength
1. Formed through high-pressure extrusion, the granules have high density and are resistant to breakage, reducing losses during transportation and handling.

3. Regular Granule Shape
The finished granules are flat and round, with a neat and attractive appearance, which enhances product quality and market competitiveness.

4. Low Dust and Minimal Material Return
The finished granules have high integrity and low powder content, effectively reducing the material return rate and improving production efficiency.

5. Room-Temperature Granulation
The double roller granulator uses room-temperature extrusion granulation, eliminating the need for high-temperature drying, which helps preserve the active ingredients and original activity of the raw materials.

Working Principle

The working principle of the double roller granulator involves using a pair of counter-rotating rolls to generate strong compressive force, which forces the powdered material into the pockets (or grooves) on the roll surfaces for shaping. Under high pressure, the material is compressed and densified into compact shapes or flakes, which are then subjected to crushing and screening to ultimately produce uniform granules. The entire process requires no water addition or drying. By adjusting the roller gap and pressure, the equipment can control the density and particle size of the granules. Additionally, different rollers can be used to produce granules of various shapes.

Various Rollers

We offer a wide range of rollers and can customize them to meet your specific requirements for granule shape and size. We will design a unique roller surface specifically for you, ensuring that your equipment consistently produces the granules you need. Whether you require flat-round, pillow-shaped, or rod-shaped granules, we can efficiently and reliably form them to meet your diverse and precise granule production needs. Additionally, the rollers are made of high-chromium wear-resistant alloy or high-manganese wear-resistant alloy steel, offering high hardness, excellent wear resistance, and resistance to acid and alkali corrosion from fertilizers, ensuring a long service life.

Working Project

With over 20 years of expertise, our double roller granulators have been operating reliably at more than 500 project sites worldwide, earning us a wealth of proven practical experience. From equipment design and R&D to system configuration planning, on-site installation guidance, and commissioning, we provide end-to-end, integrated engineering services and professional technical support throughout the entire process. Additionally, we deliver tailored solutions based on your raw material characteristics, production scale, site size, and process requirements—helping you continuously improve production efficiency and product quality, while ensuring your project operates safely, smoothly, and efficiently over the long term.

Working Video

Introduction

The rotary drum granulator is a fertilizer granulation machine suitable for large-scale continuous production. It is primarily used to process powdered materials into spherical granules and is widely used in industries such as NPK compound fertilizers, organic fertilizers, chemical fertilizers, and mineral powders. It can process a variety of raw materials, including urea, monoammonium phosphate, potassium chloride, ammonium sulfate, and phosphate powder. It also handles fermented livestock and poultry manure (such as chicken, cow, and sheep manure), humic acid, and organic powders, as well as mineral materials like lime, bentonite, coal, and gypsum powder. During operation, the material continuously tumbles inside the rotating drum. Through the injection of steam, water, or a binder, the powder gradually aggregates into granules, enabling continuous granulation. This equipment features high output, a high granulation yield, the ability to operate continuously for 24 hours, a simple structure, stable operation, wear and corrosion resistance, and a long service life. Compared to other granulators, the rotary drum granulator is better suited for large-scale production lines, offering a high degree of automation and higher production efficiency.

The granules produced by the rotary drum granulator are spherical, aesthetically pleasing, and uniform in size, typically ranging from 2 to 10 mm in diameter. The rotational speed and tilt angle can be adjusted according to production requirements to achieve the desired particle size. The finished granules are highly durable, resistant to breakage, and easy to store, transport, and apply as fertilizer. With its stable, high-volume production capacity, this equipment is particularly suitable for large and medium-sized fertilizer manufacturers with an annual output of 50,000 metric tons or more. It can be widely applied in organic fertilizer production lines, compound fertilizer production lines, NPK fertilizer production lines, and mineral powder granulation projects, serving as a key piece of equipment for achieving large-scale, automated production.

The production capacity of a single rotary drum granulator generally ranges from 1 to 10 metric tons per hour, and the appropriate model can be selected based on different raw materials and process requirements. Whether for organic fertilizer, NPK compound fertilizer, or the granulation of various chemical and mineral powders, we can provide customized solutions. Simply provide us with the types of raw materials, site size, target output, and granule specifications, and we will select the appropriate equipment, design the process, and plan the production line based on your specific needs to create a highly efficient, stable, and cost-effective large-scale fertilizer granulation system for you.

Finished Granules

1. Smooth, Uniform Granules
The granules produced by the rotary drum granulator are regular spheres with a smooth surface and high roundness. This not only elevates the product’s aesthetic appeal and quality but also enhances market competitiveness, making them highly favored by end-users.

2. Consistent Particle Size
By adjusting the drum’s rotation speed and process parameters, granules ranging from 2 to 10 mm can be precisely produced. The uniform size of the finished product facilitates subsequent screening, packaging, and application, thereby maximizing overall product quality.

3. High Strength & Breakage Resistance
Granules formed through rolling granulation feature a dense structure and excellent compressive strength. They are highly resistant to pulverization during transportation, storage, and logistics, effectively reducing material loss.

4. Excellent Flowability for Easy Packaging
The smooth surface of the spherical granules prevents caking and ensures optimal flowability. This enables automated packaging and uniform spreading, thereby significantly improving fertilization efficiency and application effectiveness.

5. Uniform Nutrient Distribution & Stable Efficacy
During the granulation process, various raw materials are thoroughly blended, resulting in a perfectly uniform distribution of nutrients within each granule. This promotes sustained nutrient uptake by crops, improves fertilizer utilization, and enhances crop yield.

Working Project

For over 20 years, our rotary drum granulators have been installed and successfully put into operation worldwide, accumulating extensive on-site application experience. From equipment R&D and manufacturing, to system configuration, and to on-site installation and commissioning, we provide integrated engineering services and end-to-end technical support. Additionally, we can design tailored solutions and customized optimizations based on your material characteristics, production capacity, and process requirements, helping you effectively improve production efficiency and product quality while ensuring the long-term, stable, and efficient operation of your entire production line.

Delivery

Drawing on our extensive export experience, our professional team manages the entire order fulfillment process, covering every aspect from protective packaging of equipment and container load planning to transportation coordination and export documentation processing. Prior to shipment, each drum granulator undergoes rigorous inspection and reinforced packaging to ensure stability and safety during transit. Based on the equipment specifications and customer needs, we utilize customized packaging—including reinforced wooden crates and standard containers (20GP/40HQ)—and provide multiple layers of securing and shock-absorbing protection for core components to effectively minimize the risk of damage during long-distance transport. Whether shipping to Africa, Southeast Asia, the Middle East, South America, or other regions, we are committed to ensuring that your goods arrive safely and on time, ready to assist you in quickly completing installation and commencing production.

Working Video

Introduction

Disc granulators, also known as pan granulators, are pieces of equipment that utilize the principle of material rolling and agglomeration to produce granules. Their primary function is to process powdered raw materials into granules of uniform size and smooth, rounded appearance. This equipment is widely used for granulating organic fertilizers, compound fertilizers, bentonite, and various other powdered materials. Organic fertilizer raw materials include livestock and poultry manure, chicken manure, cow manure, sheep manure, horse manure, mushroom residue, straw powder, and humic acid. Compound fertilizer raw materials include nitrogen fertilizers, phosphorus fertilizers, potassium fertilizers, and various compound fertilizer powders. mineral powder raw materials include cat litter bentonite and gypsum powder. During operation, the material continuously rolls, collides, and aggregates within the rotating disc. With the assistance of a spray system, it gradually forms granules, which are automatically discharged once they reach the set particle size, enabling continuous production.

The disc granulator features a simple structure, stable operation, low failure rate, user-friendly operation, and low maintenance costs, making it particularly suitable for small and medium-sized fertilizer production projects. Compared to some extrusion granulators, it produces granules with higher roundness and a more market-competitive appearance; compared to some complex granulation equipment, it has a lower operational threshold and is easier to master. The granules produced by the equipment are perfectly spherical in shape, with a particle size generally ranging from 2 to 10 mm. The particle size can be flexibly adjusted according to production requirements, resulting in uniform, aesthetically pleasing granules with good flowability. It is widely used in organic fertilizer plants, compound fertilizer plants, livestock farms, agricultural operations, bentonite cat litter production, and various applications involving the granulation of powdered materials.

In terms of production capacity, the disc granulator offers a range of models from 0.5 to 8 tons per hour, capable of meeting the production needs of various sizes. Whether you are establishing a new small-to-medium-sized fertilizer processing plant or planning to upgrade your existing fertilizer production line, we can provide customized configurations tailored to your specific requirements. Simply provide us with detailed information regarding your raw material types, moisture content, target output, and site conditions, and our professional team will provide a free consultation on production processes, equipment selection, and workshop layout planning to help you achieve efficient and stable production.

Finished Granules

1. Well-Rounded and Aesthetically Pleasing Granules
Granules produced by disc granulators are typically spherical in shape, with uniform particle sizes and a neat, attractive appearance. Their surfaces are smooth, with minimal sharp edges or burrs, which helps improve product quality and market competitiveness.

2. Good Air Permeability
Due to the use of cold wet granulation, the internal structure of the granules is more natural and less prone to excessive compaction, allowing them to maintain a certain level of air permeability. This facilitates the decomposition of fertilizer in the soil and the release of nutrients.

3. High Strength and Resistance to Breakage
The granules, formed through continuous rolling and layer-by-layer coating, have a dense structure with good compressive strength and wear resistance. They are less likely to crumble or break during transportation, loading/unloading, and storage.

4. Good Flowability for Easy Use
The granules are regular in shape and uniform in size, with excellent flowability. They pass smoothly through conveying, packaging, and fertilizing equipment, reducing blockages and improving operational efficiency.

5. Moderate Moisture Content for Easy Storage
After subsequent processing, the granules produced by the disc granulator have a relatively stable moisture content. They are resistant to caking and moisture absorption, making them suitable for extended storage and long-distance transportation, which helps maintain consistent product quality.

Working Project

Over the years, our disc granulators have been successfully installed and put into operation in numerous projects around the world. From equipment manufacturing to installation and commissioning, we provide comprehensive project solutions and technical support, tailored to your specific raw materials, production capacity, and manufacturing requirements. We help you improve production efficiency and product quality, ensuring that your project operates efficiently and reliably over the long term.

Delivery

With extensive export experience, our team manages the entire delivery process, including equipment packaging, container loading, logistics coordination, and shipping documentation. To ensure safe transport and quick installation, each disc granulator is carefully packaged and inspected before shipment. Depending on the equipment size and your requirements, we offer sturdy wooden crates or direct loading into 20GP and 40HQ containers. All critical components are securely fastened to effectively prevent collisions and impacts during transit. Whether your destination is Africa, Southeast Asia, the Middle East, South America, or elsewhere, we are committed to ensuring that every machine arrives safely and on time, helping our customers get production up and running as quickly as possible.

Working Video

Introduction

The organic fertilizer granulator, also known as a stirring teeth granulator, is a piece of equipment specifically designed for the granulation of organic fertilizers. It is widely used for granulating various organic materials, including livestock and poultry manure, sludge, crop straw, biomass, distillers’ grains, and oil cake. The equipment uses high-speed rotating agitator teeth to continuously stir, mix, and compress the material, rapidly transforming powdered raw materials into granules. It offers advantages such as high granulation efficiency, fast granulation speed, uniform granules, and a durable structure, making it particularly suitable for processing high-moisture organic materials. Compared to other granulators, the stirring teeth granulator has greater adaptability to raw materials, requires less floor space, consumes less energy, and produces more consistent granule formation, effectively reducing production costs and improving production efficiency.

The granules produced by this equipment typically range from 2 to 8 mm in size, which can be adjusted as needed. They are round, uniform, and highly durable, making them resistant to breakage and easy to transport, store, and apply. It is widely applicable in scenarios such as organic fertilizer plants, bio-organic fertilizer production lines, manure resource recovery at livestock farms, and the recycling of agricultural waste. Whether for small and medium-sized fertilizer processing enterprises or large-scale organic fertilizer production projects, this equipment enables continuous and stable production, meeting diverse customer requirements for organic fertilizer pellet quality.

Organic fertilizer granulators generally have a production capacity of 1–8 tons per hour, with various models available to meet your specific production needs. We offer customization options, allowing you to select equipment based on your specific output requirements, raw material types, and site conditions. Simply provide us with details about your raw materials and target production capacity, and we will design a tailored organic fertilizer granulation solution to help you improve production efficiency and product quality.

Finished Granules

1. Round and Uniform Granules
The stirring teeth granulator employs a high-speed wet granulation process, resulting in naturally formed granules with excellent roundness and an attractive appearance, thereby enhancing the overall quality of the fertilizer and its market acceptance.

2. Adjustable Granule Size
The size of the finished granules can typically be controlled between 2 and 8 mm, allowing for flexible adjustment based on different crops, soil types, and fertilization requirements to meet diverse application needs.

3. Moderate Granule Strength
The resulting granules possess good compactness, making them resistant to breakage during transportation, packaging, and storage. At the same time, they decompose and are absorbed relatively quickly once introduced into the soil, thereby ensuring a more stable release of nutrients.

4. Optimal Moisture Content
The stirring teeth granulator effectively controls the moisture content of the material during the granulation process. The finished granules have a more uniform moisture level, making subsequent drying easier and improving overall production efficiency.

5. Better Retention of Organic Matter
Since the equipment employs a relatively gentle continuous granulation method, it causes minimal disruption to microbial communities and organic matter. This helps preserve the nutrients in organic fertilizers and improves fertilizer quality.

Working Project

Tianci Heavy Industry has successfully delivered over 500 fertilizer production projects worldwide, accumulating extensive industry experience and proven production solutions. Whether you produce organic fertilizer or other granular fertilizers, we can provide customized production plans and equipment layout designs free of charge, tailored to your raw material characteristics, production capacity requirements, site conditions, and investment budget.

Our team of technical experts provides end-to-end technical support—from process planning and equipment selection to installation and commissioning—to help clients optimize investment costs, enhance production efficiency, and achieve faster, more stable production and operations. We make your fertilizer production project more hassle-free and efficient.

Working Video

Introduction

This machine is used for the rounding process of various organic fertilizers and bio-organic fertilizers after extrusion and granulation, as well as the rounding process of chemical and feed production processes. It is the first choice equipment for small and medium-sized chicken farms, organic fertilizer factories and feed factories to make granule rounding process.

Finished Granules

Organic compound fertilizer granules after rounding

Working Project

Throw round shaping machine in the fertilizer granules production line:

Working Video

Introduction

The rotating drum shaftless screening machine in the garbage sorting assembly line system is generally installed upstream of the urban solid waste sorting system and effectively screens different sizes of urban garbage. They have the function of dividing the incoming waste stream into two or more waste streams. According to the different particle sizes of garbage components, the various garbage components entering the drum screen can be separated. The garbage drum screen is designed to screen materials according to their different properties and diameter sizes. It can be designed as a circular sieve cylinder or an inner hexagonal sieve cylinder, which can increase the primary bag breaking effect and have self-cleaning function inside.

Working Project

Throw round shaping machine in the fertilizer granules production line:

Working Video

Introduction

The main body of the coating machine is lined with polypropylene or acid-resistant stainless steel, which can effectively prevent the agglomeration of compound fertilizers. According to the process requirements, this equipment has a special design in the internal structure, and is an effective special equipment for compound fertilizer.

Finished Product

Fertilizer granules after coating:

Working Project

Fertilizer coating machine in the fertilizer granules production line:

Working Video

Introduction

The automatic batching machine is mainly suitable for mixing, batching and feeding of 3-8 kinds of materials. The system is automatically controlled by a computer scale. The pneumatic valve is used to control the material supply in the main bin. The material is mixed in the mixing bin and sent automatically by the belt conveyor.

Features

1. Simple operation, high efficiency and energy saving;
2.The batching precision is high, and the material ratio can be adjusted at will;
3.Easy to install and move.

Working Project

Semi automatic batching system in the fertilizer production line:

Working Video

Introduction

Automatic quantitative packaging for powdery materials in floor, starch, feed, fertilizer, food, chemical industry, light industry, building materials and other industries.

Features

1.Accuracy: high precision weighing controller, good reliability. Good integrity, small floor aera, flexible and convenient installation.
2.Speed can be adjusted: the feeding mode of the powder feeding equipment is a spiral feeding, fast and slow feeding through the controller to achieve, feeding speed can be arbitrarily set.
3.Environmental protection operation: closed inner circulation system, effectively prevent dust from flying, improve the working environment, and protect the health of employees.
4.The structure is reasonable: the structure is compact, the volume is small, and can be made into a fixed or mobile body according to the requirement of the user.

Working Project

Packaging machine in the fertilizer production line:

Working Video

Introduction

This series of bucket elevators has the characteristics of small footprint, high lifting height, large conveying capacity, low power consumption and good sealing performance. It is suitable for vertical conveying equipment for granular and powdery materials such as grain, food, feed, and mining industries.

Features

1.The driving power is small, and it adopts inflow feeding, induction unloading, and large-capacity hopper intensive arrangement. There is almost no feeding and digging phenomenon when materials are lifted, so there is less reactive power.
2.The lifting range is wide. This type of hoist has less requirements on the types and characteristics of materials. It can not only lift general powdery and small granular materials, but also can lift materials with high grinding properties. It has good sealing performance and less environmental pollution.
3.Good operation reliability, advanced design principles and processing methods ensure the reliability of the whole machine operation, and the trouble-free time exceeds 20,000 hours. The lifting height is high, and the hoist runs smoothly, so a high lifting height can be achieved.
4.The service life is long, the feeding of the hoist adopts the inflow type, no need to use a bucket to dig the material, and there is little extrusion and collision between the materials. The machine is designed to ensure that the materials are rarely scattered during feeding and unloading, which reduces mechanical wear and tear.

Working Video

Introduction

Belt conveyor applicable to conveying bulk density is less than 1.67/t/m³, easy to dig the powdery, granular and small shape, small pieces of low-abrasive materials and bagged materials, such as coal. gravel, cement, fertilizer,grain,etc.. The temperature of the material being sent is less than 60°. The captain and assembly form can be determined according to the user’s requirements. The transmission can be either an electric drum or a drive device with a drive frame. It is used in the transportation and production lines of mining, metallurgy, chemical, foundry, building materials and other industries, as well as hydropower station construction sites and ports.

Working Project

Belt conveyor in the fertilizer production line: