Zhengzhou Gofine Machine Equipment CO., LTD Company News

As an experienced fertilizer equipment supplier, we are pleased to announce that Gofine Machine will participate in the 2025 Sahara Exhibition. Exhibition time: September 14-16, 2025 Exhibition location: Egypt International Exhibition Center   Bringing together thousands of professionals, farmers, agricultural industry experts and equipment buyers from across the region, we warmly invite you to explore our latest fertilizer production technologies at the International Agricultural Exhibition.   At this exhibition, we will display a full set of fertilizer production line equipment and the best-selling organic fertilizer production equipment. Including Disc granulator - suitable for nitrogen, phosphorus, potassium and organic fertilizer granulation Drum granulator - high output, suitable for continuous production in large fertilizer plants Double roller extrusion granulator - no drying required, suitable for compound fertilizer Compost turner - efficient aerobic fermentation of organic waste Fertilizer crushing and mixing unit - for raw material pretreatment Automatic packaging machine - improve efficiency and reduce labor costs We will also display our entire fertilizer production line model and 3D video demonstration.   Fertilizer Production Line Project Organic fertilizer production line Process animal manure, compost, crop waste and food scraps into high-quality organic granules. NPK compound fertilizer production line Mix and granulate nitrogen, phosphorus and potassium to make balanced compound fertilizer. Biofertilizer production line Maintain microbial activity during low-temperature granulation. Very suitable for the production of bio-organic fertilizer and bacterial fertilizer. Customized fertilizer plant solution Tailored to your specific raw materials, output (1-30 tons/hour) and budget. Including layout design, automation, installation and training.   Whether you are an existing fertilizer producer or planning to enter the industry, we will provide efficient, economical and sustainable solutions to help you succeed. Over the years, we have successfully provided equipment and turnkey solutions to customers in Egypt, Algeria, Sudan, Nigeria, Ethiopia and other African regions.‘’   Why choose us? One-on-one consultation with our engineers Explore real equipment models and working videos Customize your fertilizer production project Localized solutions for the Egyptian and North African markets   We look forward to meeting you and growing together in the agricultural sector.

We are very pleased to announce that Gofine Machine will participate in the 16th Brazilian Agrochemical Exhibition. This is the leading agrochemical and agricultural technology solutions event in Latin America. The exhibition will be held in Sao Paulo, Brazil, bringing together the top companies in the global agrochemical industry.   Event Name: 16th Brazilian Agrochemical Exhibition Date: August 12-13, 2025 Location: Sao Paulo, Brazil   We sincerely invite you to visit our booth to explore the latest developments in fertilizer production machinery.   As a leading fertilizer equipment supplier, Gofine Machine focuses on providing complete fertilizer production lines, including: Organic fertilizer production equipment NPK compound fertilizer granulation production line Composting system Drying and cooling equipment Packaging and screening solutions Fertilizer coating production line With years of experience, we are committed to helping customers maximize production efficiency, reduce operating costs, and achieve excellent product quality standards.   Our Exhibition Highlights At this year's Agro-Expo, we will showcase our latest fertilizer production technologies, including: Organic Fertilizer Granulation Solutions Efficiently process compost, manure, and bone meal into granulated organic fertilizer. NPK Compound Fertilizer Production Line High-yield system for balanced blends of nitrogen, phosphorus, and potassium fertilizers. Intelligent Control System Automated solutions for real-time monitoring, batching, and process optimization. Environmentally friendly waste-to-fertilizer technology Sustainable equipment that converts agricultural waste into valuable soil nutrients.   Why choose us? On-site equipment demonstrations Free technical consultation from our engineers Project planning and plant design advice Exchange fertilizer technology   Are you planning to build or upgrade a fertilizer production plant in your country? Welcome to discuss with us at the exhibition. Our team will be happy to answer your questions about: Raw material processing Pelletizing technology Cost estimation and ROI analysis Equipment installation and after-sales service We understand the unique needs of each market and are ready to provide localized high-performance solutions based on your business goals. If you have any questions, please feel free to contact me!

Gofine introduces an advanced food waste composting fertilizer pellet production line that converts discarded food waste into high-value, nutrient-rich organic fertilizer pellets. This advanced system provides a comprehensive solution for fertilizer production, a process that not only reduces landfill waste but also creates a valuable resource for farmers and gardeners seeking sustainable alternatives to chemical fertilizers.   Key Features and Benefits: Comprehensive Waste Processing: Handles a wide range of kitchen waste, including vegetable scraps, fruit peels, eggshells, coffee grounds, and meat/bone scraps. Efficient Composting: Utilizes advanced composting techniques to accelerate decomposition and eliminate odors. Pelletizing Technology: Converts compost into uniform, easy-to-handle pellets for efficient application. Nutrient-Rich Fertilizer: Produces organic fertilizer pellets packed with essential nutrients like nitrogen, phosphorus, and potassium, as well as beneficial microorganisms. Customizable Production: Scalable design to meet the needs of small-scale community gardens to large-scale composting facilities. Automated System: Streamlined operation minimizes labor costs and maximizes output. Odor Control: Integrated odor control systems ensure a clean and environmentally friendly operation. Waste Reduction: Significantly reduces the volume of kitchen waste sent to landfills. Soil Enhancement: Improves soil structure, water retention, and nutrient availability, leading to healthier plant growth. Sustainable Agriculture: Promotes sustainable farming practices by providing a natural alternative to chemical fertilizers.     The Production Process: The Kitchen Waste Compost Fertilizer Pelletizing Production Line typically involves the following stages: 1. Sorting & Pre-processing: Removing non-compostable materials and shredding/crushing the waste to increase surface area. 2. Mixing & Fermentation: Combining the kitchen waste with bulking agents (e.g., wood chips, straw) and inoculating with beneficial microorganisms to initiate composting. 3. Composting: Aerobic fermentation in compost turners or enclosed composting systems to accelerate decomposition. 4. Crushing & Screening: Breaking down composted material and separating out any remaining large particles. 5. Mixing & Granulating: Mixing compost with additional nutrients or amendments and pelletizing into uniform granules. 6. Drying & Cooling: Reducing moisture content and cooling pellets for improved storage and handling. 7. Screening & Packaging: Separating oversized or undersized pellets and packaging the finished product for distribution.   Gofine Machine is a leading supplier of innovative and sustainable waste management solutions. We are committed to developing technologies that protect the environment and promote a circular economy. If you are ready to start a food waste fertilizer production project, please feel free to contact me and I will customize the best solution for you!

In the composting process, the odor of chicken manure has always been a difficult problem to deal with. Traditional fermentation is not only inefficient, but also causes secondary pollution to the environment. To solve this problem, our company has proposed a new composting fermentation method. Adding fermentation agents to chicken manure and using windrow composting can effectively improve composting efficiency and organic fertilizer quality. Next, I will introduce this chicken manure composting solution to you in detail.   Chicken Manure Composting Process 1. Choose chicken manure material Choose fresh chicken manure and spread it on the cement floor or plastic film. If it is a long-term pile of chicken manure, it is recommended to add some fresh chicken manure, because the chicken manure will ferment naturally after being piled for a long time, but the decomposition is not complete, and this kind of old chicken manure is not easy to heat up. 2. Add ingredients such as a fermentation agent Add fermentation agent: It is recommended that the high-temperature fermentation agent newly produced by our company be added for fermentation. This type of decomposition agent heats up quickly, ferments completely and thoroughly, and has less odor during the fermentation process. Generally, 500 grams of fermentation agent can ferment 1-2 tons of chicken manure. Add straw: Sawdust, wheat, corn, straw, and other straw can be added to chicken manure, and the general length is 1-2 cm. If an organic fertilizer fermentation agent is used for fermentation, the proportion of straw added can be 10%-20%. The main purpose of adding straw is to make the material loose and breathable so that microorganisms can multiply in large numbers and fermentation can proceed better. 3. Add water in moderation: Chicken manure is generally dry. The moisture content of fermented chicken manure is required to be 55%. The criterion is that the chicken manure does not drip when picked up, but water marks can be seen between the fingers. 4. Stacking and fermentation in strips Pile the mixed chicken manure into 1-2 meters (proper stacking in winter is conducive to temperature increase), with a width of 1.5-3 meters, and the length is determined according to the amount of material. Key point 1: No need to cover! In order to prevent water loss, air entry, and temperature increase. Therefore, the composting location should be high, with smooth drainage to avoid rainwater soaking. Pay attention to rain protection in the rainy season, or cover it appropriately when it rains, and remove the film after the rain. It can be covered appropriately in winter. The covering film is dark in color and has good heat absorption, which helps to keep warm. After the temperature rises, the covering needs to be removed. Key point 2: Turn the pile! After the chicken manure is heated, it can effectively kill bacteria, parasite eggs, grass seeds, etc. in the chicken manure. When the temperature in the chicken manure pile reaches 55 degrees, it needs to be turned over and then piled into the original strips. After turning the chicken manure several times, when the internal temperature of the chicken manure does not reach 50 degrees, the fermentation is basically completed. At this time, the chicken manure can be covered and set aside.   Gofine provides efficient composting solutions and sells a variety of composting equipment: Crawler compost turner Chain plate compost turner Wheel compost turner Horizontal fermenter Strand compost turner Tractor-driven compost turner, etc.   If you are interested in our equipment, please feel free to contact me. I will provide you with customized solutions to achieve environmentally friendly and efficient production solutions!

With the rapid development of livestock and poultry farming, large amounts of animal manure are generated daily. Improper disposal can cause serious environmental pollution. However, with the right technology, animal waste can be converted into high-quality organic fertilizer — a valuable resource for sustainable agriculture.   At Gofinne Machine, we provide complete animal manure organic fertilizer production lines that transform waste into wealth efficiently and safely.   Suitable Raw Materials Our organic fertilizer granule production line is designed for processing various types of livestock and poultry manure, including: Cow dung Chicken manure Pig manure Horse manure Sheep/goat manure Rabbit droppings Mixed compost (with crop straw, sawdust, etc.) These materials are rich in nutrients such as nitrogen, phosphorus, and potassium — ideal for organic fertilizer production after proper fermentation.     Production line workflow A complete livestock manure organic fertilizer production line includes the following steps: 1. Fermentation (composting) Process livestock manure using a compost turner (trough or windrow type) or a fermenter Remove pathogens, weed seeds and odors Improve material structure to produce powdered organic fertilizer for easy granulation 2. Crushing After composting, use a vertical crusher or chain crusher to crush the material into fine powder 3. Mixing Use a horizontal mixer to add microbial agents, trace elements or other additives 4. Granulation A variety of organic fertilizer granulators are available: Disc granulator - suitable for medium-scale production Drum granulator - suitable for large-scale production Flat die or ring die granulator - suitable for the production of dense and smooth cylindrical granular fertilizer New organic fertilizer granulator - suitable for high-moisture composting Extrusion granulator - suitable for low-cost granular fertilizer production, one-time extrusion can obtain oblate granules, which can be used with a rounding machine to obtain round granular fertilizer 5. Drying and Cooling Remove excess moisture using a rotary dryer Cool the pellets to enhance hardness and prevent caking 6. Screening Separate unqualified pellets using a rotary screener Screen qualified pellets from oversized or over-fine powders. 7. Coating (optional) Improve pellet appearance and reduce nutrient loss during storage. 8. Packaging Automatically weigh and package fertilizers using a packaging machine.   Advantages of our animal manure fertilizer production line Applicable to all kinds of animal manure Output: 1-30 tons/hour High granulation rate: more than 85% Environmental protection: reduce pollution and odor Increase fertilizer value: rich in organic matter and beneficial microorganisms Fully automatic or semi-automatic options are available   Gofine Machine integrates scientific research, production and export, and has rich experience. We serve customers in more than 50 countries, including Kenya, Algeria, Egypt, India, Brazil, Indonesia, Tanzania, Iran, Uzbekistan, etc. Provide turnkey solutions from factory design to installation training to ensure the smooth operation of your project. If you want to build an animal manure organic fertilizer granulation production line, please feel free to contact me!

What Is a Rotary Drum Granulator? The Rotary Drum Granulator is a key piece of equipment in the compound fertilizer production process, and it is especially popular in NPK fertilizer plants. It is designed for wet granulation, using liquid binders (such as water, steam, or acid solutions) to agglomerate powdery materials into uniform spherical granules.   As a leading fertilizer equipment manufacturer, GOFINE Machine offers high-performance rotary granulators that help clients achieve high output, stable granulation, and excellent product quality.   Working Principle of Rotary Drum Granulator The rotary drum granulation machine works by rotating a slightly inclined cylindrical drum. When the raw materials are fed into the drum: The drum rotates continuously. Powdery materials roll along the inner wall. Liquid binders (steam or water) are sprayed to form adhesive layers. The particles collide, stick, and grow into granules. Granules are discharged from the outlet after reaching the desired size. This wet granulation process provides high granulation efficiency and is especially suitable for large-scale continuous production.   Key Features of Our Rotary Drum Granulator Large capacity: 5–30 tons per hour (customizable) High granulation rate: Up to 90% Uniform granule size: Spherical or oval-shaped (2–6 mm) Corrosion-resistant materials: Carbon steel with anti-corrosion coating or stainless steel Long service life: Precision welding and durable seals Low dust & noise: Eco-friendly design   Applications of Rotary Drum Granulator Rotary drum granulators are widely used in the production of: NPK Compound Fertilizer Urea, ammonium phosphate, potassium chloride, etc. Organic-Inorganic Compound Fertilizer Blends of composted manure and chemical nutrients Bulk Blended Fertilizer (BB Fertilizer) Optional coating after granulation Chemical Granulation For salt, detergent powder, and other industries Suitable Raw Materials Urea Ammonium sulfate Ammonium chloride Ammonium phosphate (MAP, DAP) Potassium sulfate Potassium chloride Organic compost powder Humic acid / Amino acid mixtures   Advantages Compared to Other Granulators Higher production capacity than disc or roller granulators Better suited for continuous NPK fertilizer production More uniform granule shape and size Stronger granules with better moisture resistance Integrated with drying and cooling for streamlined process     Rotary Drum Granulation Process Flow We provide complete fertilizer production line solutions with the rotary drum granulator as the core equipment. The typical process includes: Raw Material Crushing and Mixing—Batching System (Auto/Manual)—Rotary Drum Granulation—Drying (Rotary Dryer)—Cooling (Rotary Cooler)—Screening Machine—Coating (Optional)—Packing Machine This integrated system ensures continuous and automated production with low labor cost and high operational efficiency.   Ready to launch or scale your fertilizer granulation production? We offer comprehensive, end-to-end services, from equipment procurement to operational support, ensuring you maximize your profitability. Contact us today for a customized plan!  

Adding a certain proportion of accelerators during the granulation process of fertilizers can help the raw material powder and particles to agglomerate, improve granulation efficiency, increase the yield rate, and improve the physical properties of particles (strength, surface morphology, anti-disintegration, etc.). In wet granulation, such as drum granulation and stirring granulation, by adding granulation liquid such as water, to the raw material powder particles, the surface of the powder particles is moistened, and solid-liquid cross-linking is formed to agglomerate into particles. On the other hand, in dry granulation, such as briquetting granulation and extrusion granulation, since granulation is completed by the force between molecules, there is no need to add granulation accelerators.     Types of granulation accelerators Granulation accelerators for fertilizers should have the following functions: A certain degree of adhesion High surface tension High solid cross-linking strength after drying. Low cost No harm to crops when mixed with fertilizers Biodegradability of synthetic organic materials   Selection of granulation accelerator Most chemical fertilizers are water-soluble salts. During the granulation process, liquid bridges are formed between powder and particles through dissolution and precipitation in water or granulation liquid, which becomes the driving force for particle agglomeration. Phosphoric acid fertilizers such as monoammonium phosphate (MAP), superphosphate, and triple superphosphate have high solution viscosity. Especially when the pH value is close to neutral, their surface tension and viscosity are further increased, and the adhesion is increased. Granulation accelerators form liquid cross-links between powder particles during the granulation process. The crystal bridges formed after drying have high solid cross-linking strength, which plays a role in promoting granulation. If the proportion of ammonium phosphate (MAP), superphosphate, and triple superphosphate in the fertilizer formula is above 20%, high-strength particles can be granulated with water alone without adding granulation accelerators. In contrast, ammonium sulfate, urea and potassium raw materials such as potassium chloride and potassium sulfate in nitrogen raw materials have relatively small surface tension even in saturated solutions, low solution viscosity and low bonding particle strength. Therefore, in the fertilizer granulation using them as raw materials, adding granulation promoter is effective to improve granulation efficiency and particle physical properties. In particular, urea has low apparent density, large powder porosity and small repose angle, making it difficult to mix evenly with other raw materials. The viscosity and surface tension of saturated solutions are also low, making it difficult to form dense particles. When the proportion of urea in the raw materials exceeds 25%, it is recommended to use granulation promoter. The appropriate granulation promoter is selected by comprehensive consideration of the type of raw materials, mixing ratio and granulation method.   Commonly used granulators: Rotary granulator Using rotary granulation, water or granulation promoter is sprayed in mist during the production process, and the material rotates and rolls along the inside of the granulation container. The particles collide with one another and combine to become larger, and finally grow to the required size. Extrusion granulator During the extrusion granulation process, granulation accelerator and water are added to the raw materials and mixed for granulation. Bentonite and konjac flour are preferably used as granulation accelerators to reduce costs and ensure fertilizer nutrients. Gypsum, sodium humate, waste molasses or lignin sulfonate can also be used as needed. Stirring granulator It adopts the working mode of granulation while stirring. Add granulation liquid, mix and stir through the stirring teeth, and gradually form compact spherical particles.   As the demand for efficient and environmentally friendly fertilizers increases, the research and development of granulation accelerators will continue to develop in the direction of multifunctionality and efficiency. At the same time, we also produce a variety of products such as biological fermentation bacteria and rapid heating composting machines. These products not only improve the production efficiency of fertilizers, but also improve soil quality and promote plant growth.    

How to improve the quality and fermentation speed of composting is the problem you are facing now. Gofine Machine has proposed a new solution for faster and higher-quality composting in organic fertilizer production. Combining microbial fermentation agents with our organic compost turner, this composting treatment method better shortens the composting time, enhances biological activity, and ensures a more efficient and environmentally friendly fertilizer production process.   Why use microbial preparations with a composter? Using microbial fermentation strains (such as Bacillus, Actinomycetes or photosynthetic bacteria) in composting speeds up the decomposition of organic matter and improves the nutritional content of the final product. When used in conjunction with our high-performance compost turners, these microorganisms thrive in a well-ventilated, well-mixed environment, resulting in: Faster compost maturity (15-20 days vs. 30-60 days) Higher cellulose and lignin decomposition rates Deodorizing effects and improved sanitation Increased humus and microbial counts in the compost Better suppression of soil pests and diseases Featured equipment: organic compost turner Gofine offers a full range of composting machinery compatible with microbial inoculants: Through compost turner Suitable for large-scale fermentation in compost troughs Automatic track movement, precise turning Suitable for livestock manure, agricultural waste, and kitchen waste Crawler-type drivable compost turner Suitable for open-air or indoor composting, flexible driving, and no site restrictions Equipped with a microbial fermentation agent throwing device Very suitable for farms and urban solid waste Film covering and turning system Integrates film covering and turning Improve production efficiency Suitable for composting plants with large sites and high output   Gofine sells a variety of organic compost turning equipment and provides you with the best solution. If you want to speed up the fermentation of organic waste, improve the quality of compost and enhance the efficiency of microorganisms, please feel free to contact me!

Whether organic fertilizer can completely replace chemical fertilizer is a complex issue. According to the research of the Chinese Academy of Agricultural Sciences, organic fertilizer cannot completely replace chemical fertilizer, but in some cases, the combination of the two can achieve better results.   Comparison between organic fertilizer and chemical fertilizer 1. Nutrient composition: Organic fertilizer has a wide variety of nutrients and can provide a variety of nutrients required for plant growth, but its nitrogen supply capacity is usually lower than that of chemical fertilizer. Chemical fertilizer provides higher concentrations of nutrients such as nitrogen, phosphorus, and potassium, which can quickly meet the needs of crops. 2. Environmental impact: The use of organic fertilizer has less impact on the environment, can improve soil structure, increase soil organic matter content, and reduce soil acidification and other problems. Excessive use of chemical fertilizers may lead to environmental problems such as soil acidification and water pollution. 3. Yield effect: Studies have shown that when organic fertilizer is used alone, the effect of increasing grain production is weak. For example, it takes 12 to 15 years for winter wheat to reach the same level of increase in production as chemical fertilizer, while it takes 3 to 5 years for corn. However, when organic fertilizer and chemical fertilizer are applied in a 50% ratio, equivalent or higher grain yields can be obtained while reducing environmental impact by more than 30%.     Organic fertilizer mixed with fertilizer granules There are many advantages to mixing organic fertilizer and chemical fertilizer, including: 1. Complementary effect: Organic fertilizer can improve soil structure and increase the organic matter content of soil, while chemical fertilizer provides high concentration of nutrients, which can quickly meet the growth needs of plants. 2. Reduce the side effects of chemical fertilizer: The addition of organic fertilizer can reduce the negative impact of chemical fertilizer on soil, such as salinization and soil compaction. 3. Promote microbial activity: The microorganisms in organic fertilizer can promote nutrient circulation in soil and help plants absorb nutrients better.   Organic fertilizer granulator Organic fertilizer granulator, also known as organic fertilizer pellet machine, is specially used to process fermented organic materials (such as livestock and poultry manure, crop residues, etc.) into pellets. Its main features include: No need for drying and crushing: The equipment can directly granulate the fermented raw materials, saving the drying and crushing steps, thereby reducing production costs and energy consumption. High-efficiency granulation: Commonly used organic fertilizer granulators include extrusion granulators, disc granulators and drum granulators, which can produce spherical or columnar pellets with a high granulation rate [1]. Environmental protection: The use of organic fertilizer granulators helps reduce the discharge of agricultural waste and promote the recycling of resources.   Fertilizer granulator machine Fertilizer granulator is mainly used to process fertilizer raw materials (such as nitrogen fertilizer, phosphate fertilizer, potash fertilizer, etc.) into granules. Its features include: Efficient production: Fertilizer granulator can quickly convert raw materials into granules, suitable for large-scale production to meet market demand. Multiple granulation methods: Fertilizer granulator usually adopts wet or dry granulation process, which can be adjusted according to different raw materials and product requirements. Particle uniformity: The equipment can ensure that the produced granules are uniform and easy to apply and store.   Blended fertilizer (BB fertilizer) granulator Blended fertilizer granulator is a highly efficient equipment specially used for producing organic fertilizer, chemical fertilizer and blended fertilizer. It adopts forward and reverse operation and special inner spiral mechanism to ensure uniform mixing and granulation of materials. It has the advantages of compact structure and small footprint, and is suitable for production lines of various sizes. The equipment has high production capacity, simple operation and is suitable for processing a variety of fertilizer granules.     Feel free to contact me! I will customize the best granulation solution for you. Looking forward to our cooperation!

The production line of powdered compost and granular organic fertilizer needs to comprehensively consider the selection of raw materials, equipment configuration and process flow to ensure that the fertilizer produced is of high quality and high fertilizer efficiency.   Raw material selection Organic fertilizer raw materials are mainly organic waste, which needs to be decomposed and harmless. Common raw materials include: Basic raw materials Livestock and poultry manure (chicken manure, cow manure, pig manure, etc.): high nitrogen source, needs to be dehydrated to a moisture content of ≤60%. Crop straw (corn stalks, rice straw): carbon source, crushed to 3-5cm before use. Kitchen waste: requires oil separation and crushing pretreatment. Mushroom residue (edible fungus waste): contains lignin, and the C/N ratio needs to be adjusted (25:1~30:1). Humic acid: improves fertilizer efficiency, and the addition amount is 5%~10%. Auxiliary materials Microbial agents (EM bacteria, Bacillus subtilis): fermentation accelerators, added at 0.1%~0.3%. Mineral additives (phosphate rock powder, potassium feldspar): supplement trace elements. pH regulator (lime, gypsum): control pH 6.5~8.0.     List of core equipment 1. Powder production equipment Pretreatment equipment Dehydrator (screw extrusion type): treat feces to a moisture content of ≤60%. Crusher (hammer type): crush straw to 3-5mm. Fermentation system Trough turner (with aeration system): fermentation cycle 15-20 days, temperature 55-70℃. Processing equipment Chain crusher: secondary crushing to 80-100 mesh. Drum screening machine (20 mesh screen): remove uncomposted impurities. Double-shaft mixer: evenly mix bacterial agents and additives. Packaging equipment Automatic quantitative packaging machine (accuracy ±0.5kg).     2. Granule production equipment Granulation system Disc granulator (inclination angle 45-55°, speed 12-18r/min): suitable for sticky materials. Drum granulator: suitable for large-scale continuous production. Post-processing equipment Rotary dryer (hot air temperature 80-120℃): moisture content reduced to ≤15%. Cooler (countercurrent cooling tower): particle temperature reduced to room temperature. Spheronization machine (optional): improve particle roundness. Sieving and coating Vibration screening machine (grading 4-6mm qualified particles). Coating machine (coating anti-caking agent). Production process flow chart Powder process flow Raw material pretreatment → Mixing and blending (C/N ratio) → Aerobic fermentation (turning + aeration) → Crushing → Screening → Adding bacterial agent → Mixing → Packaging Key parameters: Fermentation temperature ≥55℃ for 5 days, maturity (seed germination rate ≥80%). Pellet process Powder raw materials → mixing and conditioning (water content 40%-50%) → granulation → drying → cooling → screening → coating → packaging Granulation control: disc granulation requires the addition of a binder (such as bentonite 2%-5%); drying temperature ≤120℃ to avoid nutrient loss. Reasonable selection of raw materials and equipment, and adjustment of technical parameters according to actual conditions can achieve efficient and low-cost organic fertilizer production while meeting environmental protection and quality standards. If you have plans to build an organic fertilizer production line, please feel free to contact me! I will select the best fertilizer equipment for you and provide technical support. Looking forward to working with you!

Vermicomposting is an effective method of treating organic waste that uses the digestive action of earthworms to convert organic matter into high-quality fertilizer. Earthworms not only speed up the decomposition process of compost, but they also improve soil quality and promote plant growth.      The role of earthworms in composting Accelerate the decomposition of organic matter Earthworms convert organic waste such as kitchen waste and plant residues into earthworm manure through their digestive system. This process significantly improves the decomposition efficiency of organic matter. Improve soil structure Earthworm manure is rich in nutrients. After being applied to the soil, it can increase the organic matter content of the soil, improve the physical and chemical properties of the soil, and thus improve the fertility of the soil. Promote microbial activity The activity of earthworms can promote the growth and reproduction of microorganisms in the soil and enhance the microbial diversity of the soil, which is crucial for the healthy growth of plants. Improve nutrient utilization Earthworm manure contains rich nutrients, which can improve the utilization efficiency of nitrogen fertilizers, reduce the amount of nitrogen applied, and thus reduce agricultural production costs. Reduce pests and diseases After improving the soil ecological environment, the presence of earthworms helps to enhance the resistance of plants to pests and diseases and promote the healthy growth of plants.   Organic Fertilizer Equipment There are various types of composters, which are mainly used to convert organic waste into fertilizer. According to different working principles and application scenarios, common types of composters include: Trough composter This composter adopts the method of groove fermentation, and uses the stirring teeth to rotate in the groove to mix the organic materials evenly, which is suitable for large-scale composting production. Wheel composter It is suitable for processing large amounts of organic waste, with a large turning span and depth, and can process more materials in less space, reducing infrastructure costs. Self-propelled composter This equipment usually works on flat ground, composts organic waste by piling it into a pile, mixing and turning it regularly, which is economical and practical, and suitable for commercial production. Organic fertilizer fermentation tank The fermentation tank is very popular in fertilizer manufacturing because it has a small footprint and can effectively control the fermentation environment, which is suitable for places with limited space. It usually performs aerobic fermentation in a closed space, equipped with a sprinkler tower and activated carbon box to absorb harmful gases. Compost turner It is used to turn the compost to ensure that oxygen is evenly distributed and promote the decomposition of organic matter. It is usually used in conjunction with other composting equipment. These composters have their own characteristics and are suitable for processing organic waste of different scales and types, and can effectively improve the efficiency and quality of composting.   Conclusion Earthworms play an indispensable role in the composting process, which not only improves the efficiency of organic waste treatment but also improves soil quality. In combination with modern fertilizer equipment, vermicomposting can provide a sustainable solution for agricultural production and promote the recycling of resources.

Belt conveyor, also known as belt conveyor or belt conveyor, is an economical logistics equipment widely used in material transportation. It is mainly used to transport materials from one location to another, and is widely used in mining, construction, chemical, food and other industries. It has the characteristics of convenience, high efficiency and good mobility.     Important components of belt conveyor Conveyor belt The conveyor belt is the core part of the belt conveyor, which is used to carry and transfer materials. Common conveyor belts include herringbone conveyor belts, skirt conveyor belts, smooth conveyor belts, and turning conveyor belts. Drive device The drive device is usually composed of an electric motor, a reducer, and a transmission roller, which is responsible for providing power to move the conveyor belt. Rollers Rollers are used to support the conveyor belt and the materials on it to reduce friction and wear. Types of rollers include grooved rollers, flat rollers, and self-aligning rollers. Conveyor rollers Belt conveyor rollers are mainly used on belt conveyors, and materials are transported by rolling the conveyor belt. According to different working environments and requirements, combined with factors such as the nature of the material, the conveying distance, and the workload, rollers of different types, models, and specifications can be selected. Conveyor rollers are also called redirecting rollers, which are used to change the running direction of the conveyor belt to ensure that the material can be transported smoothly. Tensioning device The tensioning device is used to adjust the tension of the conveyor belt to ensure that it does not slip during operation. Frame The frame is the foundation of the entire conveyor structure and ensures the stability of each component. These components work together to ensure the efficient and stable operation of the belt conveyor, which is widely used in material transportation in mining, construction, chemical and other industries.     How to choose the right conveyor Choosing the right conveyor is key to ensuring production efficiency and safety. Here are some important considerations to help you make an informed choice: Clear conveying needs Determine the type, weight, size and conveying speed of the material to be conveyed. Different materials have different requirements for the material and performance of the conveyor. Consider conveying distance and height The conveying distance and height of the conveyor are important factors in selection. Long-distance and high-angle conveying require more powerful drive devices and stable structures. Selection of belt material Choose the appropriate belt material according to the characteristics of the material and environmental conditions. Common materials include rubber, PVC, PU, ​​etc., and each material has its advantages and disadvantages. Drive mode The conveyor drive mode is mainly motor drive and hydraulic drive. Motor drive is suitable for most occasions, while hydraulic drive is suitable for applications requiring large torque and speed regulation. Structural form The structural form of the conveyor is fixed and mobile. The fixed type is suitable for continuous conveying in a fixed place, while the mobile type is suitable for occasions where frequent changes of work locations are required. Energy saving and safety Choose equipment with low energy consumption, low noise and low emissions, and ensure that the equipment has complete safety protection measures to ensure the safety of operators. After-sales service and technical support Choosing a manufacturer with good after-sales service and technical support can ensure that problems encountered during the use of the equipment can be solved in a timely manner. By comprehensively considering the above factors, you can choose a conveyor that meets production requirements and is economical and practical, thereby improving overall production efficiency.   As a professional equipment supplier, Gofine Machine always puts the needs of customers first, treats people with integrity, and establishes long-term cooperative relationships. We are committed to providing high-quality equipment to ensure that every customer can get the best experience. If you are interested in our equipment, please feel free to reach out to me!