Month: July 2025
How Is a Pelletizer Used in the Production of Biochar from Chicken Manure?
In modern agricultural waste management, the utilization of chicken manure for carbon-based fertilizer production has become increasingly important. Chicken dung and other bird manure provide valuable nutrients and organic matter, making them suitable raw materials for char-based fertilizer preparation. The production procedure transforms these waste products into valuable carbon fertilizer granules, contributing to sustainable agriculture and environmental protection. Understanding how pelletizing machines operate in biochar manufacturing helps producers optimize efficiency and product quality.
What Raw Materials Can Be Processed into Carbon-Based Fertilizer Alongside Chicken Manure?
Chicken manure stands out as a primary feedstock for carbon-based fertilizer production due to its high organic content and rich nutrient profile. However, blending other raw materials with chicken dung improves the quality and function of biochar-based fertilizers. Users can select from a diverse range of organic substances including poultry litter, cow manure, pig manure, crop straw, sawdust, rice husks, and garden waste. Many producers combine chicken manure with these additional materials in powder or powdered form to adjust nutrient balance and enhance the final fertilizer’s structure. For optimal granulation, raw materials must undergo composting and thorough crushing, which ensures a fine powdery texture fit for granulator machines. This step not only stabilizes the manure but also prepares it for efficient pelletizing and carbonization.

Organic Fertilizer Raw Materials
How Does the Chicken Manure Processing Procedure Incorporate Pelletizing Equipment?
The chicken manure processing procedure comprises several critical stages, each supported by specialized fertilizer equipment. Initially, a compost machine enables aerobic fermentation of chicken dung, reducing pathogens and odors. After composting, a crushing machine or carbon fertilizer grinder machine breaks down the organic mass into uniform powder, which is essential for consistent granulation. At this point, the powdered chicken manure mixture is ready for the pelletizing phase. A pelletizer, such as a disc granulator or flat die granulator, transforms the powdery material into uniform pellets or granules through a combination of moisture control and mechanical force. The pelletizer’s design allows for efficient pellet making, minimizing material loss and dust generation. Particle size can be adjusted according to market requirements, ensuring the produced biochar-based fertilizer granules meet quality standards. Some operations may also utilize a double roller extrusion granulator or drum granulator for different pellet shapes and densities.

What Features of Pelletizers and Related Machines Optimize Biochar-Based Fertilizer Production?
Pelletizer machines used in chicken manure char-based fertilizer production offer several important features that enhance the manufacturing process. High granulation rate, adjustable pellet size, and robust construction characterize modern granulating equipment. The pelletizer’s integration with other machinery, such as a drying machine and carbonization equipment (furnace), ensures the granules achieve appropriate moisture content and are fully converted into stable biochar carbon fertilizer. Efficient pelletizing machinery supports continuous production, reduces labor costs, and improves pellet uniformity. Additionally, automated controls and durable materials extend equipment lifespan and minimize maintenance requirements. For finished products, a packing machine is often used to ensure biochar-based fertilizer granules are securely sealed and ready for market distribution.
Conclusion
In conclusion, the production of carbon-based fertilizer from chicken manure depends on a systematic process involving composting, crushing, granulation, drying, and packing. Pelletizer machines, supported by carbonization equipment and other fertilizer machines, play a central role in transforming powdery chicken dung into valuable granules for agricultural use. By carefully selecting raw materials and optimizing each manufacturing step, producers achieve high-quality biochar-based fertilizer products with consistent particle size and nutrient content. For those seeking advanced solutions in char-based fertilizer granulation, a professional fertilizer equipment manufacturer such as Yushunxin provides innovative pelletizing machinery and complete process support to ensure efficient and reliable chicken manure processing. You can visit: https://www.charbasedfertilizermachine.com/product/chicken-dung-and-biochar-as-fertilizer/

Everything You Need to Know About Powdered Biofertilizer Production Technology
July 28, 2025
biofertilizer production technology, Powdered Biofertilizer Production Technology
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When customers explore biofertilizer production, one of the first questions they ask is: “Should I start with powdered or granular biofertilizer?” If you’re looking for a cost-effective, easy-to-operate, and bacteria-friendly solution, powdered biofertilizer production is often the ideal starting point.
This blog walks you through the key technologies, process flow, and equipment involved in powdered biofertilizer production—focusing on what customers really care about: investment, microbial effectiveness, production stability, and marketability.
Why Choose Powdered Biofertilizer Production?
Compared with pelletized biofertilizer, powdered biofertilizer has several advantages:
Lower production cost: No need for granulation, drying, or cooling systems
Shorter processing time: Fewer steps mean quicker turnaround
Better microbial viability: No high-temperature treatment, so beneficial bacteria survive in larger numbers
Ideal for local markets or direct soil application
If your goal is to preserve the biological activity of microbial strains and control investment risk, powdered production lines offer a smart first step into the organic fertilizer business.
What Is the Powdered Biofertilizer Production Process?
Here’s a typical process flow in powdered biofertilizer production technology:
Raw Material Collection
Animal manure, biogas residue, composted crop waste, and vegetable scraps can all serve as the organic base.
Fermentation and Composting
With the help of a windrow compost turner or in-vessel fermenter, raw materials are aerobically decomposed to kill harmful pathogens and improve nutrient release.
Crushing
After composting, a vertical crusher or semi-wet material crusher breaks the compost into fine powder, preparing for microbial inoculation.
Microbial Inoculation
Probiotic strains such as Bacillus, Rhizobium, or Azospirillum are blended into the compost using a horizontal mixer, ensuring uniform microbial distribution.
Screening
A rotary screening machine removes large particles or agglomerates to achieve fine, consistent texture.
Packaging
Finally, the biofertilizer powder is bagged using a semi-automatic or automatic bagging machine, ready for transport or retail.
bio fertilizer powder making line
What Machines Are Used in Powdered Biofertilizer Lines?
All these machines are modular, easy to install, and adaptable to different raw materials or capacity levels (e.g. 1 t/h to 10 t/h).
What’s the Cost of a Powder Biofertilizer Production Line?
Depending on your production scale and level of automation, a basic powdered biofertilizer production line can start from $20,000 to $80,000. You can start small and expand later by adding granulation or coating equipment.
How to Keep Microbial Activity High?
This is one of the top concerns of clients producing microbial biofertilizers.
Powdered lines naturally support microbial viability because they avoid high heat and pressure. To further preserve bacterial quality:
Add microbial strains after compost cooling
Use coating or mixing systems with low shear force
Choose reliable fermentation and packaging equipment to avoid contamination
We can also recommend microbial additives or suggest partners if needed. Click here to get more!
Need Help Starting Your Powder Biofertilizer Line?
At YUSHUNXIN, we offer turnkey solutions tailored to your:
Raw material types
Desired microbial strains
Production capacity
Budget and space limitations
Whether you’re a small farmer’s cooperative or a large organic input supplier, we help you build a reliable powdered biofertilizer production line with high efficiency and low risk. Welcome to visit: https://www.biofertilizerproduction.com/product/5t-h-powdery-bio-fertilizer-production-line-for-sale/
Powder Biofertilizer Production Line Setupthe process of making powdered biofertilizer