
What Equipment Is Included in a Biomass Briquetting Production Line?
As more and more people enter the recycling industry, newcomers often ask a common question:
“What equipment, exactly, constitutes a complete biomass briquetting production line?”
In reality, the specific equipment varies depending on the raw materials and desired output; however, most production lines fundamentally consist of the following core components.
Raw Material Crushing Equipment
🌱There is a wide variety of biomass raw materials, such as:
- Wood chips
- Tree branches
- Crop stalks
- Rice husks
- Corn cobs
- Peanut shells
However, many of these materials are bulky and cannot be directly compressed into briquettes; therefore, the first step typically involves shredding or pulverizing them.
Common equipment used for this purpose includes:
- Wood shredders
- Integrated crushers
- Hammer mills
Once shredded, the raw materials consist of more uniform particles, making them better suited for subsequent processing.
Drying Equipment
Many types of biomass feedstock possess a relatively high moisture content immediately after collection.
Excessive moisture leads to the following issues:
- Difficulty in molding
- Increased susceptibility to cracking during briquetting
- Reduced calorific value
- Diminished efficiency in subsequent carbonization processes
Consequently, most production lines are equipped with drying equipment.
Common types include:
- Rotary drum dryers
- Airflow dryers
Generally speaking, the optimal moisture content for biomass briquetting typically falls within the range of approximately 8% to 15%.
Conveying Equipment
Many people tend to overlook conveyor systems; however, in reality, an automated production line cannot function without various types of conveying equipment. These systems are responsible for automatically transporting raw materials to the next stage of the production process.
Biomass Briquetting Machine (Core Equipment)
This constitutes the core component of the entire production line.
The briquetting machine utilizes high pressure to compress loose biomass raw materials into high-density fuel briquettes.
The advantages of this briquetting process are readily apparent:
- Higher density
- Easier transportation
- Longer burn duration
- More stable calorific value
Currently, the most common types of equipment include:
- Stamping-type briquetting machines
- Screw-type briquetting machines
- Biomass pellet mills
Different types of equipment are suited to different raw materials and specific product requirements.
Carbonization Equipment (Optional Configuration)
If a client wishes to go beyond merely producing fuel briquettes and aims to further manufacture charcoal or biochar, a carbonization system is typically added to the setup.
Common equipment includes:
- Continuous carbonization furnaces
- Batch carbonization furnaces
The resulting carbonized products feature:
- Higher calorific value
- Reduced smoke emission
- Greater suitability for use in barbecues, heating, and industrial fuel applications
Demand for carbonized products—particularly in the markets for barbecue charcoal, hookah charcoal, and exports—has consistently remained stable.
Briquette Cooling System
The finished products—whether briquettes or carbonized materials—typically retain a relatively high temperature.
If packaged immediately:
- They are prone to deformation;
- They may absorb moisture;
- Their storage stability is compromised.
Consequently, many production lines incorporate a cooling system. This not only enhances the stability of the finished products but also facilitates subsequent packaging and transportation.
How the Entire Production Line Works
Simply put, the overall process generally follows this sequence:
Raw Materials → Crushing → Drying → Conveying → Briquetting → (Carbonization) → Cooling

If you are interested in this production line or any of its individual machines, Gomine is fully equipped to meet your needs. You are welcome to contact us at any time.


