Continuous Carbonization Furnace
Looking for a continuous carbonization furnace for biomass charcoal production? Our furnace can continuously feed raw materials, carbonize…
Looking for a continuous carbonization furnace for biomass charcoal production? Our furnace can continuously feed raw materials, carbonize them, cool the finished charcoal, and discharge it into a storage hopper.
It is suitable for sawdust, coconut shells, palm shells, rice husks, branches, agricultural residues, and other biomass materials.
What Is a Continuous Carbonization Furnace?
Our continuous charcoal carbonization furnace heats biomass materials in a controlled oxygen-limited environment to produce charcoal.
Unlike batch carbonization equipment, this furnace is designed for:
- Continuous feeding
- Continuous carbonization
- Continuous charcoal discharge
- Internal combustible gas recycling
- Automatic temperature and fan control
After initial heating, the furnace can use combustible gas generated during carbonization as a heat source.
What Raw Materials Can Be Carbonized?
The continuous carbonization furnace can process a wide range of biomass materials.
Agricultural residues:
- Mısır sapları
- Sorghum stalks
- Sugarcane bagasse
- Cotton stalks
- Bean stalks
- Hemp stalks
- Dry leaves
Shells and husks:
- Hindistan cevizi kabukları
- Palm shells
- Yer fıstığı kabukları
- Rice husks
- Sunflower seed shells
- Apricot kernels/shells
Wood and processing residues:
- Testere tozu
- Wood branches
- Bamboo waste
- Corn cobs
- Coffee grounds
- Distiller’s grains
- Herbal medicine residue
Some other biomass-containing waste materials can also be evaluated according to their actual composition.
What Are the Raw Material Requirements?
Before feeding the material into the furnace, pay attention to two main requirements:
| Öğe | Requirement |
| Moisture | Below 20% |
| Feed size | Below 10 cm |
If the raw material contains too much moisture, a sawdust drying machine should be used before carbonization.
If the raw material is larger than 10 cm, we also provide a ahşap kırıcı makinesi to crush it first.
How Does the Carbonization Process Work?
The working process is straightforward:
Gas preheating → Feeding → Drying → Carbonization → Gas recovery → Gas purification → Gas combustion → Continuous heating → Charcoal cooling → Discharge
Step 1: Preheat the Furnace
An LPG or natural gas gasification furnace is used for initial heating.
When the internal temperature reaches approximately 300–360°C, raw materials can start entering the carbonization furnace.
Step 2: Dry and Carbonize the Material
The material moves through the carbonization pipe.
It is gradually heated, dried, and carbonized as it moves forward.
When the material reaches the required temperature, pyrolysis starts and produces combustible gas.
Step 3: Reuse the Generated Gas
The generated gas is collected and passes through:
Spraying → Cooling → Purification & separation
The treated gas is then sent to the burner by a draft fan.
The burner burns the combustible gas and provides heat back to the carbonization furnace.
Once the generated gas can maintain the required temperature, the LPG or natural gas heating system can gradually stop.
Step 4: Continuous Charcoal Discharge
The furnace can then operate continuously:
Continuous feeding → Continuous carbonization → Continuous discharge
The finished charcoal enters a cooling screw conveyor and is cooled before being sent to the storage hopper.
Water cooling or spraying can also be used before storage to reduce the temperature of the charcoal.
Continuous Carbonization Furnace Capacity
Different models are available for different output requirements.
| Modeli | Charcoal Output |
| 800 | 300–400 kg/h |
| 1000 | 800–1000 kg/h |
| 1200 | 1200–1500 kg/h |
Note: The capacity above refers to the carbonized charcoal output. Actual feeding capacity is approximately 20–30% higher and varies with the specific gravity and characteristics of the raw material.