Carbonization Machine

Product description of carbonization machine:

1. The new energy-saving carbonization machine adds a flue gas recovery device on the basis of the original carbonization furnace. After the flue gas is recovered, it can be dust-free and smoke-free. The recovered flue gas can be ignited like liquefied gas and can be used by the dryer.

Wood carbonization equipment (used to carbonize logs, branches, woodblocks, coconut shells, scraps of wood processing plants, etc(rice hull charcoal making).

The charcoal carbonization machine can be equipped with a purification device to recover the gas into gas for the carbonization furnace for its own use or others); the new energy-saving carbonization furnace has a Due to the dual-purpose function of the machine, the material can also be directly carbonized, or it can be carbonized after being made into a rod(coconut shell burning machine).

Advantages of carbonization machine:

1. Save labor and time, one person can operate several carbonization furnaces at the same time

2. Wood charcoal carbonization machine also has a purification device, and the self-produced gas can be used or recycled.

Technical information of carbonization machine:

Features of carbonization machine:

1. The carbonization furnace adopts a horizontal manufacturing process. The charcoal carbonization machine has a total of 30% structure, and there is a light insulation material in the middle of the interlayer, which can always keep the temperature in the furnace from dissipating.

2. The carbonization machine is sealed with boiler packing, no air will enter, and the carbon output rate is much higher than that of conventional carbonization furnaces(charcoal burning machine).

3. The reason why it is called an energy-saving carbonization furnace is that a lot of light yellow combustible gas will be generated during the carbonization process of the wood sticks. These gases can be shunted to the combustion area of the carbonization furnace through the pipes of the carbonization furnace itself for secondary fire heating, it is more environmentally friendly and saves fuel.

4. The excess gas from the carbonization furnace can be used to dry sawdust or to burn the boiler

5. At the end of the Carbonization Machine, the cooling time of charcoal burning is shorter, and it is faster and more convenient to use the gap in the middle of the interlayer to cool the carbonization furnace with water to cool down naturally(charcoal making machine).

6. The environmental protection airflow charcoal carbonization machine is equipped with rails and kiln cars, which are more convenient to use and reduce the labor intensity of workers.

The customer purchases this carbonization furnace to achieve simple operation, low labor intensity, convenient charcoal loading and discharging, greatly reduced cooling time, and the output of the carbonization furnace can be greatly improved(carbonization stove)

Our carbonization furnace can generally be divided into the following three temperature sections during the carbonization process:

①Drying stage

From the start of ignition, until the furnace temperature rises to 160 ° C, the moisture contained in the machine rod is evaporated mainly by the external heat and the heat generated by its own combustion. The chemical composition of the mechanical rods has hardly changed.

② Initial stage of carbonization

This stage mainly relies on the combustion of the rod itself to generate heat, so that the furnace temperature rises to between 160 and 280 °C. At this time, the wood material undergoes a thermal decomposition reaction, and its composition begins to change. Among them, unstable components, such as hemicellulose, are decomposed to generate CO2, CO, and other substances.

③ Carbonization stage

The temperature at this stage is 300 to 650°C. During this stage, the wood material undergoes rapid thermal decomposition, while producing a large number of liquid products. In addition, flammable gases are produced, which are burned in the furnace. Thermal decomposition and gas combustion generate a large amount of heat, which increases the furnace temperature, and the wood material is dry-distilled into charcoal at a high temperatures.

To calcine high-temperature charcoal, in addition to the above three stages, we also need to increase the heat, so that the temperature in the furnace continues to rise to about 800 ° C ~ 1000 ° C so that the volatile substances remaining in the charcoal can be discharged, and the charcoal content can be increased. The carbon content of carbon increases the graphite structure of carbon and enhances the conductivity.