Horizontal airflow carbonization furnace for wood charcoal

Horizontal airflow carbonization furnace Product description :
The new environmentally friendly carbonization furnace 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 for heating, cooking, and drying. use.
At present, there are three types of carbonization furnaces, common type (can only be used to produce charcoal, not to collect gas); wood carbonization equipment (used to carbonize branches, wood blocks, coconut shell blocks, scrap pieces in furniture factories, etc. The equipment can be configured The gas recovered by the gasification furnace device can be turned into fuel gas for the carbonization furnace's own use or other); the new environmentally friendly carbonization furnace has the function of one machine and two purposes. The materials can also be directly carbonized, or can be carbonized after making rods.

Horizontal airflow carbonization furnace Features :
1. The carbonization furnace adopts a horizontal manufacturing process. The carbonization furnace workers have a total of 30% structure, and there are light insulation materials in the interlayer, which can always keep the temperature in the furnace without dissipating
2. The furnace door is sealed with boiler packing, no air will enter, and the charcoal output rate is much higher than that of the conventional carbonization furnace
3. The reason why it is called an environmentally friendly carbonization furnace is because the wood rods will produce a lot of light yellow combustible gas during the carbonization process. These gases can divert the combustible gas to the combustion zone of the carbonization furnace through the pipes of the carbonization furnace for secondary heating. , More environmentally friendly and fuel-efficient
4. The excess gas from the carbonization furnace can be used to dry sawdust or burn the boiler
5. The cooling time is shorter at the end of the carbonization furnace, and the space between the interlayers is used to cool the carbonization furnace with water, which is faster and more convenient.