The reason why a continuous carbonization furnace can achieve the operation of feeding while discharging mainly depends on its design and working principle. The following are some common design features and working principles that enable continuous carbonization furnaces to achieve this continuous operation:

1、Continuous feeding system: Continuous carbonization furnaces are usually equipped with a continuous feeding system that can continuously transport raw materials into the furnace. This system can include conveyor belts, screw conveyors, or other types of automatic feeding equipment to ensure that raw materials continue to enter the carbonization furnace.

2、Multiple carbonization zones: Continuous carbonization furnaces are usually divided into multiple zones, each with different functions. The raw materials first enter the preheating zone 2, then gradually heat up to the carbonization temperature zone, and finally enter the cooling and discharge zone. The design of this partition allows for different processing steps in different areas, thus achieving continuous operation.

3、Furnace conveying system: In a continuous carbonization furnace, there is usually a conveying system, such as a screw conveyor or chain conveyor, used to transport raw materials from one area to the next. This system can continuously transfer raw materials from the feed end to the discharge end.

4、Automation control: Continuous carbonization furnaces are usually equipped with highly automated control systems that can monitor and adjust parameters such as temperature, oxygen supply, and raw material feeding speed to ensure the stability of the carbonization process and product quality. These automation systems can automatically adjust the feeding speed as needed to maintain continuous operation.

5、Cooling and emission system: At the end of a continuous carbonization furnace, there is usually a cooling area for cooling products that have already been carbonized. Subsequently, the product can be continuously discharged from the carbonization furnace through the emission system to prepare for the next batch of raw materials.

In summary, the design and working principle of a continuous carbonization furnace enable it to achieve continuous operation of feeding and discharging simultaneously. This continuous operation improves production efficiency and is particularly suitable for large-scale carbonization production, such as the preparation of charcoal, bamboo charcoal, activated carbon, etc. Through precise automation control and appropriate design, a continuous carbonization furnace can efficiently convert raw materials into carbon carbon in high temperature and low oxygen environments, while ensuring product quality and production continuity