Advantages and disadvantages of continuous carbonization furnace

The continuous carbonization furnace is compared with the original earth kiln carbonization furnace, hoisting furnace, or horizontal intermittent carbonization furnace. The reason why it is continuous is because its processing process continuously feeds materials and continuously produces carbon.

The traditional carbonization furnace is to install one furnace, process one furnace, then produce carbon, and then continue to install the next furnace. The continuous carbonization furnace preheats the carbonization furnace first. After reaching the carbonization temperature, it starts feeding. The feeding is continuous and the materials are continuously loaded.

After the material enters the carbonization furnace, it starts to be carbonized. It is carbonized once and moves in the carbonization furnace again until it moves to the carbon outlet to complete carbonization and carbonization.

The carbonization time in the carbonization furnace can be set for different materials.

The advantage of the continuous carbonization furnace is that it can produce carbon without cooling or shutting down, has high production efficiency, and does not waste heat energy. In summary, it is environmental protection, energy saving, and high production efficiency.

Of course, the continuous carbonization furnace also has disadvantages. The disadvantage is that it can only process crushed or granular materials. Logs and large pieces of materials cannot be processed. They can only be crushed first and then processed. What is processed is granular carbon, and raw charcoal cannot be processed.

In addition, compared with the investment of several thousand or tens of thousands of yuan for ordinary carbonization furnaces, continuous carbonization furnaces generally start at hundreds of thousands, and the equipment is more expensive.