How To Increase The Temperature Of The Carbonization Furnace?

1. Increase the gas flow
When the gas flow of the carbonization furnace increases, the amount of oxygen entering the furnace will decrease, thereby reducing the oxygen content inside the carbonization furnace. This can promote the combustion of carbon and increase the temperature of the carbonization furnace. When the gas flow increases, it is necessary to pay attention to the ventilation inside the carbonization furnace to avoid overheating or incomplete combustion of the gas in the furnace.
2. Increase the calorific value of raw materials
The higher the calorific value of the raw materials in the carbonization furnace, the higher the temperature of the carbonization furnace will be. Therefore, high calorific value raw materials can be used, such as wood. However, when selecting high calorific value raw materials, the ash and moisture content generated by the raw materials should also be considered to avoid affecting the normal operation of the carbonization furnace.

3. Increase the heat source
Increasing the heat source of the carbonization furnace is an effective way to increase the temperature of the carbonization furnace. Natural gas, liquefied gas, etc. can be used as a heat source, and a burner can be set under or on the side of the carbonization furnace to increase the temperature of the carbonization furnace through the heat generated by combustion.
4. Adjust the internal structure of the carbonization furnace
When the temperature of the carbonization furnace is not high enough, the temperature of the carbonization furnace can be increased by adjusting the internal structure of the carbonization furnace. For example, adding a carbonizing agent to the carbonization furnace or changing the furnace wall structure of the carbonization furnace can increase the temperature of the carbonization furnace.
In short, increasing the temperature of the carbonization furnace needs to be done under the premise of ensuring the carbonization quality and safety of the carbonization furnace. When using the above method, it is necessary to pay attention to factors such as the ventilation of the carbonization furnace, the calorific value of the carbonization raw materials, and the internal structure of the carbonization furnace to avoid affecting the normal operation of the carbonization furnace.