The continuous carbonization machine is a carbonization machine that can be operated continuously. The traditional carbonization machine in the past is basically similar to our previous earth kiln for charcoal burning. It is filled with carbonized raw materials, then ignited and burned, cooled, and discharged from the kiln. The advantage of traditional carbonization furnaces is that they are relatively friendly and easier to operate than earth kilns. However, traditional carbonization furnaces are still not environmentally friendly and energy-saving. In the face of straw treatment, especially, such a process cannot obtain sufficient profits. The continuous carbonization machine developed by Zhengzhou Jiutian can feed and discharge at the same time. The whole process is carried out continuously without igniting, heating and cooling each time, which greatly saves fuel and time and increases the income of straw processing.

  The main components of a continuous carbonization furnace are:

  1. Belt conveyor: used to lift the material into the drying furnace.

  2. Drying furnace: The materials are pre-dried here, and the materials with excessive moisture content need to be dried before they meet the carbonization conditions.

  3. Main carbonization furnace: the dried material is continuously carbonized in the main furnace, where carbonization is carried out.

  4. Discharge system: The carbonized material is cooled and discharged through the condensing screw discharge system.

  5. Dust removal system: The dust removal system is used to filter and remove dust from the flue gas generated by carbonization to meet environmental protection requirements.

  6. Water seal: a device used to filter impurities of combustible gas generated during the carbonization process and prevent combustible gas from tempering

  7. Spray tower: used to filter the particulate matter in the flue gas, so that the combustion exhaust gas emission meets the requirements.

  The Zhengzhou Jiutian continuous carbonization furnace is characterized by high production efficiency, energy saving and environmental protection. For example, the pre-drying of materials uses high-temperature waste gas generated by the combustion of the material carbonization furnace, and the carbonization furnace collects the combustible gas generated by the material carbonization after the carbonization starts. Later, as fuel, there is no need to burn natural gas or other fuels. Even some materials can produce too much combustible gas. Therefore, it is necessary to configure a special combustion chamber to burn the excess combustible gas.

  If you are interested in straw continuous carbonization furnace, please feel free to contact us.