Biomass Continuous Carbonisation Furnace

1. Drying: The biomass feedstock is fed into the continuous carbonisation for feeding. The raw material is fed continuously and evenly into the carbonisation chamber. In the carbonisation furnace, it is first dried to evaporate the moisture of the material. It is convenient for the subsequent cracking work. In the drying process, the temperature and gas should be properly controlled to ensure that the organic substances in the material can be fully pyrolysed. Avoid producing too much exhaust gas.

2. Cracking, the material in the carbonisation furnace for reheating to the thermal cracking temperature. In this process, the biomass decomposition produces combustible gas, bio-oil and solid carbon, which are effectively processed through a specific system. This results in environmentally friendly recycling. The optimum temperature is adjusted to ensure optimum conditions for the carbonisation process.

3. Carbonisation: Solids are continuously carbonised at a certain temperature to increase the fixed carbon rate of the product. Adjust the right temperature to convert organic matter into charcoal. The whole set of charring furnace is carefully designed and selected. No matter from the design and material, make sure it can withstand long time high temperature charring and continuous temperature operation.

4. Cooling: After charring, the charcoal enters the cooling system to cool down the material for safe output and storage. The waste gas produced during the whole process is treated by the treatment system. Ensure the charring process is efficient and environmentally friendly.
 

The working principle of the environmentally friendly continuous charring furnace is to convert biomass raw material into charcoal by controlling the temperature, pressure and atmosphere during the charring process. During this process, all systems work together to ensure that the charring process is efficient, stable and environmentally friendly. The application of continuous charring furnace not only improves the utilisation efficiency of biomass resources, but also helps to reduce environmental pollution and promote sustainable development.