Continuous Carbonisation Furnace Working Principle

Continuous carbonisation furnace technology is a key one. It is often widely used in: energy, metallurgy, recycling, chemical and other industry fields. With the continuous development of science and technology. Continuous carbonisation furnace has many advantageous features: high efficiency, environmental protection, energy saving and so on. Continuous carbonisation furnace is often based on a unique working principle. In the biomass into energy is widely focused. Achieved efficient carbonisation of biomass materials. Environmentally friendly continuous carbonisation furnace adopts dry charring method. It can carbonise woody materials such as coconut shell, rice husk, wood chips, straw, peanut shell, fruit shell and so on. Under the environment of high temperature and poor oxygen. The material will be fully pyrolysis reaction. The cellulose, hemicellulose, lignin and other components in the material are decomposed. The pyrolysis process will produce carbon monoxide, methane, hydrogen and other combustible other. In generating biomass charcoal.

Continuous carbonisation furnace working principle: It adopts continuous feeding and discharging. It realises the continuity and automation of charring. Thus the final carbonised product is obtained. Firstly, the material is processed into the shape of size below 15mm. Feed the biomass material into the continuous charring furnace through conveying system. Equipped with inert containing gas. Pyrolysis is carried out in oxygen-poor conditions to produce combustible gas, charcoal, etc. The material passes through several stages such as preheating, pyrolytic carbonisation and cooling in the furnace body. The materials are first preheated and dried. The moisture in it is dried. Then it enters the pyrolysis area, where high temperatures ensure that the organic substances in the raw materials are fully pyrolysed. This produces solid carbon and combustible gases. The combustible gases can be reused again for heating in the furnace. By adjusting the temperature and atmosphere. The organic matter is gradually converted into charcoal. The final charcoal is then gradually cooled down through a cooling stage. The quality of biomass charcoal is ensured.

Continuous carbonisation furnace can not only achieve efficient conversion of biomass into solid charcoal. The equipment is also automated and intelligent. The whole set of equipment is equipped with PLC intelligent control system. It can monitor the temperature, gas composition and other parameters of the furnace in real time. It can be automatically adjusted according to specific needs. It can ensure the efficient and stable processing of the carbonisation process. It adopts automatic continuous production and can load and discharge materials at the same time. It improves the production efficiency. It saves manpower and material resources.