Company Blog 2025-06-26

What Is The Continuous Carbonization Process?

As industry continues to grow, more and more industries are pursuing more efficient and sustainable production methods. Among them. Continuous carbonisation furnace is applied in many industrial fields. It is as a new carbonisation process technology. By the customer's extensive focus. Continuous carbonisation furnace in the biomass raw material carbonisation process is to show the amazing effect of its high efficiency, environmental protection and energy saving, carbonisation uniformity and other advantageous features.


 

Continuous Carbonisation Furnace Working Principle

 

Continuous Carbonisation Furnace is a kind of pyrolysis carbonisation processing equipment. It is specially used to convert organic biomass raw materials into finished carbonised products. It adopts advanced continuous feeding and discharging design. It realises the automation and continuity of the carbonisation process. It can reduce the waste of time caused by intermittent operation. It has higher production efficiency and lower energy consumption. The core principle lies in the closed high temperature environment, through a certain heating temperature, atmosphere, pressure conditions. The biomass raw materials are heated and decomposed. Thus realising the conversion of raw materials into carbonised products.

 

Continuous Carbonisation Furnace
 

 

Continuous Carbonisation Furnace Can Carbonise Raw Materials

 

In the process of carbonisation, raw materials play a vital role. The raw materials that can be carbonised are: rice husk, coconut shell, fruit shell, wood chips, sawdust, shavings, straw, wood blocks, etc. The choice of raw materials will directly affect the carbonisation process. The choice of raw materials will directly affect the type and quality of the products of the carbonisation reaction. It will also directly affect the production efficiency and energy consumption. Depending on the type of raw material, different gases and compounds will be produced during the carbonisation process. The temperature and atmosphere conditions of the continuous carbonisation furnace need to be set. The characteristics of the raw material have to be taken into account. For example, the characteristics of the biomass raw material, particle size, humidity, etc.. Therefore, the material characteristics affect the homogeneity and stability of the carbonisation process.

 

With the continuous development of science, the need for sustainable development is increasing. Continuous carbonisation furnace plays an important role in many fields. Through continuous improvement and refinement, continuous carbonisation furnace plays an important role in promoting resource utilisation efficiency and environmental protection.