What is the process of Carbonisation?

Continuous carbonisation furnace is an important equipment as biomass energy source. It plays a vital role in environmental protection and energy saving. Continuous carbonisation furnace has the advantageous features of high efficiency production, environmental protection and energy saving, intelligent and so on. It can realise continuous production and cycle regeneration. The carbonisation process is a chemical reaction process. By in isolation from the environment, oxygen-free or oxygen-poor conditions. Heating decomposition of solids and organic materials. During carbonisation, carbon atoms combine with atoms of other elemental compounds. This changes the original chemical properties. Formation of new chemicals.

What is the charring process of Continuous Charcoal Furnace? What are the steps?

Heating: under the condition of oxygen-poor or oxygen-free atmosphere. Heating of solids and organic materials. The temperature reaches the pyrolysis temperature. Let its substances decompose.

Decomposition: During the heating process, the molecular structure of the substance is changed. The chemical chains between the molecules are broken. This completes the decomposition.

Carbon atom bonding: during the process of decomposition. Carbon atoms combine with atoms of other elements and chemicals in the substance. This results in the formation of new compounds.

New substances are created: carbon atoms combine with other atoms. New compounds are formed. The new compounds will have different properties and uses.

What is the process of Carbonisation?

Carbonisation is often done using a continuous charring furnace. The wood can be carbonised at high temperatures. It can be turned into biomass charcoal. It can change its appearance and alter its properties. Thus, it is easier to burn, and can even be used as activated charcoal to purify the role of filtration. Metal can be carbonised to form new substances. For example: silicon carbide, boron carbide and so on. Can be used as abrasives. Cobalt carbide, tungsten carbide, iron carbide, molybdenum carbide, etc. can be used for energy catalysis.

Continuous Carbonisation Furnace Carbonisation is a chemical reaction process that is often used. It is widely used in many industry sectors: energy, materials, environmental protection, etc. Through the type of carbonisation, reaction principle, application areas, etc., can be better used with our life services.