Is Carbonization A Fast Process?

Continuous carbonisation furnace to make carbon can be wood and other raw materials for high temperature pyrolysis of organic matter. The moisture in it is volatilised. The organic matter of raw materials is decomposed by high heat. Thus, it becomes solid carbon with high hardness and high calorific value. Carbonisation furnace carbon production process can be divided into three stages: drying, carbonisation, cooling.

The time needed for carbonisation in the carbonisation furnace:

Charcoal carbonisation is a responsible and delicate process. The time required for carbonisation is influenced by a number of factors. In particular, moisture is the key factor. In dry wood its moisture content is low. Therefore the process of carbonisation is relatively quicker. If the wood is wet, it takes longer to dry. This affects the overall progress of carbonisation.

Is Carbonization A Fast Process?

In addition to the moisture content of the wood. The process of the carbonisation furnace also has a significant impact on the carbonisation time. Traditional small carbonisation ovens require 6-8 hours to complete the carbonisation. This operation is more convenient, but the carbonisation efficiency is low. Medium-sized carbonisation furnace is suitable for medium-sized production. It can guarantee the quality of the carbonised product. At the same time improve the production efficiency. The carbonisation time is 15-24 hours. Large horizontal carbonisation furnace is suitable for industrialised mass production. The carbonisation time is longer and requires a powerful and efficient heat exchange system. However, its output and quality have been greatly improved. Continuous carbonisation furnace adopts continuous feeding and discharging method. This greatly improves the production efficiency. The raw wood is crushed and then carbonised. The whole carbonisation takes only 20 minutes. It is also the mainstream carbonisation method at present.

Carbonisation furnace carbon process requires attention to control the temperature and time in the furnace. Also control the oxygen content in the furnace. Ensure that the pyrolysis is carried out under oxygen-free conditions. There is to avoid insufficient carbonisation or too high a temperature and lead to carbonisation out of the quality of the finished product will not be. In addition, the carbonisation process of the carbonisation furnace will produce a large number of organic substances and gases. Need to go through the environmental protection treatment system for treatment and emission control.