High Temperature Carbonisation Furnace Application

High temperature Continuous Carbonisation Furnace is a continuous carbonisation furnace equipment that often uses high temperature pyrolysis process to treat materials. Pyrolysis continuous carbonisation furnace is to heat the material at high temperature. Thermal decomposition of organic materials. This results in the formation of: angry, liquid and solid products. The combustible gas produced can be recycled and reused as fuel. Other exhaust gases are purified by environmental protection treatment systems. Solid products are often used as fuel.

The materials that can be processed by the high temperature carbonisation furnace are: biomass, electronic waste, sludge, rubbish and other solid wastes and pyrolysis waste gas. Wide range of applications: building materials, chemical industry, metallurgy, agriculture and other industry sectors. High temperature carbonisation furnace in agriculture. It can convert residual crops, wood chips, wood blocks and other waste biomass materials into higher value activated carbon and charcoal. The carbonised product can be used for soil improvement. This increases the productivity of the land. Sustainable development of agriculture can be promoted.

The high temperature carbonisation furnace makes outstanding contribution to environmental protection. It utilises advanced purification technology and is equipped with flue gas purification device. It can ensure the dust and gas in the production process. The emission of harmful gases can be effectively reduced. It further improves the efficiency of energy utilisation. High temperature carbonisation furnace plays a vital role in material pyrolysis processing. By controlling the heating speed to achieve uniformity in the carbonisation process and stability of the finished product. By adjusting the heating power, optimising the atmosphere control and other measures. The material will be high temperature carbonisation furnace heating speed of precise control. Thus, it can realise the processing requirements of different materials.