The carbonization of machine-made charcoal has always been inseparable from the carbonization furnace. The hot sales of new energy have made carbonization furnaces very popular in the market, and many users choose to invest in carbonization furnaces to produce machine-made charcoal. So what is the principle of carbonization furnace production? What is the carbonization effect?
Carbonization furnace is a device that makes charcoal powder from wood chips, wheat straw, rice husks, sawdust, peanut shells, walnut shells, hawthorn seeds, jujube kernels, coconut shells, palm shells, coffee grounds, bark branches, corn cobs and other lignin-containing materials. First, the above materials are crushed into particles less than 1 cm, and then the carbonization furnace is used for high-temperature dry distillation, oxygen-free carbonization and environmentally friendly charcoal-making machinery with high carbonization rate. Carbonization furnace plays a vital role in the production of machine-made charcoal. Without the carbonization furnace to carbonize these biomass raw materials, there will be no machine-made charcoal. It can be seen that only after the carbonization of the carbonization furnace can machine-made charcoal be produced.
Xuye Mechanical Carbonization Furnace Manufacturing uses excellent stainless steel plates and high-temperature refractory materials, and designs an inner cylinder + outer cylinder double drum structure. The carbonization furnace is equipped with a flue gas purification system, which is smokeless and environmentally friendly, and meets the current environmental protection requirements. When the carbonization furnace is carbonizing, it needs to be ignited and heated by external heating energy. After the wood tar is pyrolyzed and combustible gas is gasified in the furnace, the external heating energy can be turned off and the flue gas recovery and purification system can be used for circulation. These can fully burn the precipitated tar and gas, achieve the purpose of smokeless and environmental protection, and reduce the supply of calorific value, using a small amount of heat energy to obtain greater economic benefits.
