How to effectively reduce smoke emissions from charcoal machines

The processing mechanism of charcoal first faces environmental issues. the way to solve the matter of flue gas emissions in charcoal production?

The first is to completely solve the smoke exhaust problem of the charcoal kiln. This method is extremely thorough and doesn't have any flue gas exhaust. The disadvantage is that the investment is large and therefore the supporting equipment must be installed when the factory is made. The smoke is recovered, and therefore the smell of burning wood remains there. Basically, it is often smelled about 20 meters from the charcoal kiln, but the smoke is not any longer visible. Therefore, it's best to possess independent courtyards far away from residential areas. And currently, the Environmental Protection Agency also recognizes this smoke recovery method, which may be described as once and for all.

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The second method is to use biomass pyrolysis technology to supply charcoal. The flue gas produced by this method is quite 50% less than that of the traditional charcoal kiln. it's suitable to be used in charcoal plants with independent yards far away from residential areas, because only a little amount of smoke is generated when the charcoal production equipment is ignited after basically 2 hours, so this method also can effectively solve the present smoke problem in charcoal production.

The third method is suitable for a way to unravel the matter of smoke emission during the assembly of mechanical charcoal. In fact, because the raw materials and production process of mechanical charcoal is different from traditional raw charcoal, we will process consistent with the characteristics of mechanical charcoal production and therefore the characteristics of raw materials. Optimization and reorganization of carbonization project, effectively solving the mechanism of charcoal's smoke emission during the rod making and firing process. at present, all mechanism charcoal production has undergone process reorganization and process optimization. The smoke generated during the charcoal production process is compared with traditional the assembly of machine-made charcoal is almost 40% lower, and therefore the production cycle of machine-made charcoal is shortened, and therefore the yield and quality of machine-made charcoal have also improved significantly.