Environmental protection carbonization furnace

 product presentation
The carbonization furnace has the function of one machine, the material can also be carbonized directly, or the rod can be made first and then carbonized. Compared with ordinary soil carbon, the mechanism carbon has the characteristics of long combustion time, high carbon content, large calorific value, small ash content, smokeless, tasteless, non-toxic and so on. The carbonization furnace adopts high technology purification technology, special high temperature resistant precious metal steel, strong and durable, no deformation, no oxidation, good insulation performance, simple operation, safe and reliable, double pipe chimney has no carbonization dead angle.
superiorities
The carbonization furnace has the function of one machine, the material can also be carbonized directly, or the rod can be made first and then carbonized. Compared with ordinary soil carbon, the mechanism carbon has the characteristics of long combustion time, high carbon content, large calorific value, small ash content, smokeless, tasteless, non-toxic and so on.
principle of operation
The carbonization furnace takes the self-produced gas furnace as the heat source, Using methane gas through a cyclone, Air distribution into the burner, burner outlet temperature up to 800℃~1200℃, Flow rate up to 3~5 meters per second, The high temperature airflow is heated around the combustion chamber, Note: when heated, When the furnace temperature is 100℃~150℃, When each kilogram of raw material rods enters the kiln, Bring in 4~8% water, 1700 kg raw material can bring in more than 100 kilograms of water, This water is the enemy of carbonization, Because the carbon rods are afraid of moisture, Damped, crushed into powder, Seriously affecting carbonization quality, Therefore, Tidal systems are essential, For 1~1.5 hours, As the furnace temperature in the carbonization chamber rises to 300℃, A large amount of combustible gas is produced in the furnace, Three cubic methane gas is theoretically produced per kilogram of raw material, These gases can be heated by carbonization, Drying heat, The furnace temperature can be adjusted at will, Carbon at low temperature is generally above 400℃(8 hours), High temperature carbon above 600℃(completed in 10 hours).
 technical parameters