Continuous Carbonization Machine

This Continuous Carbonization Machine is a carbonized wood material (particles having a diameter of 15 mm or less) such as wood chips, coconut shell, rice husk, peanut shell, plant straw, bark, etc., is subjected to dry distillation under high temperature conditions in a furnace, and has an oxygen-free carbonization rate and a high carbonization rate. The ideal equipment. The carbonization machine rationally adopts the advanced technology of recovering, purifying and circulating combustion of flammable gases such as carbon monoxide, methane and oxygen generated during the carbonization process. That is to solve the problem of environmental pollution caused by the thick smoke generated by the ordinary carbonization furnace in the carbonization project, and solve the thermal energy problem required by the equipment, fully self-sufficiency, improve the continuity and economy of the equipment, and fully utilize the surplus of agriculture and forestry things, making waste profitable.

Equipment term	Parameter(mm	Qty	Power( KW)
Main Machine	Φ1000*8m	1 piece	5.5
Capacity	500kg per hour
Conveyor	325*6m	1 piece	3
Feeding Machine	Φ377*2.5m	1 piece	3
Cooling discharge	Φ219*6m	2 pieces	6

 

The gas passes through the gas distribution device, the gas is diverted to the gas port, then the gas port is ignited, the main machine is turned on, the carbonization part starts to operate, the carbonization part starts to heat, and the carbonization part is heated for 1 hour, and the temperature gauge on the furnace body displays 260- At 280 °C, the

conveyor is used for feeding. Generally, the rotation speed of the carbonized part is 6-9 revolutions per minute. The rotation speed here can be adjusted according to the different carbonization time of different materials. The highest temperature of the carbonization part rises to 500 degrees. The gas heating part is turned off, the gas generated

during the heating process is ignited under the furnace, and then the furnace is backfired.According to this methods of circulation, sufficient to achieve a self-sufficient, then achieve the effect of energy saving.